Embedded Systems Engineer Jobs in Saudi

<p><br></p><p>Your role</p><ul><li>Lead the design and review of mechanical building services systems for high-rise and mixed-</li><li>Lead the design, review, and coordination of electrical systems for high-rise and complex building developments.</li><li>Review and approve electrical calculations, load schedules, single-line diagrams, technical reports, and specifications.</li><li>Perform electrical load assessments, voltage drop calculations, short-circuit studies, protection coordination studies, and power system analysis.</li><li>Coordinate with architects, structural engineers, mechanical engineers, fire and life safety consultants, and specialist contractors to ensure seamless system integration.</li><li>Review contractor submissions including shop drawings, material submittents, technical queries, method statements, and testing procedures.</li><li>Conduct technical reviews to ensure compliance with project specifications, Saudi Building Code (SBC), SEC requirements, and international standards.</li><li>Monitor electrical construction activities to ensure installations comply with approved drawings, project quality requirements, and safety standards.</li><li>Conduct site inspections and witness testing, commissioning, and energization activities.</li><li>Support authority submissions and approval processes with relevant utility providers and regulatory authorities.</li><li>Lead multidisciplinary design reviews, value engineering workshops, and technical coordination meetings.</li><li>Identify and resolve design, construction, and commissioning issues to minimize project risks and delays.</li><li>Support project handover activities and verify testing and commissioning documentation.</li><li>Implement energy-efficient and sustainable electrical design solutions, including renewable energy integration where applicable.</li><li>Provide mentoring and technical guidance to junior engineers and project teams.</li><li>Prepare technical reports, progress updates, and engineering recommendations for clients and project stakeholders.</li></ul><p><strong>Desired Candidate Profile</strong></p><ul><li>Bachelor's degree in electrical engineering from a recognized university.</li><li>Master's degree in electrical engineering or Building Services Engineering is preferred.</li><li>Professional Engineer registration or Chartered Engineer status is preferred.</li><li>Membership of recognized professional bodies such as IEEE, IET, or Saudi Council of Engineers (SCE) is desirable.</li><li>LEED AP, Mostadam, or other sustainability-related certifications are an advantage.</li><li>15 to 20 years of professional electrical engineering experience.</li><li>Minimum 10 years of experience on major high-rise and large-scale building projects.</li><li>Previous experience in Saudi Arabia or GCC countries is highly preferred.</li><li>Experience in consultant, PMC, or multidisciplinary engineering consultancy environments.</li><li>Demonstrated involvement in projects from concept design through construction, commissioning, and handover.</li><li>Strong expertise in electrical building services design and engineering.</li><li>Experience with power system studies and electrical distribution network design.</li><li>Strong understanding of ELV systems, smart building technologies, and BMS integration.</li><li>Experience in sustainable and energy-efficient building design solutions.</li><li>Familiarity with testing, commissioning, and energization procedures.</li></ul>

<ul><li>Design and analyze mechanical systems and components, ensuring they meet precise specifications and industry standards.</li><li>Conduct simulations and modeling using CAD software to predict system performance and optimize designs effectively.</li><li>Collaborate with cross-functional teams, including electrical engineers and product managers, to integrate mechanical designs into holistic systems.</li><li>Oversee the prototyping and testing of mechanical components, iterating designs based on empirical data and user feedback.</li></ul><p><strong>Desired Candidate Profile</strong></p><ul><li><p>Bachelor's degree in Mechanical Engineering or a related field, with a strong foundation in thermodynamics and fluid mechanics.</p></li><li><p>At least 8 years of relevant industry experience, preferably in automotive, aerospace, or manufacturing sectors.</p></li><li><p>Professional Engineer (PE) license or certification in relevant engineering disciplines is highly desirable.</p></li><li><p>Experience with advanced CAD software (e.g., SolidWorks, AutoCAD) and simulation tools (e.g., ANSYS, MATLAB) is essential.</p></li></ul>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>We are looking for an Electrical Design Engineer to develop, improve, and support electrical systems for industrial applications. You will be responsible for designing distribution systems, preparing drawings, selecting materials, and supporting manufacturing and installation processes, while ensuring compliance with engineering standards and safety codes.</p><p><strong>Responsibilities:</strong></p><ul><li>Design and layout electrical distribution systems for industrial plants</li><li>Prepare load schedules, single-line diagrams, and technical specifications</li><li>Create system models, perform simulations, and propose design improvements</li><li>Support material selection, vendor coordination, and technical decision-making</li><li>Generate detailed design documentation, reports, and test requirements</li><li>Assist in the manufacturing and installation of new electrical systems</li><li>Forecast electrical system costs and project budgets</li><li>Conduct field inspections, surveys, and ensure quality compliance</li><li>Review designs for code compliance and good engineering practices</li><li>Coordinate and lead electrical design activities across project phases</li><li>Analyze and resolve design and operational issues as they arise</li></ul></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><p><strong>Requirements:</strong></p><ul><li>Education: Bachelor s degree in electrical engineering or any related field</li><li>Experience: +5 years of experience</li><li>Languages : Professional in English</li><li>Strong knowledge of rotating and static electrical machines</li><li>Hands-on maintenance experience with industrial electrical equipment</li><li>Proficiency in creating and verifying engineering drawings</li><li>Familiarity with industry codes, standards, and best practices</li></ul><p><strong>Skills:</strong></p><ul><li>Electrical system design and load calculation expertise</li><li>Electrical distribution design for industrial environments</li><li>Strong drawing preparation and verification skills (AutoCAD or similar)</li><li>Knowledge of material selection and vendor coordination</li><li>Experience with electrical system modeling and simulations</li><li>Proficiency in interpreting and applying electrical codes and standards</li><li>Excellent troubleshooting, problem-solving, and decision-making abilities</li><li>Strong documentation and technical reporting skills</li><li>Team coordination and leadership in multi-discipline projects</li><li>Effective communication with vendors, engineers, and construction teams</li></ul><p></p></section>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p>The Automation Engineer - Powertrain Operations is responsible for supporting, maintaining, and optimizing PLC-based control systems across Powertrain manufacturing equipment. This role ensures stable machine operation, enables integration with MES and plant networks, and provides advanced troubleshooting for electrical and control systems to support production uptime and performance.</p><p><br></p><p>This role is based in King Abdullah Economic City (KAEC), Saudi Arabia. </p><p><br></p><p><b>You Will:</b></p><ul><li>Develop, modify, and maintain PLC programs and HMI interfaces for manufacturing equipment</li><li>Support commissioning and validation activities, including FAT and SAT</li><li>Diagnose and resolve PLC, I/O, network, and electrical faults across production systems</li><li>Maintain and update electrical control system architecture documentation, including schematics and program backups</li><li>Support integration between equipment PLCs and MES systems for data tracking and traceability</li><li>Implement control system improvements to enhance equipment reliability, efficiency, and uptime</li><li>Collaborate with Automation Engineering and Maintenance teams to troubleshoot and resolve production issues</li><li>Ensure compliance with industrial electrical and safety standards</li></ul><p><br></p><p><b>You Will Work Closely With:</b></p><ul><li>Manufacturing Engineering – equipment design alignment and programming standards</li><li>Automation Engineers – system debugging and continuous improvement initiatives</li><li>Maintenance Technicians – day-to-day electrical troubleshooting and support</li><li>IT / MES Teams – industrial network connectivity and data integration</li><li>External Equipment Vendors – commissioning, debugging, and system sustainment</li></ul> </div><h2 class="h5">Skills</h2> <div data-jb-field="skills"><p><b>You Bring:</b></p><ul><li>Bachelor’s degree in Electrical Engineering, Control Engineering, Mechatronics, or a related field</li><li>3+ years of experience in PLC-based industrial automation within a manufacturing environment</li><li>Experience supporting commissioning and startup of automated equipment</li><li>Strong electrical troubleshooting and root-cause analysis capabilities</li></ul><p><br></p><p><b><span></span>Preferred Qualifications:</b></p><ul><li>Experience with PLC platforms such as Siemens, Rockwell, or Beckhoff</li><li>Knowledge of industrial communication protocols (Profinet, Ethernet/IP, Modbus)</li><li>Experience with HMI and/or SCADA systems</li><li>Understanding of electrical control panel design and architecture</li><li>Experience with safety PLC systems and industrial safety standards</li><li>Familiarity with data collection systems and MES integration</li></ul></div>

<p>Responsibilities and Duties · OS Setup on large scale - Different versions of Linux for several projects · File systems and management platforms set up in a High Availability mode · OS Performance Tuning · Monitor and Maintain infrastructure · Will need to work with Client System Admins to resolve any Infrastructure issues · Design, develop and maintain infrastructure monitoring and reporting tools · Develop and maintain configuration management solutions · Collaborate with other teams and team members to develop automation strategies and deployment processes · Help Application Engineers debug issues · Document the setup in detail</p><p>Education · B.Sc. in Computer and/or Communications Engineering or similar degree that provides a strong knowledge of computer science. Experience · Very good knowledge of Linux/Unix based systems · Good understanding of programming concepts and scripting languages [bash - python]. · Excellent troubleshooting capabilities & problem-solving skills. · Basic knowledge of IP Networks. · Good knowledge of AWS services. · Good knowledge of configuration management tools (i.e Ansible, Puppet) Skills and Abilities · Excellent oral and written communication skills · Excellent oral and written English skills.</p>

At Air Products, we reimagine what’s possible. By tapping into the motivation of our people and our collective experience, we create the ideas and innovations that drive us forward. When we come together – where every voice is heard and everyone knows they belong and matter – we create solutions that launch people into space, support lifesaving care in hospitals, and enable the construction of groundbreaking, world scale production facilities.<br><br>Reimagine What’s Possible <br><br>Job Title: EPMS Engineer<br><br>Job Purpose<br><br>The EPMS Engineer is responsible for driving the resolution and closeout of all outstanding EPMS-related technical, functional, integration, testing, and commissioning issues. The role involves coordinating with engineering contractors, vendors, commissioning teams, operations personnel, and project stakeholders to ensure the EPMS is fully functional, compliant with project requirements, and ready for final handover.<br><br>Key Responsibilities<br><br>Issue Management and Closeout<br><br>Review, prioritize, and manage all EPMS punch list items and outstanding actions. Maintain a comprehensive EPMS issue tracker with owners, target dates, and status updates. Investigate technical issues, determine root causes, and coordinate corrective actions. Verify that all identified issues are resolved and formally closed.<br><br>Technical Support<br><br>Provide technical expertise on EPMS architecture, hardware, software, networking, and system integration. Review configuration settings, alarms, events, reports, dashboards, and monitoring functions. Support troubleshooting of communication issues between EPMS, SCADA, DCS, PLCs, protection relays, meters, and other integrated systems. Validate system performance against project specifications and operational requirements.<br><br>Testing and Verification<br><br>Develop and execute test procedures for issue verification and closeout. Witness and document retesting activities following corrective actions. Ensure all functional, integration, and reliability tests are successfully completed. Support SAT, commissioning, and performance testing activities.<br><br>Vendor and Contractor Coordination<br><br>Interface with EPMS suppliers, system integrators, OEMs, and EPC contractors. Monitor vendor action items and ensure timely resolution of defects. Review and approve technical submissions, software revisions, and configuration changes. Facilitate technical meetings to drive issue resolution.<br><br>Documentation and Handover<br><br>Ensure all as-built documentation is complete and accurate. Review operating procedures, maintenance manuals, and user guides. Verify closure of all comments from FAT, SAT, commissioning, and operational readiness reviews. Support final handover to operations and maintenance teams.<br><br>Reporting<br><br>Provide regular status reports on outstanding issues, risks, and mitigation plans. Highlight critical path items affecting project completion. Escalate unresolved technical issues to project management when required.<br><br>Qualifications<br><br>Education<br><br>Bachelor's Degree in Electrical Engineering, Power Systems Engineering, or a related discipline.<br><br>Experience<br><br>5–10+ years of experience in electrical power systems, SCADA, EMS, or EPMS projects. Experience with commissioning and troubleshooting electrical monitoring and control systems. Proven track record in managing punch lists and closeout activities during project execution.<br><br>Technical Skills<br><br>Knowledge of power system monitoring, protection, and control systems. Familiarity with communication protocols such as Modbus, IEC 61850, DNP3, OPC, and Ethernet networks. Experience with electrical substations, switchgear, protection relays, energy meters, and power management systems. Understanding of FAT, SAT, commissioning, and handover processes. Ability to analyze system logs, alarms, events, and performance data.<br><br>Soft Skills<br><br>Strong problem-solving and troubleshooting abilities. Excellent coordination and stakeholder management skills. Strong written and verbal communication. Ability to manage multiple issues and priorities in a fast-paced project environment.<br><br>Founded in 1940, Air Products is a world-leading industrial gases company and has a proud history of innovation, operational excellence, with an unwavering commitment to safety and environmental stewardship. Working together, we are taking our passion and diverse backgrounds forward to reimagine what’s possible and generate a cleaner future for our customers, our communities, and the world.

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>Supports the planning, design, coordination, and implementation of Smart City systems and digital infrastructure across development projects.</p><p>The Smart City Systems Engineer supports the planning, design, coordination, and implementation of Smart City systems and digital infrastructure across development projects. The role focuses on integrating ICT/ELV networks, IoT platforms, and smart urban technologies within the built environment to enable connected, efficient, and sustainable developments. Working under the guidance of seniors and in collaboration with multidisciplinary teams, consultants, and technology partners, the role ensures compliance with technical standards, regulatory requirements, and project objectives, contributing to the delivery of scalable, interoperable, and future ready Smart City solutions.</p><p><strong>Job Responsibilities:</strong></p><ul><li>Support the review and evaluation of Smart City system designs, drawings, specifications, studies, and technical submissions prepared by consultants and vendors.</li><li>Verify compliance with approved technical standards, Smart City strategies, reference architectures, project requirements, and defined performance criteria.</li><li>Identify design gaps, technical issues, and coordination conflicts, and support resolution with relevant internal and external stakeholders.</li><li>Work collaboratively with senior managers, multidisciplinary teams, planners, designers, consultants, contractors, and technology vendors.</li><li>Stay informed of emerging Smart City technologies, tools, and industry best practices.</li><li>Contribute to the continuous improvement of Smart City standards, templates, tools, and delivery processes.</li><li>Support Smart City system implementation readiness and assist in tracking technical deliverables, milestones, issues, and readiness across all project phases to support timely delivery.</li><li>Support adherence to applicable national and international standards, regulatory requirements, authority guidelines, and approved governance frameworks.</li><li>Follow all relevant functional policies, processes, standard operating procedures, and instructions to ensure that work is carried out in a controlled and consistent manner.</li><li>Prepare accurate and timely functional deliverables and reports to meet corporate and functional requirements, policies, and standards.</li></ul></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><p>Bachelor s degree in Electronics &amp; communication or Electrical engineering or a related engineering discipline. Proficient in both Arabic and English (written and spoken). No prior experience required. Eligible for Tamheer Program.</p><p></p></section>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>Water Treatment *Technician / Engineer (AMC &amp; Installation)</p><p>We are hiring a Water Treatment Technician/Engineer to handle installation, commissioning, preventive maintenance, and troubleshooting of RO plants, filtration systems, and water softeners. The role involves AMC execution, water quality testing, customer coordination, and emergency breakdown support. Candidates should have hands-on experience in water treatment systems, basic electrical and plumbing knowledge, and the ability to diagnose system faults. Field travel is required. </p></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><p>*Diploma / ITI in Mechanical, Electrical, Chemical Engineering, or Water Treatment</p><p>2–4 years of experience in RO, filtration, and water treatment systems</p><p>Experience in installation, commissioning, AMC, and service support</p><p>Knowledge of PVC/PPR piping and basic electrical troubleshooting</p><p>Ability to read P&amp;ID and layout drawings</p><p>Valid KSA or GCC driving license preferred</p><p></p></section>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>The Signaling Engineer is responsible for ensuring the reliability, availability, and safety of railway signaling systems through effective maintenance strategies, fault analysis, and technical leadership. The role focuses on optimizing system performance in an operational railway environment.</p><p>Key Responsibilities</p><ul><li>Monitor and maintain signaling system performance.</li><li>L1&amp;L2 investigation of signaling failures and perform root cause analysis.</li><li>Perform and review maintenance procedures, checklists, and schedules.</li><li>Perform and supervise field maintenance activities.</li><li>Analyze system logs to identify faults.</li><li>Coordinate with traffic controller and maintenance teams during incidents and service disruptions.</li><li>Support emergency response and restoration activities (including shift/on-call if required).</li><li>Ensure compliance with safety standards, maintenance procedures, and regulatory requirements.</li><li>Identify improvement opportunities and propose technical solutions (modifications, upgrades).</li><li>Prepare technical reports, failure analysis reports, and performance dashboards.</li></ul></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><ul><li>Bachelor s degree in one of the following: Electrical Engineering Electronics Engineering Computer Engineering Railway Engineering (preferred)</li><li>Saudi National (must).</li></ul><p></p></section>

<p><b>Role Summary</b></p><p><br></p><p>We are seeking a Hydraulics Engineer (Design) to lead Task C — Assessment and Update of the Design Package for the city’s dewatering systems. The role assesses and modernizes the design criteria, methodology, specifications and tender documents, and analyzes dewatering-system alternatives to recommend the optimum system for each area.&nbsp;</p><p><br></p><p>This is the hydraulic-design authority for the program: it owns the dewatering design standards, produces reusable tender packages, reviews third-party technical submittals, delivers urgent detailed designs on request, and investigates water-rise complaints to propose practical solutions. The role’s hydraulic expertise also informs the water-balance and modeling tasks.</p><p><br></p><p>Accountability</p><p><br></p><p>The Hydraulics Engineer is accountable for a modernized, defensible dewatering design package — criteria, specifications and tender templates — for optimum-system recommendations per area, for timely review of third-party submittals and urgent designs, and for hydraulic input consistent with the water-balance and modeling tasks.</p><p><br></p><p>Key Competencies</p><p><br></p><p>Dewatering design – Owns design criteria, methodology and specifications for dewatering and drainage systems.</p><p><br></p><p>Alternatives analysis – Selects the optimum dewatering system per area against governing parameters.</p><p><br></p><p>Tender packages – Produces reusable, review-ready design templates and tender documents.</p><p><br></p><p>Submittal review – Reviews and approves third-party designs and running-project changes.</p><p><br></p><p>Hydraulic modeling – Supports design with 1D network and 2D overland-flow analysis.</p><p><br></p><p>Value engineering – Targets whole-of-life effectiveness and cost across design choices.</p><p><br></p><p>Core Responsibilities (Task C)</p><p><br></p><p>1.1 Design-Package Assessment &amp; Update</p><p><br></p><p>Revise and assess the current design package — design criteria, methodology, specifications, drawings, details, materials and tender documents.</p><p>Update the design package to the newest technologies and establish design templates and tender documents for future projects.</p><p>Design a detailed integrated training program (design, modeling, monitoring) for client staff.</p><p>1.2 Dewatering-System Alternatives &amp; Optimization</p><p><br></p><p>Analyze alternative dewatering systems and recommend the optimum system(s) for each area of the city against the governing parameters, with special attention to eastern Riyadh.</p><p>Manage all available dewatering systems in one editable GIS map with unified symbols and data appearance, extendable for new projects.</p><p>Evaluate existing dewatering projects’ efficiency in water-table control to inform the recommended approach.</p><p>1.3 Submittal Review &amp; Urgent Designs</p><p><br></p><p>Review and approve technical submittals sent by other parties (consultants, investors), including design changes on running construction projects.</p><p>Deliver small and medium detailed designs of dewatering systems for areas requiring urgent improvement, including site verification where needed.</p><p>Investigate water-rise complaints, determine the cause, and propose practical solutions where groundwater rise is confirmed.</p><p>1.4 Hydraulic Modeling Support &amp; Integration</p><p><br></p><p>Provide 1D dewatering pipe/canal and 2D overland-flow hydraulic representation to support design decisions and the interface with the numerical groundwater model.</p><p>Apply the value-engineering concept across design activities so investment targets the greatest benefit per unit cost.</p><p>Apply the value-engineering concept across design activities so investment targets the greatest benefit per unit cost.</p><p>Task C Deliverables the Role Leads</p><p><br></p><p>The Hydraulics Engineer leads the Task C deliverables across the program term (*urgent packages are due three months after each client request):</p><p><br></p><p>Task C Deliverable / Content the Role Leads</p><p><br></p><p>Task Inception Report / Methodology, assessment of current design methodology, action plan. Term M2</p><p><br></p><p>Tender-Document Templates &amp; Updated Package / Updated design criteria, specifications and reusable tender templates. Term M8</p><p><br></p><p>Urgent Tender Package(s) / Complete detailed-design tender packages for urgent areas, on client request. Term M+3*</p><p><br></p><p>Task Completion Report / User manual, training, package evaluation and closeout. Term M12</p><p><br></p><p>Minimum Qualifications &amp; Experience</p><p><br></p><p>A minimum of fifteen (15) years of professional experience in hydraulic and dewatering-system design is required, consistent with the program’s Category B requirement (15+ years, degree and accredited professional membership). Candidates below this threshold will not be considered.</p><p><br></p><p>15+ years in hydraulic design of dewatering, drainage and groundwater-lowering systems (slotted-pipe/subsurface drains, wellpoint systems, canals and culverts).</p><p>Degree (Master’s preferred) in civil, water-resources, hydraulic or environmental engineering, with accredited professional membership.</p><p>Strong command of design criteria, methodology and specifications for dewatering and drainage infrastructure, and of tender-document preparation.</p><p>Proven ability to analyze alternative dewatering systems and recommend the optimum solution per area against governing parameters.</p><p>Experience reviewing and approving third-party technical submittals and design changes on running construction projects.</p><p>Hydraulic modeling competence (1D pipe/canal/wadi flow, 2D overland/rainfall-runoff) to support design decisions and the numerical model interface.</p><p>Familiarity with the special conditions of eastern Riyadh and with value-engineering of infrastructure solutions.</p><p><strong>Desired Candidate Profile</strong></p><p><br></p>

<p><strong>Key Responsibilities:</strong></p><ul><li><p><strong>Install, configure, and support physical & virtual servers (Windows/Linux, VMware).</strong></p></li><li><p><strong>Implement and manage storage solutions (SAN/NAS).</strong></p></li><li><p><strong>Deploy and support backup & recovery solutions (Veeam/Cohesity/Commvault or similar).</strong></p></li><li><p><strong>Perform installation, system upgrades, patching, monitoring, and troubleshooting.</strong></p></li><li><p><strong>Work with senior engineers on design, migrations, and DR activities.<br>Prepare basic technical documentation and implementation reports.</strong></p></li></ul><p><strong>Desired Candidate Profile</strong></p><p>Role Overview: We are looking for a Mid-Level Systems Engineer with hands-on experience in server, storage, and backup implementation. The role involves deployment, configuration, troubleshooting, and support of enterprise IT infrastructure environments.</p>

Job Location: Riyadh, Saudi Arabia Employment Type: Full-Time – On-Site Experience Level: 2–4 Years<br><br>Job Summary We are looking for a Software Engineer to join our technology team and contribute to the development, improvement, and maintenance of the company’s internal systems and digital products. The role will be responsible for developing reliable and scalable applications, handling complex technical tasks, reviewing technical implementations, and supporting the continuous improvement of existing systems. The Senior Software Engineer will also work closely with the Technology Manager to translate business requirements into practical technical solutions and support junior developers within the team.<br><br>Key Responsibilities Develop, maintain, and improve internal systems, web applications, and digital products. Build new features and enhance existing applications based on business requirements. Translate business and system requirements into clear and practical technical solutions. Design and develop frontend and backend components as required. Develop and maintain databases, APIs, integrations, and system workflows. Troubleshoot and resolve complex application and system issues. Review code and technical implementations to maintain quality and consistency. Test new features, system updates, integrations, permissions, and workflows before release. Improve application performance, reliability, security, and maintainability. Support application deployment, environment configuration, and production releases. Maintain clear technical documentation for systems, integrations, and major changes. Use Git and Git Hub for source control, code management, and collaboration. Support and guide Junior Software Engineers and review their technical work. Coordinate with internal departments, external vendors, and technical partners when required. Contribute to the evaluation of new technologies and technical approaches that can improve existing systems and future products.<br><br>Qualifications & Requirements Bachelor’s degree in Computer Science, Software Engineering, Information Technology, Information Systems, or a related field.2–4 years of professional software development experience. Strong experience in developing web applications and business systems. Good understanding of both frontend and backend development. Good understanding of databases and data structures, including SQL and/or NoSQL databases. Experience developing and integrating REST APIs. Good understanding of authentication, authorization, user roles, and permissions. Experience using Git / Git Hub and working with source control. Ability to troubleshoot technical issues and identify practical solutions. Ability to understand business requirements and translate them into technical solutions. Good understanding of application deployment and different environments such as development, testing, and production. Strong problem-solving, organization, documentation, and communication skills. Ability to work independently, take ownership of assigned systems, and support other developers when needed.<br><br>Preferred Technical Skills Experience with some of the following technologies is preferred:React / Next.js Java Script / Type Script Node.js Firebase / Firestore SQLREST APIs & System Integrations Git / Git Hub Google Cloud Platform (GCP) Cloud Deployment & Hosting Microsoft 365 / Power Platform ERP & Operational Systems Mobile application development experience is an advantage.

<p>We're looking for an AI Engineer who gets excited about turning LLMs into reliable, scalable systems that real users depend on. If you've battled retry logic at 3am, debugged hallucinations in production, or celebrated when your RAG system finally hit 95% accuracy, we want to talk.</p><p>What You'll Do</p><p>You'll architect and deploy production-grade AI systems that solve real business problems. Think customer intelligence agents, automated sales workflows, and RAG systems that actually retrieve the right context. You'll work with modern frameworks like LangGraph, LlamaIndex, or Vertex AI Agent Builder to build systems that scale from hundreds to thousands of daily users. This isn't research, it's engineering. You'll own the full lifecycle: designing architectures, writing production code, implementing robust error handling, shipping to users, and monitoring what matters.</p><p>What You Bring</p><p>Required Technical Skills</p><p>AI Systems Engineering</p><ul><li>Hands-on experience deploying at least one AI system to production (not just notebooks)</li><li>Proficiency with LLM orchestration frameworks (LangGraph, LlamaIndex, AWS Agent Core, or similar)</li><li>Deep understanding of RAG architectures: embeddings, vector databases, retrieval strategies</li><li>Experience with prompt engineering as an engineering discipline versioned, tested, and iterated</li></ul><p>Software Engineering Excellence</p><ul><li>Production-quality Python with clean API design and proper error handling</li><li>Expertise in resilient systems: retry logic, exponential backoff, circuit breakers</li><li>Testing strategies for non-deterministic systems (yes, we test our prompts)</li><li>Async processing, queue management, and distributed systems patterns</li></ul><p>Production Operations</p><ul><li>Monitoring and observability for AI systems (beyond just "it works")</li><li>Cost optimization for LLM-powered applications at scale</li><li>Deployment pipelines and feature flagging for gradual rollouts</li><li>Security practices including prompt injection prevention and PII handling</li></ul><p>What Great Looks Like</p><ul><li>You've debugged why your RAG system retrieved irrelevant context and fixed the chunking strategy</li><li>You can explain the trade-offs between different vector databases for your use case</li><li>You've written tests that catch prompt regressions before they hit production</li><li>You think about AI systems in terms of latency, cost per query, and accuracy metrics</li><li>You've had production incidents and learned from them</li></ul><p>What Makes You Stand Out</p><ul><li>Built multi-agent systems with human-in-the-loop workflows</li><li>Integrated AI systems with CRM platforms (Salesforce, HubSpot) or business tools</li><li>Experience with evaluation frameworks for measuring LLM output quality</li><li>Open source contributions to AI tooling or framework projects</li><li>War stories about scaling AI systems from 100 to 10,000+ queries/day</li></ul><p>Why This Role</p><ul><li>Real Impact: Your systems will process thousands of queries daily, driving actual business outcomes</li><li>Modern Stack: Work with cutting-edge AI frameworks and tools as they evolve</li><li>Ownership: Own systems end-to-end from architecture to monitoring</li><li>Learning Culture: Fast-moving AI landscape means constant learning and experimentation</li><li>Pragmatic Innovation: Balance moving fast with building reliable, maintainable systems</li></ul><p>Not Your Typical AI Role</p><p>We're not looking for: Pure ML researchers optimizing model architectures, Data scientists building statistical models, Prompt engineers without software engineering depth. We are looking for: Software engineers who've fallen in love with building AI systems, Builders who ship and iterate based on real user feedback, Engineers who treat prompts like code and systems like products.</p><p>What's Next</p><p>Think this sounds like you? Let's talk about the AI systems you've built, the production challenges you've solved, and what you want to build next. We're building the future of AI-powered automation. The question is: will it work reliably at 3am when your users need it? We think yes and we need engineers who know how to make that happen.</p><p><strong>Desired Candidate Profile</strong></p><p>Required Technical Skills</p><p>AI Systems Engineering</p><ul><li>Hands-on experience deploying at least one AI system to production (not just notebooks)</li><li>Proficiency with LLM orchestration frameworks (LangGraph, LlamaIndex, AWS Agent Core, or similar)</li><li>Deep understanding of RAG architectures: embeddings, vector databases, retrieval strategies</li><li>Experience with prompt engineering as an engineering discipline versioned, tested, and iterated</li></ul><p>Software Engineering Excellence</p><ul><li>Production-quality Python with clean API design and proper error handling</li><li>Expertise in resilient systems: retry logic, exponential backoff, circuit breakers</li><li>Testing strategies for non-deterministic systems (yes, we test our prompts)</li><li>Async processing, queue management, and distributed systems patterns</li></ul><p>Production Operations</p><ul><li>Monitoring and observability for AI systems (beyond just "it works")</li><li>Cost optimization for LLM-powered applications at scale</li><li>Deployment pipelines and feature flagging for gradual rollouts</li><li>Security practices including prompt injection prevention and PII handling</li></ul><p>What Great Looks Like</p><ul><li>You've debugged why your RAG system retrieved irrelevant context and fixed the chunking strategy</li><li>You can explain the trade-offs between different vector databases for your use case</li><li>You've written tests that catch prompt regressions before they hit production</li><li>You think about AI systems in terms of latency, cost per query, and accuracy metrics</li><li>You've had production incidents and learned from them</li></ul><p>What Makes You Stand Out</p><ul><li>Built multi-agent systems with human-in-the-loop workflows</li><li>Integrated AI systems with CRM platforms (Salesforce, HubSpot) or business tools</li><li>Experience with evaluation frameworks for measuring LLM output quality</li><li>Open source contributions to AI tooling or framework projects</li><li>War stories about scaling AI systems from 100 to 10,000+ queries/day</li></ul>

<h3 >About the Role</h3> <p >Nahdi Medical Co. is seeking an <strong >Automation Senior Engineer</strong> to join our team in Jeddah and Makkah. This full-time role is crucial for providing technical support and ensuring the optimal performance of automated material handling equipment within our warehouses and distribution centers. The position requires 5-10 years of experience and involves complex troubleshooting and problem-solving to maintain operational continuity.</p> <h3 >Key Responsibilities</h3> <ul > <li >Modify and troubleshoot system interfaces between Programmable Logic Controls (PLC) and Material Flow Systems (MFS) to ensure continuous production flow.</li> <li >Resolve operational challenges by repairing damaged components such as sensors, scanners, visualization systems, motors, frequency inverters, and encoders.</li> <li >Identify the root cause of faults and production errors, then implement permanent solutions to assure operation continuity.</li> <li >Analyze daily system operation reports to track performance and identify opportunities for continuous improvement.</li> <li >Design and conduct maneuver testing scenarios to identify and address system issues.</li> <li >Design and deliver training programs for all users to enhance system knowledge, resolve issues, and prevent recurrence.</li> <li >Update the help-desk ticketing system to track, monitor, and resolve issues efficiently.</li> <li >Manage the performance of external suppliers and subcontractors to maximize business benefits.</li> <li >Monitor automated system machine performance and generate daily reports for management visibility.</li> <li >Represent Nahdi in an international team focused on automation practices to ensure maximum system uptime and performance.</li> <li >Collaborate with other Material Handling Equipment (MHE) engineers to achieve 360 synergy and full operational capacity.</li> <li >Design system manuals for use in employee induction and on-the-job training.</li> </ul> <h3 >Technical Expertise</h3> <p >The successful candidate will possess a strong foundation in electrical and electronic principles. This includes in-depth knowledge of motors, drivers, controllers, Human-Machine Interfaces (HMIs), and various communication protocols. The role demands proficiency in utilizing diverse technical tools for effective troubleshooting and problem-solving.</p> <h3 >Collaboration and System Uptime</h3> <p >This position requires active collaboration with external software developers and internal onsite teams to ensure maximum system uptime. The Automation Senior Engineer will play a critical role in identifying and implementing improvements, contributing to the overall efficiency and reliability of automated systems.</p> <h3 >Candidate Requirements</h3> <ul > <li >A minimum of 5 to 10 years of experience in a relevant engineering field.</li> <li >Demonstrated ability to perform complex troubleshooting and problem-solving.</li> <li >Commitment to being present whenever the system requires support, including during holidays or days off.</li> </ul> <h3 >Work Environment</h3> <p >The work environment for this role is primarily indoors (80%), with approximately 20% of time spent outdoors. The work schedule consists of 6 working days per week with 1 day off. Daily working hours are 8 hours, including a 1-hour break, and operate on rotating shifts.</p>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p><b>About the Role</b></p><p>We are seeking a highly skilled <b>Plant Applications Engineer</b> to support and maintain critical industrial control system applications across our world-class gasification and power facilities.</p><p>The successful candidate will be responsible for the administration, performance, security, and reliability of plant control system applications, ensuring continuous operational support and compliance with industry best practices. This role requires strong expertise in DCS, SCADA, industrial protocols, and OT application environments.</p><p><br></p><p><b>Key Responsibilities</b></p><p><b>Plant Applications Administration</b></p><ul><li>Administer and maintain plant applications including:</li><li>DCS (Distributed Control Systems)</li><li>SCADA Systems</li><li>Alarm Management Systems (ALMS)</li><li>OSIsoft PI Historian</li><li>Aspen IP.21</li><li>Other plant-critical applications</li><li>Manage application user accounts, Active Directory integrations, group policies, and access rights.</li><li>Maintain and support industrial communication protocols including DSA, FTE, S7, Modbus, OPC, Profinet, and Ethernet/IP.</li><li>Ensure application backups are current and recoverable.</li><li>Coordinate with Instrumentation &amp; Control (I&amp;C) teams on application configurations and troubleshooting.</li><li>Ensure systems are properly licensed, patched, and supported according to vendor recommendations.</li></ul><p><b>Operational Support &amp; Reliability</b></p><ul><li>Monitor application performance, health, and availability.</li><li>Troubleshoot connectivity issues, protocol errors, and application-related incidents.</li><li>Maintain comprehensive records of services, system status, and application performance.</li><li>Support OT systems and network teams in resolving DCS/PCS-related issues.</li><li>Apply vendor-recommended updates and patches.</li></ul><p><b>Security, Compliance &amp; Documentation</b></p><ul><li>Implement cybersecurity controls and role-based access management (RBAC).</li><li>Maintain technical documentation, SOPs, system configurations, and support manuals.</li><li>Support compliance with company standards, change management processes, and OT security requirements.</li><li>Implement audit findings and compliance recommendations.</li></ul><p><br></p><p><b>Requirements</b></p><p><b>Education</b></p><ul><li>Bachelor's Degree in:</li><li>Electrical Engineering</li><li>Electronics Engineering</li><li>Computer Engineering</li><li>Computer Science</li><li>Or a related technical discipline</li></ul><p><b>Experience</b></p><ul><li>6 years of hands-on experience supporting industrial control system applications in process industries, power plants, petrochemical, oil &amp; gas, or similar environments.</li><li>Strong experience with control system platforms such as:</li><li>Honeywell Experion</li><li>Siemens PCS 7</li><li>Siemens T3000 SPPA</li><li>Other DCS environments</li><li>Experience in installation, configuration, administration, and support of plant applications.</li></ul><p><br></p> </div><h2 class="h5">Skills</h2> <div data-jb-field="skills"><p><b>Technical Skills</b></p><ul><li>Industrial communication protocols:</li><li>OPC DA/UA</li><li>Modbus TCP/RTU</li><li>S7</li><li>Serial Communications</li><li>Active Directory and access management</li><li>Application backup and recovery</li><li>Cybersecurity and OT environment best practices</li><li>Troubleshooting and root cause analysis</li></ul><p><b>Preferred Qualifications</b></p><ul><li>Vendor certifications from Honeywell, Siemens, or equivalent control system providers.</li><li>Experience in critical industrial production environments.</li><li>Strong communication, analytical, and documentation skills.</li></ul><p><br></p></div>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>The Irrigation Engineer will be responsible for designing, implementing, and supervising irrigation systems within road and infrastructure projects. The role ensures efficient water management, sustainability, and compliance with engineering and environmental standards.</p><p>Your role</p><ul><li>Design and develop irrigation systems for landscaping, roadside greenery, and infrastructure projects.</li><li>Conduct site surveys and feasibility studies for irrigation requirements.</li><li>Prepare technical drawings, specifications, and cost estimates for irrigation works.</li><li>Select appropriate equipment, materials, and technologies for irrigation systems.</li><li>Supervise installation, testing, and commissioning of irrigation networks.</li><li>Monitor system performance and ensure efficient water usage.</li><li>Collaborate with civil engineers, environmental specialists, and contractors to integrate irrigation solutions into project plans.</li><li>Ensure compliance with safety, environmental, and quality standards.</li><li>Prepare reports, documentation, and maintenance guidelines for irrigation systems.</li><li>Provide technical support and resolve issues during project execution.</li></ul></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><p>Bachelor s/Master s degree in Agricultural Engineering, Civil Engineering, or Irrigation Engineering. Proven experience in irrigation design and implementation within road and infrastructure projects. Strong knowledge of hydraulics, water distribution systems, and irrigation technologies. Proficiency in AutoCAD, Civil 3D, and irrigation design software. Ability to interpret engineering drawings and specifications. Excellent analytical and problem-solving skills. Strong communication and teamwork abilities. Knowledge of sustainable water management practices. Attention to detail and commitment to efficiency and quality. Effective time management to handle multiple projects and deadlines.</p><p></p></section>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>We re looking for a Computer Vision Engineer to join a growing team building LiDAR-based perception systems real-world 3D sensing solutions that power physical products, not just demos. This is a hands-on role: you ll take vision and sensing systems from prototype to production, working closely with hardware and firmware teams to get sensors, calibration, and algorithms working together reliably in the field. What You ll Do Design, build, and deploy computer vision pipelines for real-time detection, tracking, or 3D reconstruction Work with camera and/or depth sensor data (RGB, depth cameras, LiDAR) calibration, synchronization, and data quality Optimize models and pipelines for edge deployment (latency, memory, compute constraints) Integrate vision systems with hardware/firmware teams to bring solutions from prototype to production Build and maintain inference services (e.g., containerized APIs) with clean CI/CD practices Debug field issues across the stack from sensor hardware quirks to model performance Document system architecture and processes clearly for cross-functional teams</p></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><p>Must-haves: 3 5 years of experience in computer vision or applied ML engineering Strong Python skills; comfortable with OpenCV and standard CV/ML libraries Experience with real-time or near-real-time processing pipelines Solid Linux systems knowledge comfortable working outside a pure notebook/dev environment Experience deploying models to production (Docker, APIs, cloud or edge) Strong problem-solving instincts when things break in the real world, not just in code</p><p></p></section>

<section><p class="heading jdMain">Job Description</p><p class="heading">Roles &amp; Responsibilities</p><div class="paragraph"><p>WSP in the Middle East is seeking an experienced Special Airport Systems (SAS) Active Engineer / Active Systems Manager to be based in Dammam. This role is responsible for the delivery, assurance, and performance of active airport technologies within SAS, including (but not limited to) surveillance systems, access control, networking, communications, and other operational airport systems. You will ensure compliance with aviation regulations, cybersecurity protocols, and defined performance requirements, while leading integration, testing, commissioning, and ensuring system-wide interoperability. The role works closely with passive infrastructure, ICT, and airport operations stakeholders to ensure seamless activation, readiness, and operational alignment.</p><p>Lead the end-to-end technical oversight of active SAS technologies (security, surveillance, access control, communications, networking, and operational systems) from design through delivery. Ensure all active systems comply with aviation regulations, client standards, and agreed performance, resilience, and availability requirements. Drive cybersecurity-by-design and compliance with relevant cybersecurity protocols across SAS active technologies, including secure architecture, configuration, and assurance. Plan and manage integration, ensuring interfaces across active systems, ICT platforms, and airport operational frameworks are clearly defined, tested, and validated. Oversee testing, commissioning, SAT/Integrated Testing planning and execution, including readiness reviews, defect management, and close-out governance. Ensure system-wide interoperability and coordinated activation across multiple vendors and stakeholders. Coordinate closely with the Passive Engineer scope (cabling, pathways, containment) to ensure end-to-end system performance and installation readiness. Support project leadership by monitoring progress, highlighting risks/issues early, and providing clear reporting and mitigation plans. Manage technical queries (RFIs), change impacts, and stakeholder alignment to protect programme milestones and operational outcomes. Ensure high-quality handover documentation, including test evidence, configuration baselines, as-builts, and operational readiness deliverables</p></div></section><section><p class="heading">Desired Candidate Profile</p><p class="paragraph"></p><p>15+ years of relevant experience delivering active airport systems / SAS / ICT / security systems in complex aviation or similarly critical environments. Strong understanding of active technologies such as surveillance, ACS, communications, networking, and operationally critical airport systems. Demonstrable experience leading systems integration, multi-vendor delivery, and large stakeholder environments (client, airport ops, ICT, contractors). Strong knowledge and hands-on exposure to testing, commissioning, integrated systems testing, and operational readiness. Solid understanding of cybersecurity principles applicable to airport systems and operational technology environments. Excellent stakeholder management skills and the ability to communicate clearly with technical and non-technical audiences.</p><p></p></section>

We are seeking a seasoned Resident Engineer to lead onsite delivery for the Tracks package within a major rail/metro program. Operating under a PMC scope and embedded alongside the client and contractors, you will oversee construction quality, safety, progress, interfaces, and compliance with contract and regulatory requirements.<br>The ideal candidate will come originally from a Track / Permanent Way background.<br>Missions/Main Duties Lead supervision of permanent way works: formation, subgrade/sub-ballast, ballast/ballastless track, sleepers, rail installation, turnouts, welding, stressing, grinding, fastening, drainage, and ancillary track works; coordinate civil interfaces to meet geometry and alignment. Drive HSE leadership on rail work sites Assure quality to IFC, standards, ITPs, and QMS; witness key tests (gauge/geometry, weld NDT, ballast gradation, stressing), approve/reject works, and close NCRs and punch lists. Control interfaces with stations/depot track slabs, structures, utilities crossings, and systems (signaling, OCS/third rail, telecoms, T&C) to ensure safe access, correct sequencing, and handback readiness. Review/approve track submittals: method statements, shop drawings, rail/weld/grinding procedures, turnout layouts, materials, and temporary works with design/client alignment. Administer site-level contract processes (e.g., FIDIC): manage correspondence, engineer’s instructions, and change control for track scope and access/design impacts. Validate progress and payments: measure track outputs (m/day, welds, turnouts, tamping cycles), verify quantities, and substantiate interim payment approvals. Support time/cost assessments and claims: provide inputs and time-impact analyses for possession changes, access conflicts, design revisions, and systems interfaces. Maintain as-built documentation: redlines, weld maps, stress/grinding logs, geometry surveys, and handback certificates; support commissioning interfaces and final completion. Lead and mentor inspection teams (track/materials): upskill in welding, stressing, gauging, geometry control, and drive continuous improvement in safety and quality.<br>Profile/Skills Bachelor’s degree in Civil Engineering or related discipline; Master’s degree is an advantage. Minimum 10 years of post-graduate experience in construction supervision for rail/metro or major transport/linear infrastructure, with substantial trackwork exposure. Mandatory experience in Saudi Arabia or the GCC, with strong familiarity with regional codes, authorities, and permitting processes. Demonstrated PMC/client-side supervision on large, multi-package programs. Strong knowledge of track systems (ballasted/ballastless), track geometry and tolerances, welding (aluminothermic/flash-butt), stressing, and handback criteria, plus associated civil works. Proven track record in HSE leadership, quality assurance, interface management, and schedule-driven delivery. Experience with FIDIC-based contracts and claims/change procedures. Knowledge of systems integration and construction-to-commissioning interfaces. Professional registration or certifications (PE/CEng, PMP, or equivalent) preferred. Familiarity with relevant standards (AREMA, EN, BS, local authority standards) and testing/acceptance criteria. Working knowledge of planning and reporting tools (Primavera P6 look-aheads, Power BI/Excel), and common data environments (Aconex/Asite). Decisive site leadership with excellent communication and stakeholder management. Rigorous attention to safety, quality, and compliance. Strong problem-solving, risk identification, and mitigation skills under schedule pressure. Clear, structured reporting and documentation discipline.

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <span>The Operations Engineer will be responsible for monitoring and controlling the operation of all facility systems and coordinating maintenance-related activities at the Primary Nursery Facility in NEOM.<br> The role will also oversee the delivery of support services, including Janitorial, Horticulture, Pest Control, Waste Management, and Office Services.<br> The Operations Engineer will ensure the safe, efficient, and reliable operation of electro-mechanical systems, monitor service provider performance, ensure compliance with operational KPIs, resolve customer complaints, and continuously identify opportunities to improve facility performance, energy efficiency, and end-user satisfaction.<br> Key Responsibilities Supervise and coordinate the daily operation of all MEP and electro-mechanical systems at the Primary Nursery Facility.<br> Monitor and control equipment including MCCs, pumps, VFDs, fans, instrumentation, emergency generators, AHUs, chillers, and related systems.<br> Plan operational activities, establish priorities, and coordinate maintenance and project-related works.<br> Conduct regular inspections and monitor system performance to ensure facility readiness, reliability, and compliance with operational requirements.<br> Analyze system performance, operating parameters, alarms, and set points, and implement corrective actions and improvement initiatives.<br> Respond promptly to emergencies, major faults, equipment failures, and operational interruptions.<br> Support Root Cause Analysis (RCA), incident investigations, commissioning activities, and the implementation of corrective actions.<br> Manage and monitor contractors and service providers delivering Janitorial, Horticulture, Pest Control, Waste Management, and Office Services.<br> Ensure customer satisfaction by resolving complaints, high-priority tickets, and recurring operational issues while monitoring service delivery against KPIs.<br> Bachelor’s degree in Electrical, Mechanical, Electro-Mechanical Engineering, or a related field.<br> 4–6 years of experience in Facility Management, Facility Operations, or a similar role.<br> Proven experience in the operation and monitoring of MEP and electro-mechanical systems.<br> Good knowledge of facility systems and equipment, including MCCs, pumps, VFDs, generators, AHUs, chillers, fans, and instrumentation.<br> Ability to read and interpret technical drawings and understand MEP commissioning procedures.<br> Experience in contractor management, service provider coordination, and KPI monitoring.<br> Strong knowledge of troubleshooting, problem-solving, Root Cause Analysis (RCA), and corrective action processes.<br> Good communication, leadership, coordination, analytical, and customer service skills.<br> Good command of written and spoken English, with the ability to work effectively under pressure and respond to operational emergencies.<br></span> </div><h2 data-automation-id="subHeaderPreferredCandidate" class="h5"> Preferred candidate </h2> <div class="row is-m v-align-top t-small bg-mute"> <div class="col is-3 p5" data-automation-id="label_Years_of_experience"> <b>Years of experience</b> </div> <div class="col is-9 p5" data-automation-id="data_Years_of_experience"> No experience required </div> </div> <div class="row is-m v-align-top t-small "> <div class="col is-3 p5" data-automation-id="label_Degree"> <b>Degree</b> </div> <div class="col is-9 p5" data-automation-id="data_Degree"> Bachelor's degree / higher diploma </div> </div>