Pipe fitter Jobs

<p><h4>Job description</h4> <p><strong>Job role - Principal engineer – mechanical – aviation buildings</strong><br> Verbal and written communication in English is mandatory.</p> <h4>Responsibilities:</h4> <ul> <li>Lead mechanical/HVAC design from feasibility and basis-of-design (BoD) through detailed design, tender and construction support for aviation facilities.</li> <li>Own the environmental strategy for very large volumes (e.g., hangar bays): heating/cooling concepts, destratification, purge/exhaust modes, make-up air, and controls sequences—balancing energy, IAQ and safety (UFC/ASHRAE/NFPA context).</li> <li>Engineer specialist ventilation for hazardous operations: paint spray booths/rooms, fuel-cell maintenance/purge ventilation, welding/fume extraction, VOC control, and hazardous-area interfaces with electrical/controls.</li> <li>Integrate process utilities common to MRO and workshops.</li> <li>Shape catering facility HVAC and hygienic air zones: kitchen exhaust and makeup air (NFPA 96), pressure cascades, temperature/humidity control for clean prep/packing.</li> <li>Deliver BIM-led coordination (Revit/Navisworks) across architecture, structures, process, fire protection, and controls; lead clash resolution and model QA.</li> <li>Run calculations and simulations: loads, duct/pipe sizing, ventilation rates, smoke/fume capture, and (where needed) CFD to support the thermal comfort studies.</li> <li>Author technical documents: BoD, design reports, specifications, sequences of operation, control narratives, FAT/SAT/commissioning plans.</li> <li>Engage stakeholders—airlines/MROs, airport operators, food safety teams, and authorities—to secure approvals and smooth delivery.</li> <li>Lead retrofit, refurbishment, and brownfield upgrade projects within operational airport environments—assessing existing systems, developing phased upgrade strategies, ensuring minimal disruption to ongoing operations, and integrating new systems with legacy infrastructure while addressing capacity, compliance, and energy performance improvements.</li> </ul> <h4>Key systems and domains you’ll cover:</h4> <ul> <li>Hangars and workshops: general and emergency exhaust, purge ventilation for fuel system work, floor-level capture where required, destratification/ HVLS fans, door air management, radiant/air systems, PCA (pre-conditioned air) and GSE interfaces.</li> <li>Catering facilities: high-duty kitchen exhaust and makeup air (hoods, MAUs, heat recovery), grease ducting, rooftop terminations, pressure zoning for hygiene, and interfaces to cold rooms/freezers and clean areas.</li> <li>Experience in refurbishment projects, passenger terminal building mechanical design (HVAC, drainage systems) is preferred.</li> </ul> <h4>Qualifications:</h4> <ul> <li>Bachelor’s or master’s degree in mechanical engineering.</li> <li>Professional registration (e.g., CEng/PE) strongly preferred.</li> <li>15+ years’ experience in building services (mechanical/HVAC), with significant aviation project delivery (passenger terminal building, hangars, MRO shops, flight catering, or similar).</li> <li>Proven leadership as lead/principal engineer on multi-disciplinary design projects and prior delivery in live airport environments (airside/landside interfaces, works phasing) is preferred.</li> <li>Expertise writing BoDs, specifications, P&IDs, control sequences, etc.</li> <li>BIM fluency: Revit, Navisworks; competence with calculations (e.g., IES-VE/HAP/eQuest), CFD exposure preferred.</li> <li>Client-facing communication and team leadership; mentoring and QA/QC across multiple concurrent packages.</li> <li>Strong communication skills for effective client presentations, stakeholder workshops, and cross-functional coordination.</li> <li>Willingness to be based at Dammam Airport for the initial phase of the project (short-term assignment) and relocate to the main office upon project completion.</li> </ul> <p>With over 90 years' combined experience, NES Fircroft (NES) is proud to be the world's leading engineering staffing provider spanning the oil & gas, power & renewables, chemicals, construction & infrastructure, life sciences, mining and manufacturing sectors worldwide. With more than 80 offices in 45 countries, we are able to provide our clients with the engineering and technical expertise they need, wherever and whenever it is needed. We offer contractors far more than a traditional recruitment service, supporting with everything from securing visas and work permits, to providing market-leading benefits packages and accommodation, ensuring they are safely and compliantly able to support our clients.</p></p><p></p>

<p><h4>Job description</h4> <p><strong>Job role - Principal engineer – mechanical – aviation buildings</strong><br> Verbal and written communication in English is mandatory.</p> <h4>Responsibilities:</h4> <ul> <li>Lead mechanical/HVAC design from feasibility and basis-of-design (BoD) through detailed design, tender and construction support for aviation facilities.</li> <li>Own the environmental strategy for very large volumes (e.g., hangar bays): heating/cooling concepts, destratification, purge/exhaust modes, make-up air, and controls sequences—balancing energy, IAQ and safety (UFC/ASHRAE/NFPA context).</li> <li>Engineer specialist ventilation for hazardous operations: paint spray booths/rooms, fuel-cell maintenance/purge ventilation, welding/fume extraction, VOC control, and hazardous-area interfaces with electrical/controls.</li> <li>Integrate process utilities common to MRO and workshops.</li> <li>Shape catering facility HVAC and hygienic air zones: kitchen exhaust and makeup air (NFPA 96), pressure cascades, temperature/humidity control for clean prep/packing.</li> <li>Deliver BIM-led coordination (Revit/Navisworks) across architecture, structures, process, fire protection, and controls; lead clash resolution and model QA.</li> <li>Run calculations and simulations: loads, duct/pipe sizing, ventilation rates, smoke/fume capture, and (where needed) CFD to support the thermal comfort studies.</li> <li>Author technical documents: BoD, design reports, specifications, sequences of operation, control narratives, FAT/SAT/commissioning plans.</li> <li>Engage stakeholders—airlines/MROs, airport operators, food safety teams, and authorities—to secure approvals and smooth delivery.</li> <li>Lead retrofit, refurbishment, and brownfield upgrade projects within operational airport environments—assessing existing systems, developing phased upgrade strategies, ensuring minimal disruption to ongoing operations, and integrating new systems with legacy infrastructure while addressing capacity, compliance, and energy performance improvements.</li> </ul> <h4>Key systems and domains you’ll cover:</h4> <ul> <li>Hangars and workshops: general and emergency exhaust, purge ventilation for fuel system work, floor-level capture where required, destratification/ HVLS fans, door air management, radiant/air systems, PCA (pre-conditioned air) and GSE interfaces.</li> <li>Catering facilities: high-duty kitchen exhaust and makeup air (hoods, MAUs, heat recovery), grease ducting, rooftop terminations, pressure zoning for hygiene, and interfaces to cold rooms/freezers and clean areas.</li> <li>Experience in refurbishment projects, passenger terminal building mechanical design (HVAC, drainage systems) is preferred.</li> </ul> <h4>Qualifications:</h4> <ul> <li>Bachelor’s or master’s degree in mechanical engineering.</li> <li>Professional registration (e.g., CEng/PE) strongly preferred.</li> <li>15+ years’ experience in building services (mechanical/HVAC), with significant aviation project delivery (passenger terminal building, hangars, MRO shops, flight catering, or similar).</li> <li>Proven leadership as lead/principal engineer on multi-disciplinary design projects and prior delivery in live airport environments (airside/landside interfaces, works phasing) is preferred.</li> <li>Expertise writing BoDs, specifications, P&IDs, control sequences, etc.</li> <li>BIM fluency: Revit, Navisworks; competence with calculations (e.g., IES-VE/HAP/eQuest), CFD exposure preferred.</li> <li>Client-facing communication and team leadership; mentoring and QA/QC across multiple concurrent packages.</li> <li>Strong communication skills for effective client presentations, stakeholder workshops, and cross-functional coordination.</li> <li>Willingness to be based at Dammam Airport for the initial phase of the project (short-term assignment) and relocate to the main office upon project completion.</li> </ul> <p>With over 90 years' combined experience, NES Fircroft (NES) is proud to be the world's leading engineering staffing provider spanning the oil & gas, power & renewables, chemicals, construction & infrastructure, life sciences, mining and manufacturing sectors worldwide. With more than 80 offices in 45 countries, we are able to provide our clients with the engineering and technical expertise they need, wherever and whenever it is needed. We offer contractors far more than a traditional recruitment service, supporting with everything from securing visas and work permits, to providing market-leading benefits packages and accommodation, ensuring they are safely and compliantly able to support our clients.</p></p><p></p>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <strong>Job description<br>Job Role -Principal Engineer – Mechanical – Aviation Buildings<br>Verbal and written communication in English is mandatory<br>Responsibilities:</strong><ul><li>Lead mechanical/HVAC design from feasibility and basis-of-design (BoD) through detailed design, tender and construction support for aviation facilities.</li><li>Own the environmental strategy for very large volumes (e.g., hangar bays): heating/cooling concepts, destratification, purge/exhaust modes, make-up air, and controls sequences—balancing energy, IAQ and safety. (UFC/ASHRAE/NFPA context).</li><li>Engineer specialist ventilation for hazardous operations: paint spray booths/rooms, fuel-cell maintenance/purge ventilation, welding/fume extraction, VOC control, and hazardous-area interfaces with electrical/controls.</li><li>Integrate process utilities common to MRO and workshops.</li><li>Shape catering facility HVAC and hygienic air zones: kitchen exhaust &amp; makeup air (NFPA 96), pressure cascades, temperature/humidity control for clean prep/packing.</li><li>Deliver BIM-led coordination (Revit/Navisworks) across architecture, structures, process, fire protection, and controls; lead clash resolution and model QA.</li><li>Run calculations &amp; simulations: loads, duct/pipe sizing, ventilation rates, smoke/fume capture, and (where needed) CFD to support the thermal comfort studies.</li><li>Author technical documents: BoD, design reports, specifications, sequences of operation, control narratives, FAT/SAT/commissioning plans.</li><li>Engage stakeholders—airlines/MROs, airport operators, food safety teams, and authorities—to secure approvals and smooth delivery.</li><li>Lead retrofit, refurbishment, and brownfield upgrade projects within operational airport environments—assessing existing systems, developing phased upgrade strategies, ensuring minimal disruption to ongoing operations, and integrating new systems with legacy infrastructure while addressing capacity, compliance, and energy performance improvements.<br> <br> &nbsp;</li></ul><strong>Key systems &amp; domains you’ll cover:</strong><ul><li>Hangars &amp; workshops: general and emergency exhaust, purge ventilation for fuel system work, floor-level capture where required, destratification/HVLS fans, door air management, radiant/air systems, PCA (pre-conditioned air) and GSE interfaces.</li><li>Catering facilities: high-duty kitchen exhaust &amp; makeup air (hoods, MAUs, heat recovery), grease ducting, rooftop terminations, pressure zoning for hygiene, and interfaces to cold rooms/freezers and clean areas.</li><li>Experience in refurbishment projects, passenger terminal building Mechanical design (HVAC, Drainage systems) is preferred.<br> <br> &nbsp;</li></ul><strong>Qualifications:</strong><ul><li>Bachelor’s or Master’s degree in Mechanical Engineering.</li><li>Professional registration (e.g., CEng/PE) strongly preferred.</li><li>15+ years’ experience in building services (mechanical/HVAC), with significant aviation project delivery (Passenger terminal building, hangars, MRO shops, flight catering, or similar).</li><li>Proven leadership as Lead/Principal Engineer on multi-disciplinary design projects and Prior delivery in live airport environments (airside/landside interfaces, works phasing) is preferred.</li><li>Expertise writing BoDs, specifications, P&amp;IDs, control sequences, etc.</li><li>BIM fluency: Revit, Navisworks; competence with calculations (e.g., IES-VE/HAP/eQuest),CFD exposure preferred.</li><li>Client-facing communication and team leadership; mentoring and QA/QC across multiple concurrent packages.</li><li>Strong communication skills for effective client presentations, stakeholder workshops, and cross-functional coordination.</li><li>Willingness to be based at Dammam Airport for the initial phase of the project (short-term assignment) and relocate to the main office upon project completion</li></ul><br>If you find this job matching your skills, please apply or share your CV on sayali.kothmire@nesfircroft.com<br>With over 90 years' combined experience, NES Fircroft (NES) is proud to be the world's leading engineering staffing provider spanning the Oil &amp; Gas, Power &amp; Renewables, Chemicals, Construction &amp; Infrastructure, Life Sciences, Mining and&nbsp;Manufacturing&nbsp;sectors worldwide. With more than 80 offices in 45 countries, we are able to provide our clients with the engineering and technical expertise they need, wherever and whenever it is needed. We offer contractors far more than a traditional recruitment service, supporting with everything from securing visas and work permits, to providing market-leading benefits packages and accommodation, ensuring they are safely and compliantly able to support our clients. <br><br> </div>

<p dir="LTR" style="margin-left:-4.5pt;"><strong>Opportunity to Obtain an Internationally Accredited Welding Certification: Aqaba, October 4 – 8, 2026</strong></p><p dir="LTR" style="margin-left:-4.5pt;"><strong>Training Program Name: </strong><strong>Pipe Welding </strong><strong>( TIG GTAW 6GR ) </strong></p><p dir="LTR" style="margin-left:-4.5pt;">The Water Governance Activity (WGA) project, sponsored by the United States government, will conduct a specialized pipe welding training program to upgrade the welding profession and equip pipe welders with internationally accredited qualifications in alignment with the requirements of the market and the industrial sector in Jordan.</p><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p><p dir="LTR" style="margin-left:-4.5pt;">The program provides qualified workers with the opportunity to train and take the test to obtain a welding certificate accredited and compliant with the <strong>American Welding Society (AWS)</strong> <strong>according to American standards</strong> ASME IX /API 1104 in GTAW welding at the 6GR position.</p><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p><p dir="LTR" style="margin-left:-4.5pt;">The Water Governance Activity project will cover the costs associated with conducting this program (accommodation and transportation are not included) at the Gulf Engineering Tests & Examiantion (GETE) facilities in Aqaba during the period of October 4 – 8, 2026, for 6 hours daily.</p><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p><p dir="LTR" style="margin-left:-4.5pt;"><strong>Program Objective:</strong></p><p dir="LTR" style="margin-left:-4.5pt;">In cooperation with the Gulf Engineering Tests & Examination (GETE) company, which has experience in training and qualifying welding technicians according to the American standards ASME IX /API 1104, and testing them by GETE examiners accredited by the American Welding Society (AWS), the program aims to qualify and develop the efficiency of pipe welding using the GTAW method (Gas Tungsten Arc Welding - Argon) at the 6GR position, where pipe welding is performed at a 45-degree angle with a restriction ring at the welding area, in order to enhance technical efficiency and qualify welders according to American standards.</p><p dir="LTR" style="margin-left:-4.5pt;"><strong>Admission Requirements:</strong></p><ul><li dir="LTR">Applicant must be of Jordanian nationality.</li><li dir="LTR">Age must be at least 18 years old.</li><li dir="LTR">Must possess proven practical experience of at least two years in pipe welding in the industrial sector, specifically in Gas Tungsten Arc Welding (GTAW), and preference is given to the ability to weld pipes in a fixed position.</li><li dir="LTR">Must hold a qualification certificate in pipe welding according to ASME Section IX/API 1104, or hold a professional practice license (pipe welder at the skilled level at least).</li><li dir="LTR">Provide proof of practical experience through accredited experience certificates.</li><li dir="LTR">Must be in good health and have good conduct.</li><li dir="LTR">Commitment to occupational safety requirements and technical instructions.</li></ul><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p><p dir="LTR" style="margin-left:-4.5pt;"><strong>Program Content:</strong></p><ul><li dir="LTR">Developing pipe welding skills using the GTAW (Gas Tungsten Arc Welding) method.</li><li dir="LTR">Practical training on the 6GR position, where welding is performed at a 45-degree angle with a restriction ring that simulates actual working conditions in industrial projects.</li><li dir="LTR">Reviewing quality requirements and inspection procedures according to ASME Section IX/API 1104 standards.</li><li dir="LTR">Practical evaluation to measure technical efficiency according to the requirements of the standard.</li></ul><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p><p dir="LTR" style="margin-left:-4.5pt;"><strong>Program Phases:</strong></p><ul><li dir="LTR">Review and evaluation of applications and CVs.</li><li dir="LTR">Conducting a professional assessment to determine the applicants' levels and the suitability of the training program (through personal interviews if necessary).</li><li dir="LTR">Implementation of practical and theoretical training by specialized instructors.</li><li dir="LTR">Conducting certification tests according to the requirements of the American standards ASME IX/API 1104.</li><li dir="LTR">Awarding certificates of accreditation to those who pass the exam.</li></ul><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p><p dir="LTR" style="margin-left:-4.5pt;"><strong>Program Location and Duration:</strong></p><ul><li dir="LTR">The location is in Aqaba Governorate at the facilities of Gulf Engineering Tests & Examination (GETE).</li><li dir="LTR">The program starts on October 4, 2026.</li><li dir="LTR">The program duration is 5 days of training, 6 hours per day.</li></ul><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p><p dir="LTR" style="margin-left:-4.5pt;"><strong>Required Documents:</strong></p><p dir="LTR" style="margin-left:-4.5pt;">Please attach the following documents when filling out the application form:</p><ul><li dir="LTR">CV</li><li dir="LTR">Copy of a valid national ID card</li><li dir="LTR">Certificate of academic qualification (if any)</li><li dir="LTR">Accreditation certificates and/or professional practice licenses</li><li dir="LTR">Experience certificates</li><li dir="LTR">A recently issued certificate of good conduct</li></ul><p style="margin-left:.25in;"><strong>Application Steps</strong></p><p dir="LTR">Applicants interested in the program are requested to adhere to the following <strong>three steps in order</strong>:</p><ol><li dir="LTR"><strong>Step One – Apply via Akhtaboot</strong></li></ol><p dir="LTR"><strong>Please apply for the training opportunity through the Akhtaboot platform and attach your CV with the application for the advertisement.</strong></p><p dir="LTR">&nbsp;</p><ol><li dir="LTR" value="2"><strong>Step Two – Fill out the training application form</strong></li></ol><p dir="LTR">After applying via Akhtaboot, please fill out the <strong>electronic training application form</strong> through the following link:</p><p><a href="https://ncpmu-skills.com/opportunities/9?lang=ar">https://ncpmu-skills.com/opportunities/9?lang=ar</a></p><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p><p dir="LTR" style="margin-left:-4.5pt;"><strong>Please note that the deadline for receiving applications is Wednesday, September 23, 2026.</strong></p><p dir="LTR" style="margin-left:-4.5pt;">&nbsp;</p>

<p><h4>Job role - principal electrical design engineer – mission critical (data centres)</h4> <p>Verbal and written communication in English is mandatory.</p> <p><strong>Strong experience</strong></p> <ul> <li>Uptime Tier III/IV data center design experience</li> <li>MV/LV, UPS & generator design expertise</li> <li>Data center standards knowledge (Uptime/TIA-942/NFPA)</li> <li>Client-facing leadership and stakeholder management experience</li> </ul> <p><strong>Responsibilities</strong></p> <ul> <li>Translate client requirements into robust electrical designs, including electrical distribution (medium and low voltage), generator, UPS systems, switchgear, busducts, grounding schemes, power monitoring systems, fire detection and alarm system etc.</li> <li>Produce all technical documentation: calculations, system studies, single-line diagrams, layout drawings, specifications, block schematics, and compliance tables.</li> <li>Lead conceptual and detailed design reviews, leveraging advanced analytical tools, BIM/Revit models, and coordination with architectural, mechanical, and building technology disciplines.</li> <li>Mentor and develop junior engineers, share best practices in mission-critical electrical systems, and drive continuous improvement across the design team.</li> <li>Collaborate closely with regional and global teams to grow consulting capabilities and ensure alignment with global design standards.</li> <li>Develop and standardize scalable, repeatable data center solutions to drive consistency and efficiencies across UAE and KSA.</li> <li>Conduct site assessments, capacity planning, and feasibility studies aligned with Uptime Institute Tier requirements.</li> <li>Ensure compliance with international standards (Uptime Institute, TIA-942, NFPA, ASHRAE) and local regulations.</li> <li>Drive business growth by contributing to technical proposals, client presentations, and by identifying opportunities for service enhancements.</li> </ul> <p><strong>Qualifications</strong></p> <ul> <li>Bachelor’s or master’s degree in electrical engineering.</li> <li>10+ years of progressive electrical experience in planning, designing, and delivering large-scale data centers, including multiple Uptime Tier III/IV projects.</li> <li>Demonstrated ability to coordinate with stakeholders in complex, matrixed environments.</li> <li>Professional certifications such as Uptime Tier Certified Professional, PMP, LEED AP, or BICSI RCDD are highly desirable.</li> <li>In-depth knowledge of data centres electrical infrastructure, power distribution topologies, servers, storage, network systems, SCADA systems, power management, ELV, and security.</li> <li>Experienced in data center construction phasing and associated design planning.</li> <li>Strong communication skills for effective client presentations, stakeholder workshops, and cross-functional coordination.</li> <li>Familiarity with local and international codes and standards, including NEC, IEC, ISO 50001, ISO 27001, PDPL, and ESMA.</li> </ul> <p>With over 90 years' combined experience, NES Fircroft is proud to be the world's leading engineering staffing provider spanning the oil & gas, power & renewables, chemicals, construction & infrastructure, life sciences, mining and manufacturing sectors worldwide. With more than 80 offices in 45 countries, we are able to provide our clients with the engineering and technical expertise they need, wherever and whenever it is needed. We offer contractors far more than a traditional recruitment service, supporting with everything from securing visas and work permits, to providing market-leading benefits packages and accommodation, ensuring they are safely and compliantly able to support our clients.</p></p><p></p>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <span></span><p><strong><span>Location:</span></strong><span> Amman, Jordan</span></p><br> <p><strong><span>Job Type:</span></strong><span> Full-time</span></p><br> <p><strong><span>Hashtag:</span></strong><span> #LI-OS1</span></p><br> <p><strong><span>About Us</span></strong></p><br> <p><span>For over 45 years, Hikma Pharmaceuticals has been putting better health within reach, every day, by creating high-quality medicines and making them accessible to those who need them. We are helping to shape a healthier world that enriches all our communities, and our global team of 9,400+ empowered colleagues are central to this mission. </span></p><br> <p><span>As a trusted and reliable partner of over 825 high-quality generics, specialty and branded pharmaceutical products, we are driven to improve access to medicine. Through our 29 manufacturing plants, 3 R&amp;D hubs across MENA, North America and Europe, our footprint allows us to play a critical role in serving patients.&nbsp; </span></p><br> <p><strong><span>Description:</span></strong></p><br> <p><span>We are looking for a talented </span><strong><span>Engineer, Technical Support </span></strong><span>to join us. At Hikma you’ll be supported by a culture of progress and belonging where people are encouraged to develop, wellbeing is prioritised and our inclusive approach values contributions from all. We’re seeking candidates who embody our values: Innovative, driven to keep learning; Caring, genuinely compassionate in their work; and Collaborative, eager to solve problems together.</span></p><br> <p><span>If you want to be part of a team that cares about impact, this is the place for you.</span></p><br> <p><strong><span>Job Purpose: </span></strong></p><br> <p><span>Closely monitoring and analyzing manufacturing process flows to improve product quality, cost utilization, and manufacturing throughput. Preparing, filing, and maintaining departmental SOPs, reports, protocols, batch records, and related documentation. Additionally, identifying potential hazards and safety issues, conducting the necessary engineering analysis, and applying preventive measures accordingly. Responsibilities also include following up on validation matters, as well as handling procurement, warehouse management, logistics, CAPEX and OPEX activities, spare parts management, equipment qualification and calibration, and training follow-ups.</span></p><br> <p><strong><span>Key Responsibilities:</span></strong></p><br> <ul> <li><span>Ensuring adherence to cGMPs, safety, quality, health, and environmental procedures </span></li> <li><span>throughout all manufacturing activities. </span></li> <li><span>Creation, modification, reviewing and approving of Standard Operating Procedures </span></li> <li><span>(SOPs). </span></li> <li><span>Follow up on biennial SOP review and update. </span></li> <li><span>&nbsp;Creating, reviewing, and approving protocols/reports/risk assessments/comparison. </span></li> <li><span>Participating in Scale-ups designing process with R&amp;D function. </span></li> <li><span>Participates in execution of day-to-day manufacturing activities (Production, Packaging </span></li> <li><span>&amp; labeling). </span></li> <li><span>Initiating and updating master batch records (MBRs), Packaging batch records (MPRs) and Block Flow Diagram (BFDs) as it comes necessary through all the product life cycle in complete coordination with R&amp;D and quality teams. </span></li> <li><span>Preparing the assigned process relevant investigation reports, justification, incidents, and variances, while following up on CAPAs implementation and closure. </span></li> <li><span>&nbsp;Initiating production APRs while ensuring that all commitments are properly made and fulfilled. </span></li> <li><span>Issuing of P.O for the production batches, applying confirmation and MIGO SAP transactions. </span></li> <li><span>Suggest modifications &amp; development for manufacturing equipment. </span></li> <li><span>&nbsp;Capability of troubleshooting and properly solving the operational problems inside the production area and the related utilities </span></li> <li><span>Monitor consumables stocks and prepare a periodic list with the department needs. </span></li> <li><span>Follow up on implementation of equipment Calibration, qualification/re-qualification, and Preventive Maintenance programs. </span></li> <li><span>Follow up on six system quality internal audits observations and response while coordinating CAPAs with the people concerned. </span></li> <li><span>Ensure that all valves, pipes, lines &amp; systems inside the plant are properly tagged &amp; identified along with the layouts. </span></li> <li><span>Inspecting and reporting manufacturing area /equipment/process status on daily basis. </span></li> <li><span>Communicate departmental operation needs with supervisor including OPEX and CAPEX items as to ensure manufacturing progression without delays or consequences. </span></li> <li><span>Training of plants team on new policies, procedural and manufacturing updates to ensure compliance prior commencing the operations. </span></li> <li><span>&nbsp;Follow up on plants employees training files and training schedule.</span></li> </ul> <p><strong><span>Qualifications:</span></strong></p><br> <p><span>We are looking for candidates whose experience and skills align closely with the qualifications outlined below:</span></p><br> <ul> <li><span>Bachelor’s degree in </span><span>chemical engineering </span><span>or a related field.</span></li> <li><span>1 - 3 years of related quality experience.</span></li> </ul> <p><strong><span>Technical Skills:</span></strong></p><br> <p><span>Applying Good Manufacturing Practices (GMP)</span></p><br> <br> <p><span>Applying Standard Operating Procedures (SOPs)</span></p><br> <br> <p><span>Data Analysis</span></p><br> <br> <p><span>Data Integrity</span></p><br> <br> <p><span>Documentation</span></p><br> <br> <p><span>Equipment Knowledge</span></p><br> <br> <p><span>Process Improvement </span></p><br> <br> <p><span>Safety Awareness</span></p><br> <br> <p><span>Troubleshooting</span></p><br> <br> <p><span>Visual Examination</span></p><br> <br> <p><span>Communication &amp; Influence</span></p><br> <br> <p><span>Collaboration &amp; Teamwork</span></p><br> <br> <p><span>Planning &amp; organizing</span></p><br> <br> <p><span>Initiative &amp; Drive for Results</span></p><br> <br> <p><span>Resilience &amp; Adaptability</span></p><br> <br> <p><span>Change &amp; Innovation</span></p><br> <br> <p><span>Problem Solving &amp; Decision Making</span></p><br> <br> <p><strong><span>Learn more about Hikma in Jordan </span></strong>https://www.hikma.com/media/jukhqqdl/hikma-jordan-factsheet_-en-nov-2025.pdf</p><br> </div>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p> <strong>Location:</strong> Amman, Jordan</p> <p> <strong>Job Type:</strong> Full-time</p> <p> <strong>Hashtag:</strong> #LI-OS1</p> <p> </p> <p> <strong>About Us</strong> </p> <p>For over 45 years, Hikma Pharmaceuticals has been putting better health within reach, every day, by creating high-quality medicines and making them accessible to those who need them. We are helping to shape a healthier world that enriches all our communities, and our global team of 9,400+ empowered colleagues are central to this mission. </p> <p> </p> <p>As a trusted and reliable partner of over 825 high-quality generics, specialty and branded pharmaceutical products, we are driven to improve access to medicine. Through our 29 manufacturing plants, 3 R&amp;D hubs across MENA, North America and Europe, our footprint allows us to play a critical role in serving patients. </p> <p> <strong> </strong> </p> <p> <strong>Description:</strong> </p> <p> <strong> </strong> </p> <p>We are looking for a talented <strong>Engineer, Technical Support </strong>to join us. At Hikma you ll be supported by a culture of progress and belonging where people are encouraged to develop, wellbeing is prioritised and our inclusive approach values contributions from all. We re seeking candidates who embody our values: Innovative, driven to keep learning; Caring, genuinely compassionate in their work; and Collaborative, eager to solve problems together.</p> <p> </p> <p>If you want to be part of a team that cares about impact, this is the place for you.</p> <p> </p> <p> <strong>Job Purpose: </strong> </p> <p>Closely monitoring and analyzing manufacturing process flows to improve product quality, cost utilization, and manufacturing throughput. Preparing, filing, and maintaining departmental SOPs, reports, protocols, batch records, and related documentation. Additionally, identifying potential hazards and safety issues, conducting the necessary engineering analysis, and applying preventive measures accordingly. Responsibilities also include following up on validation matters, as well as handling procurement, warehouse management, logistics, CAPEX and OPEX activities, spare parts management, equipment qualification and calibration, and training follow-ups.</p> <p> </p> <p> </p> <p> <strong>Key Responsibilities:</strong> </p> <ul> <li>Ensuring adherence to cGMPs, safety, quality, health, and environmental procedures </li> <li>throughout all manufacturing activities. </li> <li>Creation, modification, reviewing and approving of Standard Operating Procedures </li> <li>(SOPs). </li> <li>Follow up on biennial SOP review and update. </li> <li> Creating, reviewing, and approving protocols/reports/risk assessments/comparison. </li> <li>Participating in Scale-ups designing process with R&amp;D function. </li> <li>Participates in execution of day-to-day manufacturing activities (Production, Packaging </li> <li>&amp; labeling). </li> <li>Initiating and updating master batch records (MBRs), Packaging batch records (MPRs) and Block Flow Diagram (BFDs) as it comes necessary through all the product life cycle in complete coordination with R&amp;D and quality teams. </li> <li>Preparing the assigned process relevant investigation reports, justification, incidents, and variances, while following up on CAPAs implementation and closure. </li> <li> Initiating production APRs while ensuring that all commitments are properly made and fulfilled. </li> <li>Issuing of P.O for the production batches, applying confirmation and MIGO SAP transactions. </li> <li>Suggest modifications &amp; development for manufacturing equipment. </li> <li> Capability of troubleshooting and properly solving the operational problems inside the production area and the related utilities </li> <li>Monitor consumables stocks and prepare a periodic list with the department needs. </li> <li>Follow up on implementation of equipment Calibration, qualification/re-qualification, and Preventive Maintenance programs. </li> <li>Follow up on six system quality internal audits observations and response while coordinating CAPAs with the people concerned. </li> <li>Ensure that all valves, pipes, lines &amp; systems inside the plant are properly tagged &amp; identified along with the layouts. </li> <li>Inspecting and reporting manufacturing area /equipment/process status on daily basis. </li> <li>Communicate departmental operation needs with supervisor including OPEX and CAPEX items as to ensure manufacturing progression without delays or consequences. </li> <li>Training of plants team on new policies, procedural and manufacturing updates to ensure compliance prior commencing the operations. </li> <li> Follow up on plants employees training files and training schedule.</li> </ul> <p> <strong> </strong> </p> <p> </p> <p> <strong> </strong> </p> <p> <strong>Qualifications:</strong> </p> <p>We are looking for candidates whose experience and skills align closely with the qualifications outlined below:</p> <p> </p> <ul> <li>Bachelor s degree in chemical engineering or a related field.</li> <li>1 - 3 years of related quality experience.</li> </ul> <p> <strong> </strong> </p> <p> <strong>Technical Skills:</strong> </p> <p>Applying Good Manufacturing Practices (GMP)</p> <p>Applying Standard Operating Procedures (SOPs)</p> <p>Data Analysis</p> <p>Data Integrity</p> <p>Documentation</p> <p>Equipment Knowledge</p> <p>Process Improvement </p> <p>Safety Awareness</p> <p>Troubleshooting</p> <p>Visual Examination</p> <p>Communication &amp; Influence</p> <p>Collaboration &amp; Teamwork</p> <p>Planning &amp; organizing</p> <p>Initiative &amp; Drive for Results</p> <p>Resilience &amp; Adaptability</p> <p>Change &amp; Innovation</p> <p>Problem Solving &amp; Decision Making</p> <p> <strong> </strong> </p> <p> <strong> </strong> </p> <p> <strong>Learn more about Hikma in Jordan </strong> https://www.hikma.com/media/jukhqqdl/hikma-jordan-factsheet_-en-nov-2025.pdf </p> <p> <strong> </strong> </p> <p> </p></div></section>