Planning Engineer Jobs in Jordan

<p><h4>Description</h4> <p>About the opportunity<br> We are hiring on behalf of a major government transformation initiative in Abu Dhabi that is building one of the world’s most ambitious applied AI programs. This organisation is developing the infrastructure and platforms that enable AI-powered public services at scale. The work spans sovereign model serving, vector infrastructure, retrieval systems, developer tooling, and deployment platforms that support critical government applications. This is a rare opportunity to build foundational AI infrastructure with significant real-world impact, in an environment where performance, reliability, and security are mission-critical.</p> <h4>Role overview</h4> <p>We are seeking a Staff AI Platform Engineer to own the platform infrastructure that enables engineering teams to build and operate AI systems efficiently and reliably. This is a senior individual contributor role focused on model serving, vector infrastructure, data pipelines, observability, and deployment platforms. Your success will be measured by the productivity and reliability gains you enable for other engineers.</p> <p>You will combine deep platform engineering expertise with a strong understanding of AI workload requirements, including inference performance, retrieval systems, and operational complexity.</p> <p>At the staff level, you will:</p> <ul> <li>Define and evolve the technical foundations of the AI platform</li> <li>Build systems that accelerate engineering teams across the organisation</li> <li>Set standards for reliability, security, and scalability</li> <li>Lead architecture decisions and evaluate emerging technologies</li> <li>Use AI coding tools such as Codex, Claude Code, or similar as part of your daily workflow</li> </ul> <h4>Key responsibilities</h4> <p><strong>AI platform infrastructure</strong><br> Design and operate model serving infrastructure using vLLM, TGI, TensorRT-LLM, or similar technologies.<br> Build and manage vector infrastructure, embedding pipelines, and retrieval systems.<br> Develop data pipelines for document ingestion, transformation, and storage.<br> Own deployment platforms, CI/CD pipelines, and infrastructure-as-code.</p> <p><strong>Observability & reliability</strong><br> Build observability across the AI stack, including latency, throughput, and model behavior monitoring.<br> Define SLOs, perform capacity planning, and lead reliability engineering initiatives.<br> Lead incident response, root-cause analysis, and postmortems.<br> Establish platform standards for operational excellence.</p> <p><strong>Force multiplication</strong><br> Build reusable internal tooling, SDKs, and deployment patterns.<br> Partner with engineering teams to translate infrastructure needs into scalable platform capabilities.<br> Mentor engineers and raise technical standards across the organisation.</p> <h4>Basic qualifications</h4> <ul> <li>10+ years of platform, infrastructure, or backend engineering experience</li> <li>Proven experience operating at staff or principal engineer level</li> <li>Deep expertise in Azure (AWS or GCP also valued)</li> <li>Strong Kubernetes and Docker experience</li> <li>Hands-on experience with Terraform, CI/CD pipelines, and infrastructure-as-code</li> <li>Experience building production data pipelines</li> <li>Proficiency in Python, Java/Kotlin, or Go</li> <li>Strong PostgreSQL knowledge at production scale</li> <li>Experience with distributed tracing, metrics, logging, and alerting</li> <li>Practical use of AI coding assistants such as Codex or Claude Code</li> <li>Excellent written and verbal communication skills</li> </ul> <h4>Preferred qualifications</h4> <ul> <li>Experience building RAG systems and retrieval infrastructure</li> <li>Experience with LangGraph, LangChain, Semantic Kernel, or similar frameworks</li> <li>Hands-on experience with GPU-based inference infrastructure</li> <li>Experience with vector databases such as pgvector, Qdrant, Pinecone, or Weaviate</li> <li>Familiarity with LLM inference optimization and evaluation frameworks</li> <li>Experience with speech and conversational AI systems</li> <li>Experience building internal developer platforms</li> <li>Security and compliance experience in highly regulated environments</li> </ul> <h4>Technology stack</h4> <p><strong>Backend & platform:</strong> Python, Java, Kotlin, Go, REST, gRPC<br> <strong>AI infrastructure:</strong> vLLM, TGI, TensorRT-LLM, GPU Serving<br> <strong>AI & LLM:</strong> LangChain, LangGraph, Microsoft Agent Framework, vector databases<br> <strong>Data:</strong> PostgreSQL, Redis, DocumentDB, Azure Blob Storage<br> <strong>Infrastructure:</strong> Azure, Docker, Kubernetes, Terraform, CI/CD<br> <strong>Observability:</strong> Langfuse, Grafana, Prometheus, OpenTelemetry<br> <strong>Security:</strong> Entra ID, RBAC, Secrets Management, Zero Trust<br> <strong>AI development:</strong> Codex, Claude Code, OpenCode</p> <h4>What we’re looking for</h4> <p>You are an engineer who:</p> <ul> <li>Thinks in systems and enables others to move faster</li> <li>Designs infrastructure that is reliable, scalable, and easy to operate</li> <li>Grounds technical decisions in evidence and operational data</li> <li>Raises engineering standards through architecture and mentorship</li> <li>Communicates clearly and transparently</li> <li>Embraces AI-native development practices</li> </ul> <h4>Why apply?</h4> <p>This role offers the opportunity to shape the technical foundations of a world-class AI platform supporting transformative public services in Abu Dhabi. You will tackle complex infrastructure challenges at the intersection of AI, cloud computing, and platform engineering while delivering meaningful impact at a national scale.</p></p><p></p>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> Result of Service<br>Upon completion of this assignment, the consultant will have delivered a comprehensive independent final evaluation of the project, including an inception report, draft and final evaluation reports, and a presentation of key findings. The evaluation will provide UN-Habitat, the Adaptation Fund Board, and national partners in Jordan and Lebanon with evidence-based conclusions, lessons learned, and strategic recommendations to inform future climate resilience and water management programming.<br> Work Location<br>Home based<br> Expected duration<br>4 months (part time)<br> Duties and Responsibilities<br>UN-Habitat is the United Nations agency for human settlements. It is mandated by the UN General Assembly to promote socially and environmentally sustainable communities, towns and cities with the goal of providing adequate shelter for all. It supports Member States in the development of sustainable cities and human settlements through its normative and operational work at global, regional, national and local levels. By working at all levels and with relevant stakeholders and partners, UN-Habitat contributes to linking policy development and capacity-building activities with a view to promoting cohesive and mutually reinforcing social, economic and environmental policies and programs in human settlements in conformity with international practices and covenants. UN-Habitat also leads and coordinates the monitoring of and reporting on global progress on the implementation of the New Urban Agenda and Sustainable Development Goal (SDG) 11 of making cities and human settlements inclusive, safer, resilient and sustainable. Other global agreements support UN-Habitat’s work including the Paris Agreement on Climate Change. The Conference of the Parties (COP) of the UN Framework Convention on Climate Change (UNFCCC) established and launched the Adaptation Fund (AF) in 2007. The fund is to finance concrete adoption projects and programmes in developing countries that are particularly vulnerable to adverse effects of climate change. The fund’s projects and activities aim at building national and local adaptation capacities while reaching and engaging with the most vulnerable groups. Background: The project “Increasing the Resilience of Displaced Persons and Host Communities to Climate Change-Related Water Challenges in Jordan and Lebanon”, funded by the Adaptation Fund with a budget of USD 13,973,509, is led by the United Nations Human Settlements Programme (UN-Habitat) in partnership with ESCWA and UNICEF. As well as national governmental and municipal stakeholders, in addition to several implementing partners in Jordan and Lebanon; United Nations International Children’s Emergency Fund (UNICEF), Jordan Hashemite Fund for Human Development (JOHUD), Jordan Hashemite Fund for Badia Development (HFDJB) (BADIA), Permaculture Research Institute (PRI), Yarmouk Water Company (YWC), LDK and Royal Scientific Society (RSS), Management of Resources &amp; Environmental Solutions (MORES) and United Nations Economic and Social Commission for Western Asia (ESCWA). The project addresses the compounded impacts of climate change and the Syrian refugees’ displacement crisis, focusing on water scarcity, urban resilience, and sustainable development. It promotes innovative water harvesting, wastewater reuse, and municipal planning to strengthen climate resilience among vulnerable communities. The project was launched in October 2021 and ends in October 2026. 1. Objectives and Expected Accomplishments (outcomes) of the project The overall objective of the project is to increase the resilience of both displaced persons and host communities in Jordan and Lebanon to climate change-related water challenges, particularly challenges associated with water scarcity, climate-induced pressures, and population growth in vulnerable areas. The project aims to achieve this objective through four expected accomplishments: A. Strengthened municipal and institutional capacities to assess, plan, and manage climate-related water risks through the development of climate-responsive territorial planning documents, including urban master plans and associated action or investment plans, in order to support municipal governments to manage urban risks and vulnerabilities in the context of climate change, especially water scarcity challenges, and urban (population) growth, including pressures associated with displacement. B. Increased community awareness, ownership, and capacities to operate, maintain, and replicate sustainable water harvesting, supply, and reuse systems, aimed at strengthening the resilience of citizens (DPs and host communities) through improved awareness, and practical capacities to respond to climate change impacts on water resources. C. Expanded access to efficient and climate-resilient water supply systems through innovative and replicable non-conventional water harvesting, greywater treatment, and wastewater reuse techniques, aimed at enhancing the adaptive capacity of the water sector by expanding unconventional water harvesting, and climate-resilient water supply and irrigation options appropriate to the local context. D. Enhanced knowledge management, learning, and replication to document and share lessons learned and support the development of regional approaches for managing urban climate and water risks, including the development of regional urban risks and vulnerabilities management model in the context of climate change and urban (population) growth. *Detailed expected outcomes, outputs, indicators, and targets for each component are presented in the project’s Results Framework and will be provided to the evaluation team as part of the evaluation documentation package. 2. Project Scope and Geographic Focus The project is implemented in Jordan and Lebanon, targeting municipalities and communities that are highly vulnerable to climate change-related water challenges. In Jordan, the project focuses on the municipalities of Mafraq and Irbid, where increasing temperatures, recurrent droughts, declining groundwater availability, and rapid population growth, including large numbers of displaced persons are placing severe pressure on water systems and municipal services. In Lebanon, the project targets the Zahle District, including the municipalities of Zahleh–Maalaka and Taanayel Zahleh Municipality, where water scarcity, untreated wastewater, and high concentrations of displaced populations have intensified the vulnerability of communities and water-dependent livelihoods. Across both countries, climate change impacts have contributed to; reduced availability of safe and reliable water resources, increased pressure on municipal water supply and wastewater systems, and heightened vulnerability of water-dependent households and services. The project operates at two interconnected scales: 1. Municipal scale: strengthening planning capacities through climate-responsive territorial planning, vulnerability assessments, and urban master plans that integrate climate change, water scarcity, gender, and population pressures. 2. Community scale: improving access to alternative and climate-resilient water resources through rainwater harvesting, greywater treatment and reuse systems, wastewater treatment improvements, and community-level awareness and capacity building. 3. Project implementation arrangement The project is implemented by UN-Habitat as the Implementing Entity. Execution is carried out through national and international partners in both countries: • Lebanon: UNICEF - Lebanon, MORES • Jordan: UNICEF - Jordan, JOHUD, Badia, YWC, PRI, LDK/RSS • UN-ESCWA – Lebanon, Component 4 across both countries. Implementation is conducted in coordination with key national authorities: Jordan: Ministry of Environment (MOE) (Designated Authority), Ministry of Planning and International Cooperation (MOPIC), Ministry of Water and Irrigation (MOWI), Ministry of Local Administration (MOLA), MOA and the municipalities of Irbid and Mafraq. Lebanon: MOEnv (Designated Authority), Ministry of Agriculture (MOA), Ministry of Energy and Water (MOEW), Bekaa Water Establishment (BWE), and the Zahleh–Maalaka and Taanayel Zahleh Municipality, including municipalities of Zahle. A regional and national Project Steering Committee (RSC) structure provides guidance, oversight, and coordination among government stakeholders, executing partners, and UN agencies. Reporting Line: The consultant will report to the Head of Programme in coordination with Regional Project Coordinator. Duties and responsibilities: The evaluation objective is to assess, as systematically and objectively as possible the relevance, efficiency, effectiveness, sustainability, impact outlook and coherence of the project. Findings from the evaluation will inform UN-Habitat, the Ministries of Environment in Jordan and Lebanon (National Designated Authorities), and the Adaptation Fund Board on what worked well, what did not, and why. 1. The specific objectives of the evaluation are: • To assess the performance of the project in terms of achievement of the results at objective level, expected accomplishment (outcome) and output levels. • Assess the relevance, efficiency, effectiveness, sustainability, impact outlook, and coherence of the project in addressing climate change-related water challenges and improving the resilience of targeted communities. • Assess project management arrangements, including execution modalities, partnerships, coordination mechanisms, institutional roles, and the adequacy and use of resources, and how these factors influenced project performance. • Ensure alignment with Adaptation Fund Evaluation Policy and Guidance, including assessment of compliance with Adaptation Fund Environmental and Social Policy and Gender Policy. • To identify lessons learned and make strategic, programmatic and management recommendations on what further needs to be done to effectively promote and increase climate resilience of communities in Jordan and Lebanon. 2. Scope of the evaluation The evaluation will cover the entire life cycle of the project, from November 2021 to end of June 2026, including planning, inception, implementation, monitoring, reporting, and adaptive management processes. In line with the Adaptation Fund Evaluation Policy, the evaluation will assess: • Achievement of outputs and expected accomplishments (outcomes), and progress toward the overall objective • The processes that influenced performance, including readiness, stakeholder engagement, institutional roles, ownership, and operational coordination • Financial management, execution arrangements, and oversight/backstopping by UN-Habitat and partners • The effectiveness of monitoring, evaluation, and reporting systems • Compliance with and integration of the Adaptation Fund Environmental and Social Policy and Gender Policy, including gender equality, equity, social inclusion, human rights, and protection of vulnerable groups • Key constraints, risks, opportunities, and factors affecting sustainability and future upscaling The evaluation will consider performance at both municipal level (planning, governance, institutional capacity) and community level (non-conventional water systems, awareness and capacity-building), reflecting the project’s dual-scale implementation approach. A comprehensive evaluation report must be developed and submitted. Presentation of the evaluation process and findings must be developed and presented by the evaluation consultant to UN-Habitat and all stakeholders and partners. 3. Evaluation Questions: Apart from evaluating performance of the project focusing on achievements in terms of outputs, outcomes and objective, the evaluation will seek to answer evaluation questions, which are organized around the evaluation criteria of relevance, effectiveness, efficiency, impact outlook, sustainability, coherence as well as assess the integration of cross-cutting issues. 1) Relevance: To what extent were the project objectives and design relevant to the needs of beneficiaries, the Adaptation Fund, UN-Habitat, executing entities, and national and local priorities in Jordan and Lebanon? • To what extent was the project relevant to requirements/needs of the beneficiaries? • To what extent was the implementation strategy responsive to donor requirements, national strategies, and UN-Habitat and executing entities’ strategies? • To what extent were the project’s intended outputs and outcome consistent with national and local policies and priorities? • To what extent were key stakeholders and target groups (including gender considerations and vulnerable groups such as displaced persons, women, youth, and low-income households) appropriately identified? • To what extent was the project aligned with Adaptation Fund strategic priorities? 2) Effectiveness: To what extent did the project enhance climate resilience in targeted municipalities and communities in Jordan and Lebanon? • What products, services, and systems were delivered, and to what extent did they strengthen local capacity to plan, manage, and adapt to climate-related water challenges? • To what extent did local ownership influence the effectiveness of the project? • Was the monitoring and evaluation system adequate for tracking progress toward outputs and outcomes, and how was M&amp;E information used to adapt implementation? • To what extent did assumptions and risk assessments hold true, and how effectively did the project respond to changes or external factors? 3) Efficiency: How well were resources used? • To what extent did resources, management arrangements, and execution structures support efficient project implementation? • To what extent did UN-Habitat and executing partners have adequate capacity to implement the project? • To what extent were institutional arrangements adequate and free from administrative, financial, or managerial bottlenecks? • To what extent did the project demonstrate value for money, and how effective were the adaptive management measures taken during implementation? • To what extent did activities and outputs contribute to achieving the expected accomplishments and objective? • To what extent was monitoring and reporting transparent and satisfactory to key stakeholders? 4) Impact: What difference has the project made? • To what extent has the project generated observable changes in the target communities and institutions? • Did the project produce any unintended or unexpected effects (positive or negative), and how might these influence long-term impact? • To what extent did the project contribute to reducing climate vulnerability and enhancing adaptive capacity of displaced persons and host communities? 5) Sustainability and Scalability: To what extent are project benefits likely to continue after Adaptation Fund financing ends? • To what extent was capacity developed in order to ensure sustainability of the efforts and benefits? Is there sufficient awareness in support of the projects’ objectives? • To what extent did the project engage the participation of key stakeholders in design, implementation, monitoring, and reporting to see that it is in their interest that the project benefits continue? • To what extent was the project aligned with national/local development priorities? What is the likelihood of financial and economic resources being available once the Adaptation Fund funding ends? • Are systems for accountability, O&amp;M, and technical know-how in place? • To what extent did the project foster innovative partnerships with local institutions and authorities and other development partners? • Are there any environmental risks that may jeopardize sustainability of project achievements? • To what extent are arrangements in place to ensure continued compliance with environmental and social safeguards and gender commitments? • To what extent can the project’s approach, model, or key interventions be replicated or scaled up in other locations or contexts? • To what extent are the project’s methods, tools, systems, or partnerships institutionalized or documented in a way that supports future scaling? • To what extent are the project results likely to remain environmentally sustainable over time, including under changing climate and resource conditions? • To what extent are the beneficiaries and other similar users willing to pay for treated wastewater reuse in irrigation? • To what extent are the beneficiaries and other similar users willing to pay for the installation, maintenance and use of rooftop rainwater harvesting and greywater treatment systems? 6) Coherence: To what extent did other projects, support or complement the project? • Was the project coherent and implemented in synergy with other Adaptation Fund-supported activities or climate adaptation initiatives? • To what extent was the project coherent or complementary with other UN or donor-funded projects and national programmes? 7) Adaptive Management: To what extent was the project responsive to changing context and implementation conditions, and how effectively were evidence and lessons used to inform decisions during implementation? • To what extent was monitoring and learning evidence used to adapt implementation decisions (e.g., workplans, targeting, technical approaches, partnerships, timelines) and document the results of those adaptations? • To what extent did the project identify, document, and act on lessons learned and innovative practices/tools to improve implementation and outcomes? 8) Equity: To what extent were the benefits of the project shared fairly between groups and geographies, in line with the Adaptation Fund’s Environmental and Social Policy and Gender Policy? • To what extent were vulnerable and marginalized groups (including displaced persons, women, youth, persons with disabilities, and low-income households) meaningfully engaged across project design, implementation, monitoring, and follow-up? The evaluator may refine or expand on the evaluation questions, as necessary, in order to carry out the objectives of the evaluation. 4. Approach and Methodology: 4.1 Approach The evaluation will be conducted in a systematic, impartial, and evidence-based manner in accordance with the United Nations Evaluation Group (UNEG) Norms and Standards and in line with the Adaptation Fund Evaluation Policy. The evaluator will propose a detailed approach and methodology in the inception report; however, the evaluation is expected to adopt a results-based approach grounded in the project’s Theory of Change (ToC), assessing the extent to which project activities and outputs contributed to the expected accomplishments (outcomes) and overall objective in Jordan and Lebanon. The ToC, building on the project’s logical framework, will serve as the central analytical tool for examining causality and the project’s performance. The evaluation should also apply participatory and utilization-focused approaches to promote meaningful engagement of key stakeholders and facilitate the practical use of the evaluation results. Emphasis will be placed on assessing project delivery, achievement of outputs and outcomes, lessons learned, critical gaps, and actionable recommendations. All findings and conclusions must be supported by verifiable and triangulated evidence. The main emphasis should be placed on project delivery, achievement of results; lessons learned, critical gaps; and recommendations. Findings in the evaluation should be evidence-based. 4.2 Evaluation Methodology A variety of methodologies will be applied to collect data to answer the evaluation questions. By triangulating available data sources, the evaluation will seek to establish strong evidence base and maximize the credibility of its analysis. Where relevant, applicable and feasible, the data will be disaggregated by gender, age, and beneficiary group (e.g, host communities, displaced per<br> </div>

<p><h4>Description</h4> <p><strong>Summary</strong><br> We are looking for a senior Citrix engineer with deep hands-on experience in designing, implementing, and administering enterprise Citrix environments. The ideal candidate will be responsible for ensuring the stability, performance, and availability of Citrix infrastructure across the organization.</p> <h4>Key responsibilities</h4> <ul> <li>Design, implement, and administer Citrix Virtual Apps and Desktops (CVAD) environments</li> <li>Manage and optimize Citrix NetScaler (ADC) for load balancing and application delivery</li> <li>Administer XenMobile for enterprise mobility management</li> <li>Troubleshoot and resolve Citrix-related issues ensuring minimal downtime</li> <li>Plan and execute upgrades, migrations, and capacity planning for Citrix infrastructure</li> <li>Collaborate with virtualization and infrastructure teams on VMware-integrated solutions</li> <li>Maintain documentation for all Citrix configurations and changes</li> </ul> <h4>Requirements</h4> <ul> <li>BSc in computer science or computer engineering</li> <li>Minimum 8 years of hands-on Citrix experience</li> <li>Valid Citrix certification (design, implementation, or administration)</li> <li>Proven experience with Citrix NetScaler, CVAD, and XenMobile</li> <li>Working knowledge of VMware virtualization</li> </ul></p><p></p>

<p><h4>Description</h4> <p><strong>Summary</strong><br> We are looking for a senior Citrix engineer with deep hands-on experience in designing, implementing, and administering enterprise Citrix environments. The ideal candidate will be responsible for ensuring the stability, performance, and availability of Citrix infrastructure across the organization.</p> <h4>Key responsibilities</h4> <ul> <li>Design, implement, and administer Citrix Virtual Apps and Desktops (CVAD) environments</li> <li>Manage and optimize Citrix NetScaler (ADC) for load balancing and application delivery</li> <li>Administer XenMobile for enterprise mobility management</li> <li>Troubleshoot and resolve Citrix-related issues ensuring minimal downtime</li> <li>Plan and execute upgrades, migrations, and capacity planning for Citrix infrastructure</li> <li>Collaborate with virtualization and infrastructure teams on VMware-integrated solutions</li> <li>Maintain documentation for all Citrix configurations and changes</li> </ul> <h4>Requirements</h4> <ul> <li>BSc in computer science or computer engineering</li> <li>Minimum 8 years of hands-on Citrix experience</li> <li>Valid Citrix certification (design, implementation, or administration)</li> <li>Proven experience with Citrix NetScaler, CVAD, and XenMobile</li> <li>Working knowledge of VMware virtualization</li> </ul></p><p></p>

</span></i></b></span></span></p> <p align="center" ><span >A leading Conctruction Company in Amman is seeking to recruit the following:<span ></span></span></p> <p align="center" ><b><span >IT Technical Support or (IT) engineer</span></b><span ></span></p> <ul> <li><span >Bachelor's Degree in Computer Science or IT-related degree.<span ></span></span></li> <li><span >1 to 3 years' of experience</span></li> <li><span >Developing and deploying software/system</span></li> <li><span >Excellent Networking problem-solving skills</span></li> </ul> <p align="center" ><span >Please send your CV:</span></p> <p align="center" ><b><span ><a href="mailto:hrvacancy9@gmail.com">hrvacancy9@gmail.com</a></span></b></p>

<p>The Danish Refugee Council assists refugees and internally displaced persons across the globe: we provide emergency aid, fight for their rights, and strengthen their opportunity for a brighter future. We work in conflict-affected areas, along the displacement routes, and in the countries where refugees settle. In cooperation with local communities, we strive for responsible and sustainable solutions. We work toward successful integration and – whenever possible – for the fulfilment of the wish to return home.</p> <p>The Danish Refugee Council was founded in Denmark in 1956, and has since grown to become an international humanitarian organization with more than 7,000 staff and 8,000 volunteers. Our vision is a dignified life for all displaced.</p> <p>All of our efforts are based on our value compass: humanity, respect, independence and neutrality, participation.</p> <p>DRC is looking for a <strong>Project Manager</strong> who will provide overall leadership, technical direction, and management of DRC’s project “Protecting Dams and Surrounding Areas in Jordan Valley through Nature-Based Solutions and Labour-Intensive Measures.” The position focuses on soil and water conservation structures—particularly the construction of gabion check dams, gabion retaining walls, riprap, culvert rehabilitation, and afforestation measures.</p> <p>The <strong>Project Manager</strong> will serve as the primary point of contact for the donor, government counterparts (JVA, MoA), the engineering firm, and contractors. He/She will ensure timely implementation, compliance with CfW SOPs, technical standards, safety protocols, and donor requirements, while contributing to reporting and learning. Regular field visits to implementation sites are required.</p> <p>Due to the nature of the project and the need for close technical supervision of construction and Cash-for-Work activities, the Project Manager is expected to spend the majority of their working time in the field. DRC accommodation (guest house) is available for project staff in Ghour Safi and should be utilized to maximize field presence and implementation oversight.</p> <p>&nbsp;</p> <p><strong>About job:</strong></p> <p>The individual will report directly to the <strong>Area Programme Manager</strong>. Your main duties and responsibilities will be:</p> <p>&nbsp;</p> <p><strong>Project Management &amp; Leadership:</strong></p> <ul> <li>Provide strategic and operational leadership for the project in line with DRC and donor guidelines.</li> <li>Oversee planning, forecasting, budget management, and implementation of all project activities.</li> <li>Act as the main liaison with donor (GIZ CfW project), Jordan Valley Authority (JVA), Ministry of Agriculture, and other stakeholders.</li> <li>Ensure integration of decent work principles, Do No Harm, and accountability throughout implementation.</li> <li>Ensure a minimum field presence of three working days per week at project sites in Ghor Safi and other implementation locations.</li> <li>Maintain direct oversight of daily implementation progress, workforce productivity, quality assurance, contractor performance, and site management arrangements.</li> </ul> <p >&nbsp;</p> <p><strong>Technical Oversight</strong></p> <ul> <li>Lead technical planning and oversee design and implementation of water and soil conservation structures (gabion check dams, retaining walls, riprap, culverts, etc.).</li> <li>Lead and coordinate the review of all engineering designs, technical drawings, BOQs, and design revisions, ensuring that comments from GIZ, JVA, consultants, and DRC are consolidated and addressed prior to submission.</li> <li>Prepare engineering designs and documentation required for approvals, ensuring compliance with national and international technical standards.</li> <li>Supervise engineering firm and specialized contractor interventions.</li> <li>Provide guidance and oversight to DRC field engineers and site supervisors, ensuring adherence to approved designs, BoQs, and HSE standards.</li> <li>Ensure compliance with CfW construction guidelines, national standards, and environmental safeguards.</li> </ul> <p >&nbsp;</p> <p><strong>Field Supervision &amp; Monitoring</strong></p> <ul> <li>Conduct regular site inspections to ensure works comply with specifications, quality standards, and HSE requirements.</li> <li>Oversee CfW implementation, ensuring that workers receive technical training, OSH induction, and employability/decent work sessions.</li> <li>Ensure timely implementation of Cash-for-Work activities, including workforce planning, productivity monitoring, attendance verification, worker payments, skills development, occupational safety, and grievance management.</li> <li>Monitor productivity indicators and implement corrective measures when progress falls below planned targets.</li> <li>Monitor progress against logframe targets and support MEAL team in conducting on-site monitoring, surveys, and feedback collection.</li> </ul> <p >&nbsp;</p> <p><strong>Skills Development</strong></p> <ul> <li>Ensure the delivery of structured on-the-job skills development and coaching sessions for Cash-for-Work participants.</li> <li>Monitor skills development outcomes and integrate productivity improvement measures into site management plans.</li> </ul> <p >&nbsp;</p> <p><strong>Coordination &amp; Representation</strong></p> <ul> <li>Represent DRC in coordination platforms (CfW/EIIP Working Group, local authorities’ coordination).</li> <li>Maintain strong partnerships with JVA, MoA, local municipalities, and community stakeholders.</li> <li>Ensure transparent communication and reporting to donor and government counterparts.</li> </ul> <p >&nbsp;</p> <p><strong>Reporting &amp; Compliance</strong></p> <ul> <li>Serve as budget holder, ensuring accurate financial tracking and compliance with DRC/donor regulations.</li> <li>Consolidate and verify reports submitted by field teams, including attendance sheets, progress photos, quality inspection reports, and material consumption logs.</li> <li>Contribute to monthly, semi-annual, and final donor narrative and financial reports.</li> <li>Ensure documentation of all technical works, including as-built drawings, BoQs, and technical handover packages.</li> </ul> <p>&nbsp;</p> <p><strong>About you</strong></p> <p>To be successful in this role we expect that you possess the&nbsp;following:</p> <ul> <li>Minimum 10 years of professional experience as a Civil Engineer, with expertise in water and soil conservation infrastructure.</li> <li>Demonstrated experience in design and supervision of gabion check dams, retaining walls, riprap, culverts, and flood/erosion control structures.</li> <li>At least 5 years of INGO experience managing donor-funded construction and Cash-for-Work (CfW)/livelihoods projects in Jordan.</li> <li>Proven ability to work effectively with government stakeholders including JVA, MoA, and municipalities.</li> <li>Strong skills in project cycle management, budget oversight, and donor reporting.</li> <li>Solid knowledge of Occupational Safety and Health (OSH) standards and national CfW SOPs.</li> <li>Experience leading multi-disciplinary, multi-cultural teams in challenging field environments.</li> <li>Strong interpersonal and communication skills, with the ability to build relationships with local stakeholders and communities.</li> <li>Excellent organizational and time management skills, with a track record of managing complex field operations.</li> <li>Commitment to serving vulnerable communities with respect, patience, and understanding, and familiarity with the socio-economic conditions of Syrian refugees in Jordan.</li> <li>Minimum Bachelor’s degree in Civil Engineering, Water and Environment engineering, a Master's degree in the same field preferred.</li> <li>Registration with the Jordan Engineers Association or equivalent is an asset.</li> <li>Fluency in Arabic.</li> <li>Fluency in English.</li> </ul> <p >&nbsp;</p> <p>&nbsp;</p> <p><strong>In this position, you are expected to demonstrate DRC’ five core competencies:&nbsp; </strong></p> <p><strong>Striving for excellence: </strong>You focus on reaching results while ensuring an efficient process.&nbsp;</p> <p><strong>Collaborating:</strong> You involve relevant parties and encourage feedback.&nbsp;</p> <p><strong>Taking the lead:</strong> You take ownership and initiative while aiming for innovation.&nbsp;</p> <p><strong>Communicating:</strong> You listen and speak effectively and honestly.&nbsp;</p> <p><strong>Demonstrating integrity:</strong> You act in line with DRC’s vision and values.&nbsp;</p> <p>&nbsp;</p> <p>&nbsp;</p> <p>&nbsp;</p> <p><strong>Application process</strong></p> <p>All applicants must upload a cover letter and an updated CV (no longer than four pages) in English. <strong>A</strong><strong>pplications sent by email will not be considered.</strong></p> <p>&nbsp;</p> <p><strong>Location: Karak – Ghor Safi</strong></p> <p><strong>Contract Start Date: ASAP</strong></p> <p><strong>Contract End Date: 31-October-2026</strong></p> <p><strong>Closing date for applications: 0<span dir="RTL">8</span>-0<span dir="RTL">7</span>-202<span dir="RTL">6</span>.</strong></p> <p>&nbsp;</p> <p><strong>Applications will be reviewed on a rolling basis. DRC reserves the right of conducting tests and interviews before the closing date, and can close the advertisement earlier in case of finding a suitable candidate.</strong></p> <p>&nbsp;</p> <p>If you have questions or are facing problems with the online application process, please visit <a href="https://forms-hr.drc.dk/view.php?id=348161">drc.ngo/jobsupport</a>.</p> <p>For further information about the Danish Refugee Council, please consult our website <a href="https://drc.ngo/">drc.ngo</a>.</p>

<p><b>Job Title </b>Technical Support Engineer Job Scope The Technical Support Engineer is accountable for addressing technical issues in a timely and efficient manner and maintaining strong relationships with partners and end users ensuring full satisfaction at all times. Main Duties and Responsibilities • Analyze technical issues based on defined support processes and procedures and report actions accordingly • Attend to technical issues raised by partners and end users in a timely and efficient manner • Maintain strong relationships with partners and customers • Ensure constant and effective communication with assigned vendors securing full support on technical issues • Respond to after-hours support queries during assigned rotations and escalate issues if needed</p><p><strong>Desired Candidate Profile</strong></p><p>Education Bachelor s degree in Computer Science or any other related field Experience At least 3 years of relevant experience preferably as an ATM Engineer.</p>

<p><h4>Job description</h4> <p>We are seeking an experienced Business Analyst to bridge the gap between business stakeholders and technical teams in the implementation of a telecom data lakehouse/data warehouse. The Business Analyst will gather business requirements, analyze telecom processes and data, define business rules, and translate business needs into detailed functional specifications, ensuring successful delivery of data products, reports, and analytics solutions.</p> <h4>Key responsibilities</h4> <ul> <li>Gather and analyze business requirements from stakeholders across telecom domains such as customer, billing, CRM, network, revenue assurance, finance, sales, marketing, and digital channels.</li> <li>Conduct workshops and interviews with business users to understand reporting, analytical, and operational requirements.</li> <li>Document business processes, functional requirements, and business rules.</li> <li>Capture business requirements into functional specifications for data engineers, data modelers, ETL developers, and BI developers.</li> <li>Define source-to-target mapping requirements and validate data transformations.</li> <li>Collaborate with solution architects and data modelers to ensure business requirements are accurately reflected in the data lakehouse/data warehouse design.</li> <li>Identify data sources, business definitions, KPIs, dimensions, and measures required for reporting and analytics.</li> <li>Support the definition of data quality rules, validation criteria, and reconciliation requirements.</li> <li>Review ETL mapping documents and ensure business logic is correctly implemented.</li> <li>Work closely with data engineers during development to clarify business rules and resolve functional issues.</li> <li>Participate in user acceptance testing (UAT) by preparing test scenarios, validating results, and obtaining business sign-off.</li> <li>Maintain business glossaries, metadata, and documentation.</li> <li>Facilitate communication between business stakeholders and technical teams throughout the project lifecycle.</li> <li>Support Agile ceremonies including backlog refinement, sprint planning, and requirement prioritization.</li> </ul> <h4>Requirements</h4> <ul> <li>Strong business analysis and requirement elicitation skills.</li> <li>Excellent stakeholder management and communication skills.</li> <li>Experience documenting business requirements and functional specifications.</li> <li>Strong analytical and problem-solving skills.</li> <li>Understanding of relational databases and SQL.</li> <li>Basic knowledge of data warehousing concepts such as:</li> <ul> <li>Facts and dimensions</li> <li>Star schema</li> <li>Snowflake schema</li> <li>Slowly changing dimensions (SCD)</li> <li>Data lineage</li> <li>Metadata management</li> <li>Data quality</li> </ul> <li>Experience working in Agile/Scrum environments.</li> </ul> <h4>Preferred technical knowledge</h4> <ul> <li>SQL</li> <li>Data warehouse / data lakehouse architecture</li> <li>ETL concepts and data integration</li> <li>Data mapping documentation</li> <li>Data quality frameworks</li> <li>BI and reporting platforms</li> <li>Knowledge of Hadoop ecosystem, Hive, Impala, Spark, or cloud data platforms is an advantage.</li> </ul> <h4>Deliverables</h4> <ul> <li>Business requirement documents (BRD)</li> <li>Functional requirement specifications (FRS)</li> <li>KPI definitions</li> <li>Data dictionary</li> <li>Business glossary</li> <li>Data validation and UAT test cases</li> </ul> <h4>Qualifications</h4> <ul> <li>Bachelor's degree in information technology, computer science, business information systems, engineering, or a related field.</li> <li>2–4 years of experience as a Business Analyst in data warehouse, data lakehouse, or business intelligence projects.</li> <li>Experience in the telecommunications industry is highly preferred.</li> </ul></p><p></p>

<p>The Software Engineer designs, develops, and maintains software solutions that power Wiley Science Solutions' online products, digital platforms, and scientific information services. This role contributes to the delivery of scalable web applications, SaaS offerings, APIs, and cloud-based platforms that serve researchers, scientists, and enterprise customers worldwide. Working within an Agile, cross-functional environment, the Software Engineer collaborates with Product Managers, Architects, UX Designers, QA Engineers, DevOps Engineers, and fellow developers to build reliable, secure, and user-centric solutions. This role is responsible for delivering high-quality software while continuously improving product capabilities, performance, scalability, and customer experience.</p><p>How You Will Make an Impact</p><strong>Software Development &amp; Delivery</strong><ul><li>Develop new features and enhancements for Wiley Science Solutions' online products, including customer-facing web applications, SaaS platforms, and scientific information services.</li><li>Design, build, and maintain modern, scalable, and secure software solutions using industry-standard frameworks, cloud technologies, and engineering best practices.</li><li>Deliver high-quality code that supports business objectives and creates meaningful value for customers.</li></ul><strong>Technical Implementation</strong><ul><li>Build and maintain full-stack applications and backend services using object-oriented design principles, software design patterns, and modern programming languages.</li><li>Develop and integrate RESTful APIs, microservices, cloud-native services, and data platforms that support scalable and resilient digital products.</li><li>Contribute to modernization initiatives by improving existing architectures, optimizing performance, and reducing technical debt.</li></ul><strong>Quality, Reliability &amp; Engineering Excellence</strong><ul><li>Follow engineering best practices including automated testing, peer code reviews, continuous integration, and secure software development standards.</li><li>Support application reliability, scalability, security, and maintainability through robust testing, monitoring, and troubleshooting practices.</li><li>Participate in root cause analysis and resolution of production issues to ensure a stable customer experience.</li></ul><strong>Cross-Functional Collaboration</strong><ul><li>Partner closely with Product Managers, UX Designers, Architects, QA Engineers, DevOps Engineers, and other stakeholders to deliver business value.</li><li>Participate in technical discussions, solution design sessions, and implementation planning activities.</li><li>Work effectively within distributed global teams, balancing independent ownership with collaborative delivery.</li></ul><strong>Agile Participation &amp; Continuous Improvement</strong><ul><li>Actively contribute to Agile ceremonies including sprint planning, backlog refinement, daily stand-ups, sprint reviews, and retrospectives.</li><li>Provide accurate estimates and communicate risks, dependencies, and technical challenges proactively.</li><li>Support initiatives that improve team effectiveness, engineering excellence, and delivery predictability.</li></ul><strong>Innovation &amp; Growth</strong><ul><li>Continuously expand technical expertise and stay current with emerging technologies, cloud platforms, AI-enabled capabilities, and modern software development practices.</li><li>Apply software architecture and system design principles to solve complex technical challenges.</li><li>Contribute ideas that improve products, platforms, customer experiences, and engineering efficiency.</li></ul><strong>Customer &amp; Business Impact</strong><ul><li>Develop software solutions that enable researchers, scientists, and enterprise customers to efficiently access, analyze, and manage scientific information.</li><li>Help advance Wiley Science Solutions' strategic objectives by improving product usability, scalability, performance, and customer value.</li><li>Foster strong communication and collaboration across engineering and product teams to support business success.</li></ul><p><strong>Desired Candidate Profile</strong></p><ul><li>Bachelor's degree in Computer Science, Software Engineering, Information Technology, or a related field, or equivalent practical experience.</li><li>Experience developing, testing, and maintaining modern software applications.</li><li>Strong understanding of object-oriented programming principles and software design patterns.</li><li>Experience building web applications, backend services, APIs, or distributed systems.</li><li>Knowledge of software development best practices including code reviews, automated testing, and CI/CD processes.</li><li>Experience working within Agile software development environments.</li><li>Strong analytical and problem-solving skills with the ability to troubleshoot technical issues.</li><li>Effective written and verbal communication skills.</li><li>Demonstrated ability to collaborate within cross-functional and distributed teams.</li><li>Experience with modern web technologies including React, Next.js, TypeScript, JavaScript, HTML, and CSS.</li><li>Experience with backend development technologies such as Java, Spring Boot, REST APIs, and Microservices.</li><li>Experience with cloud platforms and services, including AWS.</li><li>Experience with containers and orchestration technologies such as Docker and Kubernetes.</li><li>Knowledge of CI/CD pipelines and DevOps practices.</li><li>Experience working with relational and NoSQL databases.</li><li>Familiarity with cloud-native application development and scalable SaaS platforms.</li><li>Interest in AI-enabled technologies and modern software engineering innovations.</li></ul>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>Network Engineer Tier 1 Role Summary: The Network Engineer Tier 1 is an entry-level technical role responsible for the configuration, installation, and operation of network equipment under direct supervision. This role focuses on performing scheduled maintenance, handling basic break/fix tasks, and ensuring all network configurations adhere to established standards and designs. They work closely with NOC teams on escalated incidents and change deployment.</p><p>Core Responsibilities:</p><ul><li>Configuration &amp; Implementation: Perform basic configuration changes, device staging, and implementation of approved change requests on routers, switches, and firewalls.</li><li>Operational Support: Assist senior engineers with troubleshooting complex issues, focusing on verifying configurations, checking status indicators, and collecting diagnostic data (logs, packet captures).</li><li>Network Monitoring &amp; Tools: Maintain and operate network monitoring tools, ensuring proper configuration and data integrity.</li><li>Documentation: Create and maintain accurate network documentation, including diagrams, inventories, and configuration baselines.</li><li>Change Management: Execute pre-approved maintenance windows and support the deployment of firmware upgrades and patches.</li></ul><p>Essential Skills and Knowledge:</p><ul><li>Networking: Solid grasp of the OSI model, TCP/IP, basic routing (static, OSPF), and switching (VLANs, STP).</li><li>Vendor CLI: Familiarity with the Command Line Interface (CLI) for at least one major vendor (Cisco, Fortinet, Juniper).</li><li>Troubleshooting: Ability to use basic network troubleshooting tools (ping, traceroute, simple show commands).</li><li>Communication: Clear and effective communication for coordinating maintenance activities and reporting progress.</li></ul></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><h2>Required Qualifications:</h2><ul><li>Experience: Minimum of 1 to 2 years of hands-on experience in a networking, NOC, or data center environment.</li><li>Education: Associate's Degree in Information Technology, Computer Science, or equivalent technical training (or equivalent work experience).</li><li>Certifications (Desired): CompTIA Network+ or Fortinet Professional.</li><li>Certifications (Required): Cisco Certified Network Associate (CCNA).</li></ul><p></p></section>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <span>We are looking for Senior Linux System Administrators with strong hands-on experience in Red Hat Enterprise Linux (RHEL) and Kubernetes to administer and support the infrastructure underpinning an HPC environment.<br> The role focuses on system reliability, security, performance, automation, and availability .<br> Key Responsibilities Administer and maintain RHEL/Linux servers and HPC compute nodes .<br> Install, configure, patch, upgrade, and troubleshoot Linux operating systems .<br> Manage and support Kubernetes clusters, nodes, and workloads .<br> Perform Linux performance tuning, system hardening, and troubleshooting .<br> Monitor system health, capacity, performance, and availability .<br> Automate infrastructure administration using Ansible, Shell scripting, Python , or similar tools.<br> Support integration between compute, storage, networking, Kubernetes, and HPC platforms .<br> Troubleshoot complex Linux, Kubernetes, and infrastructure issues.<br> Implement security best practices across Linux and Kubernetes environments.<br> Support incident resolution, root-cause analysis, and preventive actions.<br> Maintain system configurations, technical documentation, and operational procedures.<br> Strong hands-on experience as a Linux System Administrator / Linux Engineer / RHEL Administrator .<br> Expert-level administration of Red Hat Enterprise Linux (RHEL) .<br> Strong experience with Kubernetes administration and cluster management .<br> Experience supporting HPC environments / compute clusters is highly preferred.<br> Strong knowledge of: RHEL / Linux Kubernetes Linux performance tuning Linux patching and hardening System monitoring Troubleshooting Capacity management Strong automation/scripting experience with Ansible, Shell/Bash, Python , etc.<br> Experience integrating compute, storage, and networking infrastructure .<br> RHCE – Red Hat Certified Engineer: Mandatory CKA – Certified Kubernetes Administrator: Preferred</span> </div>

<p>The Principal Environmental Engineer will be responsible for leading and managing environmental projects, ensuring compliance with donor and local requirements, and delivering high-quality environmental studies and reports.</p><p>Key Responsibilities:</p><ul><li>Lead and manage environmental teams and multidisciplinary projects.</li><li>Ensure compliance with World Bank, EIB, IFC, EBRD, MoEnv, and ASEZA requirements.</li><li>Prepare and review environmental studies, assessments, and technical reports.</li><li>Manage client communication, stakeholder coordination, and project follow-up.</li><li>Provide technical expertise and guidance on environmental engineering matters.</li><li>Develop and implement environmental management plans.</li><li>Conduct site visits and environmental audits.</li><li>Contribute to business development and proposal writing.</li></ul><p><strong>Desired Candidate Profile</strong></p><p>Bachelor's degree in civil/environmental engineering or relevant field. 15-20 years of relevant experience. Proven experience in leading environmental teams and managing multidisciplinary projects. Strong background and previous experience with variety of donor requirements (World Bank, EIB, IFC, EBRD, and more) as well as local requirements (MoEnv. And ASEZA) Experience in preparing and reviewing environmental studies, assessments, and technical reports. Excellent stakeholder management and coordination skills. Strong communication and presentation skills. Excellent command of oral and written English &amp; Arabic. Ability to work under pressure and manage multiple priorities. Excellent Leadership skills and Problem-solving skills. Strong project management, planning, and coordination skills. Ability to manage client communication, stakeholder coordination, and project follow-up.</p>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <span> <strong><span>1. JOB DETAILS:</span></strong> <br> <span>Job Title:</span> <span>Analyst, ML Engineer </span> <br> <span>Reports to:</span> <span>Sr. Manager, IT Digital Platforms &amp; Digital Transformation</span> <br> <span>Department:</span> <span>IT Applications </span> <br> <span>Function:</span> <span>IT Applications</span> <br> <span>Company:</span> <span>Hikma Holding</span> <br> <strong><span>2. JOB PURPOSE:</span></strong> <br> </span><p><span>The ML Engineer is responsible for supporting the development, testing, and deployment of machine learning models and AI-powered pipelines across Hikma Pharmaceuticals. Working as part of the AI team under the Sr. Manager, IT Digital Platforms &amp; Digital Transformation, and under the close guidance of the AI Architect and AI developers’ team, this role provides hands-on ML engineering support across the solution lifecycle — from data preparation and model experimentation through to deployment and monitoring. The ML Engineer is expected to develop their machine learning and data engineering skills rapidly within a structured team environment, contributing to Hikma's enterprise AI transformation while building foundational expertise in regulated pharmaceutical AI delivery.</span></p><br> <br> <strong><span>3. JOB DIMENSIONS:</span></strong> <br> <p><span>Number of Staff Supervised:</span></p><br> <p><span>Direct Reports Count:</span></p><br> <p><span>0 (0 vacant)</span></p><br> <br> <p><span>Indirect Reports Count:</span></p><br> <p><span>N/A</span></p><br> <br> <p><span>Financial Budget (USD):</span></p><br> <p><span>Supports AI initiative delivery under team supervision</span></p><br> <br> <p><span>4. KEY ACCOUNTABILITIES:</span></p><br> <br> <p><span>Description</span></p><br> <br> <p><strong><span>ML Model Development &amp; Experimentation</span></strong></p><br> <br> <ul> <li><span>Support the development, training, and evaluation of machine learning models under the guidance of the AI Architect and senior team members, following approved architecture standards and initiative briefs</span></li> <li><span>Assist in ML experimentation activities including data exploration, feature engineering, model selection, and performance evaluation using standard frameworks and cloud AI services</span></li> <li><span>Apply foundational ML techniques across classical machine learning, NLP, and generative AI domains relevant to Hikma's business areas including Supply Chain, Quality, HR, and Commercial</span></li> <li><span>Support the implementation of LLM-based solutions including RAG pipelines, prompt engineering, and embedding-based retrieval under senior technical guidance</span></li> <li><span>Maintain experiment tracking logs, model versioning records, and reproducibility documentation using tools such as ML flow or Azure Machine Learning</span></li> <li><span>Produce clear and accurate model development artefacts including experiment summaries, performance reports, and model documentation</span></li> </ul> <br> <p><strong><span>Data Engineering &amp; Feature Development</span></strong></p><br> <br> <ul> <li><span>Assist in building and maintaining ML data pipelines covering data ingestion, transformation, validation, and basic feature engineering for model training and inference workflows</span></li> <li><span>Support data quality checks, anomaly detection, and dataset preparation activities to ensure ML model inputs meet required standards</span></li> <li><span>Collaborate with the Data &amp; Analytics team to access and understand available data assets, following data governance and privacy guidelines</span></li> <li><span>Work with structured data sources including relational databases and enterprise system extracts, developing proficiency in handling diverse data types over time</span></li> </ul> <br> <p><strong><span>ML-Ops &amp; Production Support</span></strong></p><br> <br> <ul> <li><span>Support the implementation and maintenance of ML-Ops pipeline components including model packaging, deployment, and basic performance monitoring under senior team guidance</span></li> <li><span>Assist in deploying ML models to cloud environments using approved tooling (Azure Machine Learning, ML-flow, Docker, or equivalent)</span></li> <li><span>Monitor deployed models for observable performance issues and flag anomalies to the AI Architect or senior team members for investigation</span></li> <li><span>Maintain accurate records in model registries including versioning and change logs across AI initiatives</span></li> <li><span>Contribute to the documentation and validation support activities for ML models deployed in GxP-regulated contexts, following defined compliance processes</span></li> </ul> <br> <p><strong><span>Quality Assurance &amp; Testing</span></strong></p><br> <br> <ul> <li><span>Support the development and execution of testing activities for ML solutions, including data, pipeline tests, model performance checks, and basic integration testing</span></li> <li><span>Actively participate in code reviews and technical walkthroughs, applying feedback to improve code quality and engineering practices</span></li> <li><span>Document assigned ML components clearly including data preparation steps, model configurations, test results, and known issues</span></li> <li><span>Identify and escalate technical issues encountered across the ML stack in a timely and structured manner</span></li> </ul> <br> </div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p><b>1- Administrative and Leadership Supervision:</b></p><p>• Lead and direct the warehouse team (Warehouse Keeper, Assistants) while assigning daily tasks and evaluating their performance regularly.</p><p>• Implement OHSAS/ISO safety and health standards within the warehouses to ensure a safe and organized working environment.</p><p><br></p><p><b>2- Inventory Management:</b></p><p>• Strictly monitor the movement of technical inventory (spare parts, tools, industrial equipment) through documented processes (receiving, issuing, returning, inter-warehouse transfers).</p><p>• Design and implement an advanced Barcoding/Coding System that ensures 100% accuracy and quick access to items.</p><p>• Plan and oversee all types of stocktaking (surprise stocktaking, quarterly stocktaking, and annual comprehensive stocktaking) and reconcile with the records.</p><p><br></p><p><b>3- Strategic Planning and Supply Chain:</b></p><p>• Continuously monitor inventory levels and identify critical stock transactions: safety stock limits, maximum limits, and reorder points to prevent excess or shortage.</p><p>• Conduct regular meetings and coordinate with the maintenance manager and technical engineers to understand preventive and corrective maintenance plans, ensuring critical parts are secured in advance to prevent production line stoppages.</p><p>• Prepare and validate technical purchase requests based on actual needs and consumption patterns, and coordinate with the procurement department to ensure timely delivery (JIT).</p><p><br></p><p><b>4- Technical Inspection and Quality:</b></p><p>• Review and inspect incoming shipments upon arrival, reading catalogs and technical specifications to ensure compliance with purchase orders before signing for receipt.</p><p>• Manage and track requirements and specifications related to defective or non-compliant items with the procurement department and suppliers.</p><p><br></p><p><b>5- Reporting and Data Analysis:</b></p><p>• Professionally work on ERP Systems and database warehouses to update inventory records promptly.</p><p>• Prepare and submit regular reports to senior management including: inventory movement report, slow-moving items report, dead stock report, actual consumption analysis, and variance analysis.</p><p><br></p> </div><h2 class="h5">Skills</h2> <div data-jb-field="skills"><p><br></p><ul><li>Proficient in data analysis using Microsoft Excel.</li><li>Strong leadership personality capable of managing individuals and resolving conflicts under work pressure.</li><li>Negotiation and persuasion skills.</li><li>Strong observation and auditing capabilities.</li><li>Ability to work under pressure.</li></ul></div>

<p>Upon completion of this assignment, the consultant will have delivered a comprehensive independent final evaluation of the project, including an inception report, draft and final evaluation reports, and a presentation of key findings. The evaluation will provide UN-Habitat, the Adaptation Fund Board, and national partners in Jordan and Lebanon with evidence-based conclusions, lessons learned, and strategic recommendations to inform future climate resilience and water management programming. Work Location Home based Expected duration 4 months (part time)</p><p>UN-Habitat is the United Nations agency for human settlements. It is mandated by the UN General Assembly to promote socially and environmentally sustainable communities, towns and cities with the goal of providing adequate shelter for all. It supports Member States in the development of sustainable cities and human settlements through its normative and operational work at global, regional, national and local levels. By working at all levels and with relevant stakeholders and partners, UN-Habitat contributes to linking policy development and capacity-building activities with a view to promoting cohesive and mutually reinforcing social, economic and environmental policies and programs in human settlements in conformity with international practices and covenants. UN-Habitat also leads and coordinates the monitoring of and reporting on global progress on the implementation of the New Urban Agenda and Sustainable Development Goal (SDG) 11 of making cities and human settlements inclusive, safer, resilient and sustainable. Other global agreements support UN-Habitat s work including the Paris Agreement on Climate Change. The Conference of the Parties (COP) of the UN Framework Convention on Climate Change (UNFCCC) established and launched the Adaptation Fund (AF) in 2007. The fund is to finance concrete adoption projects and programmes in developing countries that are particularly vulnerable to adverse effects of climate change. The fund s projects and activities aim at building national and local adaptation capacities while reaching and engaging with the most vulnerable groups.</p><p><strong>Background:</strong> The project Increasing the Resilience of Displaced Persons and Host Communities to Climate Change-Related Water Challenges in Jordan and Lebanon , funded by the Adaptation Fund with a budget of USD 13,973,509, is led by the United Nations Human Settlements Programme (UN-Habitat) in partnership with ESCWA and UNICEF. As well as national governmental and municipal stakeholders, in addition to several implementing partners in Jordan and Lebanon; United Nations International Children s Emergency Fund (UNICEF), Jordan Hashemite Fund for Human Development (JOHUD), Jordan Hashemite Fund for Badia Development (HFDJB) (BADIA), Permaculture Research Institute (PRI), Yarmouk Water Company (YWC), LDK and Royal Scientific Society (RSS), Management of Resources &amp; Environmental Solutions (MORES) and United Nations Economic and Social Commission for Western Asia (ESCWA). The project addresses the compounded impacts of climate change and the Syrian refugees displacement crisis, focusing on water scarcity, urban resilience, and sustainable development. It promotes innovative water harvesting, wastewater reuse, and municipal planning to strengthen climate resilience among vulnerable communities. The project was launched in October 2021 and ends in October 2026.</p><p><strong>1. Objectives and Expected Accomplishments (outcomes) of the project</strong> The overall objective of the project is to increase the resilience of both displaced persons and host communities in Jordan and Lebanon to climate change-related water challenges, particularly challenges associated with water scarcity, climate-induced pressures, and population growth in vulnerable areas. The project aims to achieve this objective through four expected accomplishments:</p><p>A. Strengthened municipal and institutional capacities to assess, plan, and manage climate-related water risks through the development of climate-responsive territorial planning documents, including urban master plans and associated action or investment plans, in order to support municipal governments to manage urban risks and vulnerabilities in the context of climate change, especially water scarcity challenges, and urban (population) growth, including pressures associated with displacement.</p><p>B. Increased community awareness, ownership, and capacities to operate, maintain, and replicate sustainable water harvesting, supply, and reuse systems, aimed at strengthening the resilience of citizens (DPs and host communities) through improved awareness, and practical capacities to respond to climate change impacts on water resources.</p><p>C. Expanded access to efficient and climate-resilient water supply systems through innovative and replicable non-conventional water harvesting, greywater treatment, and wastewater reuse techniques, aimed at enhancing the adaptive capacity of the water sector by expanding unconventional water harvesting, and climate-resilient water supply and irrigation options appropriate to the local context.</p><p>D. Enhanced knowledge management, learning, and replication to document and share lessons learned and support the development of regional approaches for managing urban climate and water risks, including the development of regional urban risks and vulnerabilities management model in the context of climate change and urban (population) growth.</p><p>*Detailed expected outcomes, outputs, indicators, and targets for each component are presented in the project s Results Framework and will be provided to the evaluation team as part of the evaluation documentation package.</p><p><br></p><p><strong>Desired Candidate Profile</strong></p><p>An advanced university degree in environmental studies, climate change, water resources, sustainable development, or any related field is required. A first-level university degree with additional two years of qualifying experience may be accepted in lieu of the advanced university degree. 7 years of professional experience in evaluation of major projects of multidisciplinary components. is required. Extensive demonstrated experience in monitoring and evaluation with ability to present credible findings derived from evidence and providing conclusions and recommendations supported by evidence of findings is required. The consultant must have access to both Jordan and Lebanon and be able to conduct field visits in both countries is required. Evaluation of climate change adaptation and/or water management projects and social-economic development is desired. Previous experience evaluating Adaptation Fund projects is considered is desired. Technical knowledge of climate change adaptation, especially water management and resilience, is desired. Knowledge and understanding of UN-Habitat mandate and its operations is desired.</p>

<p><h4>Description</h4> <p>The Junior Quality Control Engineer supports the QA team by executing tests, reporting bugs, and assisting in the preparation of test documentation under the supervision of senior QC engineers. This entry-level position is ideal for candidates passionate about quality assurance and eager to learn and grow within the field. The Junior QC Engineer typically reports to a senior or mid-level QC engineer or the QA Lead.</p> <h4>Key responsibilities:</h4> <ul> <li>Execute test cases as per test plans including functional, regression, and integration tests.</li> <li>Report and document defects clearly and track their resolution using bug tracking tools like DevOps.</li> <li>Assist in creating and maintaining test documentation.</li> <li>Participate in team meetings and collaborate with developers and other members of the QC team.</li> <li>Learn automation tools and assist in developing simple automation scripts.</li> <li>Conduct basic API and performance testing with guidance.</li> <li>Support static testing activities and assist in user acceptance testing (UAT).</li> <li>Continuously learn and improve testing skills following best practices and company procedures.</li> </ul> <h4>Requirements</h4> <ul> <li>Bachelor’s degree in engineering, computer science, information technology, or related field.</li> <li>Basic understanding of software testing concepts and methodologies.</li> <li>Familiarity with testing tools and bug tracking systems such as DevOps or Jira is a plus.</li> <li>Strong analytical and problem-solving skills.</li> <li>Eagerness to learn automation tools and scripting languages.</li> <li>Good communication skills and ability to work well within a team.</li> <li>Basic knowledge of SQL and ability to execute simple queries.</li> <li>Attention to detail and strong commitment to quality.</li> <li>Ability to multitask and manage time effectively in a fast-paced environment.</li> <li>Proficient in written and spoken English.</li> </ul> <h4>Benefits</h4> <ul> <li>Paid time off</li> <li>Training & development</li> </ul></p><p></p>

<p><h4>Description</h4> <p>The Junior Quality Control Engineer supports the QA team by executing tests, reporting bugs, and assisting in the preparation of test documentation under the supervision of senior QC engineers. This entry-level position is ideal for candidates passionate about quality assurance and eager to learn and grow within the field. The Junior QC Engineer typically reports to a senior or mid-level QC engineer or the QA Lead.</p> <h4>Key responsibilities:</h4> <ul> <li>Execute test cases as per test plans including functional, regression, and integration tests.</li> <li>Report and document defects clearly and track their resolution using bug tracking tools like DevOps.</li> <li>Assist in creating and maintaining test documentation.</li> <li>Participate in team meetings and collaborate with developers and other members of the QC team.</li> <li>Learn automation tools and assist in developing simple automation scripts.</li> <li>Conduct basic API and performance testing with guidance.</li> <li>Support static testing activities and assist in user acceptance testing (UAT).</li> <li>Continuously learn and improve testing skills following best practices and company procedures.</li> </ul> <h4>Requirements</h4> <ul> <li>Bachelor’s degree in engineering, computer science, information technology, or related field.</li> <li>Basic understanding of software testing concepts and methodologies.</li> <li>Familiarity with testing tools and bug tracking systems such as DevOps or Jira is a plus.</li> <li>Strong analytical and problem-solving skills.</li> <li>Eagerness to learn automation tools and scripting languages.</li> <li>Good communication skills and ability to work well within a team.</li> <li>Basic knowledge of SQL and ability to execute simple queries.</li> <li>Attention to detail and strong commitment to quality.</li> <li>Ability to multitask and manage time effectively in a fast-paced environment.</li> <li>Proficient in written and spoken English.</li> </ul> <h4>Benefits</h4> <ul> <li>Paid time off</li> <li>Training & development</li> </ul></p><p></p>

<p>Role Summary: The NOC Tier 3 is the Senior Subject Matter Expert (SME) responsible for the design, architecture, and deployment of complex, large-scale network solutions. This role provides the highest level of technical expertise, sets standards, performs advanced capacity planning, and is the final technical escalation point, driving innovation and defining the future state of Acuative's global infrastructure. Core Responsibilities: Network Architecture &amp; Design: Lead the high-level and low-level design of enterprise network solutions, including core routing, spine-and-leaf fabrics, and multi-vendor security architectures. Strategic Planning: Conduct capacity planning, performance modeling, and define technology roadmaps to ensure the network can support future business growth and demands. Advanced Security &amp; Compliance: Serve as the SME for advanced security systems (e.g., SD-WAN, zero trust models, NAC), ensuring compliance with security standards and regulations. Complex Systems Integration: Lead the technical integration of new or merged systems, vendors, and cloud network connectivity (AWS/Azure) into the existing global infrastructure. Mentorship &amp; Standard Setting: Establish best practices and standards for Tier 1 and Tier 2 engineers, conduct knowledge transfer sessions, and ensure consistent application of security and operational policies. Essential Skills and Knowledge: Expert Networking &amp; Security: Mastery of complex enterprise environments, including MPLS, SD-WAN technologies, advanced BGP design, and expert-level security implementation and auditing. Cloud Networking: Deep understanding and hands-on experience with networking in public cloud environments. Automation &amp; Orchestration: Proven ability to leverage automation tools and scripting to deploy, manage, and scale network infrastructure. Vendor Management: Experience evaluating new network technologies and managing vendor relationships for technical feasibility and integration.</p><p><strong>Desired Candidate Profile</strong></p><p>Minimum of 6+ years of expert-level experience in network engineering, architecture, or a similar senior technical consultant role. Bachelor's degree in computer science, IT, Network Engineering, or a related field required (or equivalent work experience). Certifications (Required): Must possess a current, expert-level certification such as Cisco Certified Network Professional (CCNP), Fortinet Certified Engineer (NSE 7), or Juniper Networks Certified Professional (JNCIP). Certifications (Desired): Cisco Certified Internetwork Expert (CCIE), AWS Certified Advanced Networking, or other equivalent expert vendor certification.</p>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><b><br> About the Role </b><p>We are looking for an experienced Engineering Manager ERP &amp; CRM to lead the development, strategy, and delivery of the systems that power Syarah's core business operations. In this role, you will manage a team of backend engineers, drive the technical direction of our ERPNext/Frappe and CRM platforms, and ensure reliable, scalable solutions that support sales, finance, inventory, and customer operations.</p> <p>This is both a technical and people leadership role. You will be responsible for setting team goals and OKRs, mentoring engineers, managing performance, and partnering closely with business stakeholders to translate company objectives into impactful engineering outcomes. The ideal candidate combines strong engineering expertise with a proven ability to build and lead high-performing teams in a fast-paced environment.</p> <p> </p> <strong>Key Responsibilities</strong> <ul> <li>Lead, manage, and grow a team of backend engineers working across Python (Frappe/ERPNext) and PHP, owning team structure, hiring, and onboarding.</li> <li>Own the strategy, roadmap, and delivery of Syarah s ERP and CRM platforms, the systems that run sales, finance, inventory, operations, and customer engagement.</li> <li>Set clear team and individual goals through OKRs, aligning day-to-day engineering execution with broader company objectives and tracking measurable outcomes.</li> <li>Run performance management end to end, including regular 1:1s, structured feedback, performance reviews, growth plans, and recognition.</li> <li>Mentor and develop engineers at every level, deepening technical skills, ownership, and a culture of accountability and continuous improvement.</li> <li>Translate company goals into a clear engineering roadmap, and be accountable for the team delivering against it on time and to a high standard.</li> <li>Define and enforce engineering standards across code quality, architecture, testing, security, and documentation for ERP and CRM systems.</li> <li>Own the technical direction of ERPNext/Frappe customizations, modules, and integrations, and of PHP-based CRM and internal business applications.</li> <li>Lead the design and delivery of integrations connecting ERP, CRM, payments, and other operational and data systems across the business.</li> <li>Partner with finance, operations, sales, and product stakeholders to capture requirements and translate them into well-scoped, prioritized engineering work.</li> <li>Drive healthy delivery practices, including sprint planning, estimation, code review, CI/CD, and release management, to ship reliably and predictably.</li> <li>Own reliability, uptime, and incident response for business-critical ERP and CRM platforms, putting in place monitoring, alerting, and on-call practices.</li> <li>Manage technical debt, scalability, and platform evolution, balancing short-term delivery against long-term maintainability and cost.</li> <li>Report progress, risks, trade-offs, and resourcing needs clearly to senior leadership, and represent the ERP and CRM engineering function across the company.</li> </ul> <p> </p> <p> <strong>What We re Looking For</strong> </p> <ul> <li>Proven experience managing and growing software engineering teams, with a track record of setting goals and OKRs, running performance management, and delivering.</li> <li>against company objectives.</li> <li>Strong hands-on background in backend engineering with Python and PHP, ideally including ERPNext/Frappe and modern PHP frameworks.</li> <li>Solid understanding of ERP and CRM systems, business process automation, and integrations across finance, sales, and operations.</li> <li>Experience with API design, databases, CI/CD, and cloud infrastructure, and a strong bar for code quality, security, and reliability.</li> <li>Excellent stakeholder management and communication skills, with the ability to translate business goals into engineering execution.</li> </ul> <p> </p> <p> <strong>Preferred Experience</strong> </p> <ul> <li>Hands-on experience with other major ERP systems such as SAP, Odoo, or Oracle</li> <li>Experience with sales lead generation and workflow automation within CRM platforms</li> <li>Exposure to AI and agentic AI, with an interest in applying it across ERP, CRM, and internal operations, is a strong plus</li> </ul> <p> </p> <p> <strong>Tech Stack</strong> </p> <ul> <li>Languages &amp; Frameworks: Python (Frappe/ERPNext), PHP (Laravel), SQL</li> <li>ERP &amp; CRM: ERPNext, CRM platforms, custom business applications</li> <li>Databases &amp; Caching: MongoDB / MySQL, Redis</li> <li>Integration: REST APIs, webhooks, message queues</li> <li>DevOps &amp; Deployment: Docker, Git, CI/CD</li> <li>Cloud &amp; Infrastructure: AWS, GCP</li> <li>Ways of Working: Agile / Scrum, OKRs, code review, performance management</li> </ul></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><p> </p> <ul> <li>8+ years of software engineering experience, including 3+ years in an engineering management role</li> <li>Strong hands-on experience with Python and PHP development</li> <li>Experience with ERPNext/Frappe or other ERP platforms (SAP, Odoo, Oracle, etc.)</li> <li>Solid understanding of CRM systems, business process automation, and enterprise integrations</li> <li>Proven experience leading engineering teams, setting OKRs, and managing performance and career development</li> <li>Experience with APIs, databases, cloud infrastructure, CI/CD, and DevOps practices</li> <li>Strong stakeholder management and communication skills</li> <li>Experience in e-commerce, fintech, or high-growth technology environments is a plus</li> </ul><p></p></section>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <span>About Syarah Syarah is one of the leading automotive e-commerce platforms in Saudi Arabia, transforming the way people buy, sell, finance, and own vehicles.<br> Through technology, data, and innovative financial solutions, Syarah delivers a seamless customer experience while building scalable systems that support rapid business growth across sales, operations, finance, and customer engagement.<br> About the Role We are looking for an experienced Engineering Manager – ERP &amp; CRM to lead the development, strategy, and delivery of the systems that power Syarah's core business operations.<br> In this role, you will manage a team of backend engineers, drive the technical direction of our ERPNext/Frappe and CRM platforms, and ensure reliable, scalable solutions that support sales, finance, inventory, and customer operations.<br> This is both a technical and people leadership role.<br> You will be responsible for setting team goals and OKRs, mentoring engineers, managing performance, and partnering closely with business stakeholders to translate company objectives into impactful engineering outcomes.<br> The ideal candidate combines strong engineering expertise with a proven ability to build and lead high-performing teams in a fast-paced environment.<br> Key Responsibilities Lead, manage, and grow a team of backend engineers working across Python (Frappe/ERPNext) and PHP, owning team structure, hiring, and onboarding.<br> Own the strategy, roadmap, and delivery of Syarah’s ERP and CRM platforms, the systems that run sales, finance, inventory, operations, and customer engagement.<br> Set clear team and individual goals through OKRs, aligning day-to-day engineering execution with broader company objectives and tracking measurable outcomes.<br> Run performance management end to end, including regular 1:1s, structured feedback, performance reviews, growth plans, and recognition.<br> Mentor and develop engineers at every level, deepening technical skills, ownership, and a culture of accountability and continuous improvement.<br> Translate company goals into a clear engineering roadmap, and be accountable for the team delivering against it on time and to a high standard.<br> Define and enforce engineering standards across code quality, architecture, testing, security, and documentation for ERP and CRM systems.<br> Own the technical direction of ERPNext/Frappe customizations, modules, and integrations, and of PHP-based CRM and internal business applications.<br> Lead the design and delivery of integrations connecting ERP, CRM, payments, and other operational and data systems across the business.<br> Partner with finance, operations, sales, and product stakeholders to capture requirements and translate them into well-scoped, prioritized engineering work.<br> Drive healthy delivery practices, including sprint planning, estimation, code review, CI/CD, and release management, to ship reliably and predictably.<br> Own reliability, uptime, and incident response for business-critical ERP and CRM platforms, putting in place monitoring, alerting, and on-call practices.<br> Manage technical debt, scalability, and platform evolution, balancing short-term delivery against long-term maintainability and cost.<br> Report progress, risks, trade-offs, and resourcing needs clearly to senior leadership, and represent the ERP and CRM engineering function across the company.<br> What We’re Looking For Proven experience managing and growing software engineering teams, with a track record of setting goals and OKRs, running performance management, and delivering.<br> against company objectives.<br> Strong hands-on background in backend engineering with Python and PHP, ideally including ERPNext/Frappe and modern PHP frameworks.<br> Solid understanding of ERP and CRM systems, business process automation, and integrations across finance, sales, and operations.<br> Experience with API design, databases, CI/CD, and cloud infrastructure, and a strong bar for code quality, security, and reliability.<br> Excellent stakeholder management and communication skills, with the ability to translate business goals into engineering execution.<br> Preferred Experience Hands-on experience with other major ERP systems such as SAP, Odoo, or Oracle Experience with sales lead generation and workflow automation within CRM platforms Exposure to AI and agentic AI, with an interest in applying it across ERP, CRM, and internal operations, is a strong plus Tech Stack Languages &amp; Frameworks: Python (Frappe/ERPNext), PHP (Laravel), SQL ERP &amp; CRM: ERPNext, CRM platforms, custom business applications Databases &amp; Caching: MongoDB / MySQL, Redis Integration: REST APIs, webhooks, message queues DevOps &amp; Deployment: Docker, Git, CI/CD Cloud &amp; Infrastructure: AWS, GCP Ways of Working: Agile / Scrum, OKRs, code review, performance management 8+ years of software engineering experience, including 3+ years in an engineering management role Strong hands-on experience with Python and PHP development Experience with ERPNext/Frappe or other ERP platforms (SAP, Odoo, Oracle, etc.<br>) Solid understanding of CRM systems, business process automation, and enterprise integrations Proven experience leading engineering teams, setting OKRs, and managing performance and career development Experience with APIs, databases, cloud infrastructure, CI/CD, and DevOps practices Strong stakeholder management and communication skills Experience in e-commerce, fintech, or high-growth technology environments is a plus</span> </div>