وظائف هندسة النظم - الاحساء السعودية

Position: Presales Engineer Low Current / ELV ???? Brief Job Description: The Pre-Sales Engineer is responsible for providing comprehensive technical and commercial pre-sales support to Projects Links Company’s Business Development and Sales functions. The position will lead the technical evaluation, solution development, design, costing, and proposal preparation for projects covering the Company’s core business areas, including *Telecommunication, ICT, ELV, Security & Safety Systems, OSP & Civil Infrastructure, Fiber Optic Networks, and Smart Infrastructure Solutions* ???? PRIMARY DUTIES AND RESPONSIBILITIES * Work closely with the Business Development and Sales teams to identify customer requirements, project opportunities, and technical solutions.* Review and analyze *RFQs, RFPs, ITTs, tenders, specifications, BOQs, drawings, and technical documents*.* Develop technical solutions that comply with customer requirements, project specifications, applicable standards, and approved vendor requirements.* Participate in customer meetings, technical discussions, clarification meetings, site visits, workshops, and presentations.* Provide technical support during negotiations and clarification stages.* Identify opportunities for value engineering, alternative solutions, and cost optimization without compromising technical compliance or quality.* Support the preparation of technical and commercial proposals in coordination with the relevant departments.* Support the preparation of project cost estimates and technical pricing.* Prepare detailed *technical proposals, compliance statements, methodologies, technical write-ups, system descriptions, and solution narratives*.* Develop and review *Bill of Quantities (BOQ), Material Take-Off (MTO), equipment schedules, technical datasheets, and system architecture*.* Prepare technical calculations, equipment sizing, link budgets, fiber requirements, network architecture, and other engineering calculations as applicable.* Prepare technical compliance matrices against customer specifications.* Review project drawings, single-line diagrams, layouts, network diagrams, and system architecture.* Identify technical deviations, exclusions, assumptions, and clarifications before proposal submission.* Coordinate with suppliers and manufacturers to obtain technical documentation, quotations, compliance statements, and solution recommendations.* Ensure that proposed products and systems comply with customer-approved manufacturer/vendor lists where applicable. <br> ???? KEY BEHAVIOR & COMPETENCIES * *Technical Leadership:* Demonstrates strong technical knowledge and takes ownership of solution development.* *Commercial Awareness:* Understands project costing, margins, commercial risks, and competitive positioning.* *Customer Focus:* Understands customer requirements and develops practical, value-driven solutions.* *Problem Solving:* Ability to analyze complex technical requirements and develop effective solutions.* *Communication:* Excellent written and verbal communication skills with the ability to present technical information clearly.* *Collaboration:* Ability to work effectively with Business Development, Sales, Engineering, Procurement, Project Management, Finance, vendors, and customers.* *Attention to Detail:* Strong ability to identify technical gaps, deviations, exclusions, and inconsistencies in tender documents.* *Time Management:* Ability to manage multiple RFQs/RFPs and meet strict tender deadlines.* *Negotiation:* Capable of supporting technical and commercial negotiations with customers and suppliers.* *Continuous Learning:* Maintains awareness of new technologies, products, standards, and industry developments. ???? Work Experience * Minimum *7 years of relevant experience* in Pre-Sales Engineering, Sales Engineering, Solutions Engineering, or Technical Business Development.* Strong experience in *Telecommunication, ICT, ELV, Security & Safety Systems, Fiber Optic/OSP Infrastructure.* Demonstrated experience in reviewing RFQs/RFPs, preparing technical proposals, BOQs, compliance matrices, and technical submissions.* Experience in Saudi Arabia is highly preferred.* Experience working with EPC contractors, consultants, telecom operators, infrastructure companies, government entities, or major industrial clients is an advantage.* Experience in multidisciplinary projects involving civil, fiber optic, ICT, ELV, security, safety, and communication systems is highly desirable.<br>Preferable to be certified By ASIS as APP and PSP ???? Work Location: Dammam, Saudi Arabia ???? Apply now by sending your updated CV To : abdulrahman.alatrash@projectslinks.com

<p><strong>Overall Purpose of the Role</strong></p><p>The Consultant will be responsible for designing and preparing proposals that meet cybersecurity requirements and standards for clients at Public and Industrial sectors. Yet, the majority of the work will be on Operational Technology (OT) Security Implementation for Industrial clients. This position requires a strong understanding of both IT and OT systems, as well as expertise in cybersecurity practices specific to operational technology to deal with Oil/Gas &amp; Energy/Utilities Sectors client.</p><p><br></p><p><strong><u>Key Skills</u> </strong></p><ul><li>Extensive expertise in the field of cybersecurity, specifically focused on OT security or industrial control systems (ICS) security.</li><li>Proficient in project management practices and methodologies, ensuring efficient project execution and delivery.</li><li>Comprehensive knowledge and understanding of OT/ICS systems, encompassing SCADA, PLCs, DCS, HMIs, and various other industrial control devices.</li><li>Preparation of a compliance list in case of any deviation required from the standard practices followed.</li><li>Leading the design of Overall Architecture and implementation of secure OT network architectures. Ensure segmentation between IT and OT networks.</li><li>Preparation of System Architecture, Logical Architecture, Preparation of Bill of Material with the latest available Hardware, software Functional Design Specification, Detail design specification, Factory Acceptance test Procedure, Site Acceptance test Procedure, Method Statement for Integration and Modification</li><li>Profound familiarity with essential cybersecurity standards and frameworks, including ISA/IEC 62443, NIST SP 800-82, NERC CIP, and IEC 61511.</li><li>Proven track record of implementing OT IDS/IPS controls &amp; Rugged OT Firewall of Fortinet, Palo Alto, Dragos &amp; Nozomi</li><li>Exceptional communication and interpersonal abilities, enabling seamless collaboration with diverse cross-functional teams and stakeholders.</li><li>Sound understanding of software and hardware technologies commonly employed in ICS, such as operating systems, databases, and programming languages.</li><li>Solid knowledge of cutting-edge security tools and techniques utilized in both OT and IT environments, including and Network Intrusion Detection Systems (IDS) like Nozomi, Dragos, Tenable, etc.</li><li>Configuration Knowledge on L2 and L3 Switches Hardening of Switches Troubleshooting capacity on multiple security solutions. Deep level Knowledge of ACL’s</li></ul><p><br></p><ul><li>Implement and manage strict access controls for the DCS environment. This includes user authentication, role-based access, and secure remote access methodologies. Product Knowledge and Certification added advantage Hirshman</li><li>CISCO</li><li>Other Industrial Switches Designing and Implementation of the network with the layer concepts</li><li>Network switch configuration Designing the network and positioning the components based on the functionality.</li><li>Routing Switch</li><li>Windows Security Update system (WSUS)</li><li>Configuration of What's Up Gold Creating an Architecture diagram</li><li>Configuring NMS system installation to commissioning</li><li>Creating Dashboard</li><li>Antivirus</li><li>MacAfee AV Epo Whitelisting</li><li>Desktop-Hardening System</li><li>Antivirus Protection Whitelisting Denial of Installing new Exe and Related files Integrity control Change Control Application Control Data loss prevention.</li><li>Hands-on experience in Design the VM HA cluster Hands-on experience in Design VM Architecture Product Knowledge</li><li>Creating the policies and Maintaining Designing the Backup system Expert-level Product knowledge on :</li><li>Veritas Net Backup</li><li>Acronis</li><li>Veeam Backup &amp; Replication</li></ul><p><br></p><ul><li>Risk Assessment: Conduct and oversee regular risk assessments of the OT environment, identifying vulnerabilities and potential threats.</li><li>Network Segmentation: Ensure that the DCS is adequately segmented from other networks, minimizing the risk of potential intrusions from external and internal sources.</li><li>Work closely with customer OT cybersecurity teams to ensure consistent security practices across IT and OT landscapes.</li><li>Recommend security enhancements and purchases that will support the defense of the OT environments for the benefit of the client.</li><li>Provide training and guidance to OT engineers on security best practices.</li></ul><p>Patch Management</p><p><br></p><p><strong><u>Education and Qualifications</u></strong></p><ul><li>At least 8-10 years of hands-on experience in Cybersecurity operations.</li><li>Advanced knowledge of risk assessment frameworks implementation and delivery.</li><li>A bachelor’s degree with multiple related Professional Certifications (ISA/IEC 62443, CISM, CCSP etc.,)</li><li>Required Technical Certifications in Dragos, Nozomi, Fortinet NSE4 &amp; above/ Palo Alto PNSE or multiple relevant.</li><li>In-depth understanding of industry security frameworks in ICS controls of OT Technologies.</li><li>Strong understanding of industrial control systems (ICS) and operational technology (OT) environments, including knowledge of various protocols, architectures, and components used in critical infrastructure sectors.</li><li>Knowledge of relevant industry standards and frameworks, such as NCA, NIST Cybersecurity Framework, IEC 62443, and ISA/IEC 62451, and the ability to align security initiatives with these frameworks.</li><li>Strong experience of implementing OT security control services.</li><li>Strong customer relationship management skills.</li></ul><p><strong><u>Certification </u></strong></p><ul><li><strong>IEC 62443 Expert </strong></li></ul><p><strong><u>Job Scope </u></strong></p><p>• Eastern Region</p><p><strong><u>Customers </u></strong></p><p>Internal/External customers</p><p><strong><u>Travel </u></strong></p><p>Yes</p><p><strong><u>Languages </u></strong></p><p>• English, Arabic is plus.</p>

Job description:<br><br> ANDRITZ has an immediate opportunity for a skilled Instrumentation and Control Systems Engineer to support the design, specification, implementation, commissioning, and troubleshooting of industrial instrumentation and control systems. In this role, you will work collaboratively with multidisciplinary project teams to design and implement robust, reliable, and maintainable instrumentation and control systems for complex industrial applications. You will play a key role in instrumentation engineering, PLC/DCS programming and integration, supporting procurement and vendor activities, and providing commissioning and start-up support, while ensuring alignment with technical standards, safety requirements, and customer expectations. This position is ideal for an engineer who combines strong system-level expertise with hands-on experience and thrives in dynamic project environments. What You Will Be Doing Here’s an overview of your responsibilities and how you can leverage your expertise: Perform site assessments and evaluate existing instrumentation and control systems to define scope, risks, and technical approach Specify and select field instrumentation including flow, pressure, temperature, level, density, and analytical measurement devices. Develop control system designs, including system architecture, control philosophies, and functional specifications (PLC/DCS/SCADA) Design, configure, and support PLC, DCS, and HMI/SCADA systems, including control logic, interlocks, and alarm management strategies Prepare and maintain engineering deliverables such as instrument datasheets, material requisitions, control narratives, I/O lists, control system architecture diagrams, and functional design specifications Coordinate control system integration, including I/O assignments, communications, and interfaces with third-party systems Support procurement activities by reviewing vendor packages, technical submittals, and FAT documentation Collaborate with process, electrical, mechanical, and construction teams to ensure alignment between control strategies and system design Provide field support during construction, commissioning, and start-up, including instrument calibration, system checkout, loop verification, troubleshooting, and performance validation Develop and execute commissioning and acceptance documentation, including FAT/SAT procedures and system turnover documentation Ensure control systems are implemented and commissioned in accordance with project requirements, standards, and best practices Troubleshoot field instrumentation issues and recommend corrective actions. Adhere to company safety standards, including the ANDRITZ Life-Saving Rules, and promote a strong safety culture Demonstrate and reinforce #1ANDRITZway core values and behaviors in all aspects of work What We’re Looking For Bachelor’s degree in Instrumentation, Electrical, Automation, or Controls Engineering (or related discipline) Minimum of five (5) years’ experience in instrumentation and control systems engineering within industrial environments Strong experience with PLC, DCS, and/or SCADA systems, including configuration, programming, and system integration Experience specifying and developing instrumentation and control system deliverables such as data sheets, functional design specifications, control narratives, and I/O lists Proven experience supporting installation, commissioning and start-up of instrumentation and control systems. Solid understanding of industrial control system architecture, communications, and interfaces Experience with instrument calibration and troubleshooting Excellent interpersonal, verbal, and written communication skills Ability to work independently and collaboratively within project teams Willingness to travel domestically and internationally to support site activities Fluency in English is required; Arabic language skills are a strong asset Nice to Have Experience in mining, mineral processing, or other heavy industrial environments Hands-on experience with major control platforms (e.g., Yokogawa, Siemens, Rockwell/Allen-Bradley, ABB, Emerson, Honeywell) Experience participating in FAT/SAT and commissioning of instrumentation and control systems Understanding of industrial networks and communication protocols (e.g., OPC, Modbus, Ethernet/IP, Profibus) Knowledge of functional safety concepts (e.g., SIL / IEC 61511) Exposure to advanced control strategies or optimization systems is an asset

Company Description Asrar Architecture & Engineering Consultants Group is a forward-thinking consultancy dedicated to delivering innovative, sustainable, and high-quality design and supervision services. The firm provides comprehensive architectural and engineering solutions that address the evolving needs of the construction and infrastructure sectors. With a strong emphasis on client satisfaction, technical rigor, and timely project delivery, Asrar focuses on creating long-term value in every engagement. Its multidisciplinary team of experienced professionals combines creativity, precision, and a deep understanding of industry standards and best practices to deliver reliable outcomes.<br>Role Description The Senior Mechanical Design Engineer is a full-time, on-site role based in Al Khobar, responsible for leading mechanical design activities for building and infrastructure projects. Day-to-day responsibilities include developing mechanical systems designs, preparing detailed engineering drawings and specifications, and reviewing designs for compliance with codes, standards, and project requirements. The role involves coordinating with architectural, structural, and MEP teams, performing design calculations, and validating system performance through simulations or analytical methods. The Senior Mechanical Design Engineer will also support project planning, oversee junior engineers and designers, participate in client meetings, and provide technical guidance throughout design and construction phases.<br>Qualifications<br> Strong mechanical engineering foundation, including Mechanical Engineering and Design Engineering skills. Expertise in Machine Design and Product Design for building services and related mechanical systems. Proficiency in Computer-Aided Design (CAD) tools for 2D and 3D modeling, detailing, and documentation. Experience leading mechanical design projects, including coordination with multidisciplinary teams and stakeholders. Solid understanding of relevant codes, standards, and best practices in building services and infrastructure projects. Bachelor’s degree or higher in Mechanical Engineering or a closely related discipline. Several years of experience in mechanical design engineering, preferably within architectural or engineering consultancy environments. Strong analytical, problem-solving, and documentation skills, with attention to accuracy and safety. Effective communication skills and the ability to mentor and guide junior team members.

<p>We are seeking a Generative AI Engineer to join our technology team and design, develop, and deploy AI-powered solutions using Large Language Models (LLMs), generative AI frameworks, and modern machine learning technologies.</p><p>The role is responsible for designing and building AI agents and multi-agent systems that can reason, plan, collaborate, and execute complex tasks across business and technical workflows. This includes agent orchestration, communication and coordination between specialized agents, enterprise system and external tool integration, memory and context management, and reliable agentic workflows using LLMs, RAG, APIs, document processing, prompt engineering, vector databases, embeddings, machine learning principles, and automation frameworks.</p><p><br></p><p><strong>Key Accountabilities</strong></p><ol><li><strong>Agentic AI &amp; Multi-Agent Architecture</strong> Design autonomous AI agents with defined roles, goals, and responsibilities. Build multi-agent collaboration, delegation, and coordination workflows. Implement planning, reasoning, and task execution across complex processes. JD - Generative AI Engineer</li><li><strong>Large Language Models &amp; Generative AI</strong> Integrate and optimize LLMs for enterprise and business use cases. Develop effective prompt engineering and structured output techniques. Implement function calling, tool usage, and model-driven workflows.</li><li><strong>RAG, Memory &amp; Context Engineering</strong> Build Retrieval-Augmented Generation pipelines using enterprise data. Implement short-term and long-term memory for AI agents. Optimize embeddings, vector search, and context management strategies.</li><li><strong>Agent Tools, APIs &amp; System Integration</strong> Connect AI agents with internal systems, databases, and external APIs. Develop tools that enable agents to perform business and technical actions. Integrate agents with enterprise platforms and automation workflows.</li><li><strong>AI Frameworks &amp; Orchestration</strong> Develop agent workflows using frameworks such as LangGraph, Semantic Kernel, and Microsoft Agent Framework. Manage multi-step agent execution and orchestration logic. Design reusable and modular agent components and workflows.</li><li><strong>Software Engineering &amp; Backend Development</strong> Develop production-grade AI services using Python and modern backend technologies. Build scalable APIs, microservices, and asynchronous processing workflows. Apply testing, version control, containerization, and software engineering best practices.</li><li><strong>AI Evaluation, Observability &amp; Reliability</strong> Evaluate agent accuracy, reasoning quality, and task completion performance. Implement logging, tracing, monitoring, and debugging for agent workflows. Apply guardrails, fallback mechanisms, and hallucination-reduction techniques.</li><li><strong>Cloud AI, Security &amp; Production Deployment</strong> Deploy and operate AI solutions on cloud platforms and managed AI services. Apply security, access control, privacy, and responsible AI practices. Optimize scalability, latency, resource utilization, and AI infrastructure costs.</li></ol><p><br></p><p><strong>Competencies</strong></p><p><strong>Core</strong>: ▸ <strong>Agentic AI Design</strong> — Ability to design and develop autonomous AI agents capable of reasoning, planning, decision-making, and executing complex tasks ▸ <strong>Multi-Agent Collaboration</strong> — Strong understanding of multi-agent architectures, including agent roles, coordination, delegation, communication, and orchestration between specialized agents ▸ <strong>Problem Solving</strong> — Strong analytical and troubleshooting skills for complex AI, integration, and workflow-related challenges ▸ <strong>LLM &amp; Prompt Engineering</strong> — Ability to work effectively with Large Language Models, prompt engineering, structured outputs, tool calling, and model-driven workflows ▸ <strong>System Integration</strong> — Ability to integrate AI agents with APIs, databases, enterprise applications, external tools, and business workflows ▸ <strong>Adaptability &amp; Continuous Learning</strong> — Ability to quickly learn and adapt to evolving AI models, agent frameworks, tools, technologies, and industry practices ▸ <strong>Teamwork &amp; Collaboration</strong> — Ability to work with software engineers, data teams, product teams, and business stakeholders ▸ <strong>Attention to Detail</strong> — Strong focus on AI output quality, agent behaviour, reliability, security, performance, and accuracy.</p><p><strong>Soft</strong>: ▸ Excellent communication skills ▸ Excellent teamwork skills ▸ Excellent email writing and etiquette skills.</p><p><br></p><p><strong>Job Specifications</strong></p><p><strong>Industry</strong>: Information Technology</p><p><strong>Experience</strong>:</p><p>▸ 1+ years of experience building, optimizing, and deploying production-ready applications powered by Large Language Models (LLMs).</p><p><br></p><p><strong>Education</strong>:</p><p>▸ Bachelor's degree in Computer Science.</p><p><br></p><p><strong>Languages</strong>:</p><p>▸ English — Advanced proficiency</p><p>▸ Arabic — Preferred.</p>

<p>Assystem is an international company with one mission: accelerate the energy transition around the world.<br><br><br><br>Every day, our 6,500 switchers located in 12 countries (Europe, Middle East, Pacific Asia &amp; Africa) connect their six thousand billion neurons to tackle the task of the century: switching to low-carbon energy.<br><br><br><br>We are a collective committed to the actors who are making the energy switch. Sharing our knowledge, expertise and values allows us to innovate and think differently about the energy transition.<br><br><br><br>Drawing on more than 55 years' experience in highly regulated sectors subject to strict security and safety requirements, we provide our customers with engineering and project management services, as well as digital services and solutions to optimize the performance of complex infrastructure projects throughout their life cycle. The Group is currently ranked second in the world for nuclear engineering.<br><br><br><br>To ensure a viable, efficient, and reliable energy future for all<br><br><br><br></p><strong>Job Description<br><br></strong><p><strong>1. Architectural Discipline Leadership<br><br></strong></p><ul><li>Lead the architectural team across assigned projects.</li><li>Allocate architectural activities to architects, senior architects, and architectural designers based on project priorities, workload, and competence.</li><li>Provide technical direction, mentoring, and support to architectural team members.</li><li>Review workload and resource requirements and report requirements to management.</li><li>Monitor design productivity, deliverable progress, and project milestones.</li><li>Ensure consistent design standards, architectural principles, and engineering practices are implemented across projects.</li><li>Support recruitment, technical interviews, and assessment of architectural candidates when required.</li><li>Support professional development and competency improvement within the architectural team.</li><li>Establish and maintain high standards of architectural design quality and documentation.</li></ul><p><strong>2. Architectural Design Management<br><br></strong></p><p>Lead and oversee the development of architectural designs for buildings, infrastructure, and master planning projects, including as applicable:<br><br></p><ul><li>Concept and feasibility studies.</li><li>Master planning and site planning.</li><li>Architectural programming.</li><li>Space planning and functional planning.</li><li>Schematic design.</li><li>Design development.</li><li>Detailed architectural design.</li><li>Interior architectural coordination.</li><li>Building envelope and façade design.</li><li>External works and hardscape coordination.</li><li>Public realm and landscape coordination.</li><li>Vertical transportation coordination.</li><li>Accessibility and universal design.</li><li>Life-safety and egress planning.</li><li>Fire and life-safety coordination.</li><li>Building entrances and circulation.</li><li>Core planning and vertical circulation.</li><li>Typical floor planning.</li><li>Roof and plant-room planning.</li><li>Material and finish selection.</li><li>Façade systems and architectural details.</li><li>Sustainable and energy-efficient design solutions.</li><li>Heritage and contextual design considerations where applicable.</li><li>Temporary and permanent works interfaces where applicable.</li></ul><p><strong>3. Architectural Design Development<br><br></strong></p><p>Ensure appropriate development and technical review of:<br><br></p><ul><li>Architectural plans.</li><li>Floor plans.</li><li>Site plans.</li><li>Roof plans.</li><li>Elevations.</li><li>Sections.</li><li>Reflected ceiling plans.</li><li>Enlarged plans and details.</li><li>Façade drawings.</li><li>Architectural details.</li><li>Door and window schedules.</li><li>Finishes schedules.</li><li>Room data sheets.</li><li>Area schedules.</li><li>Space planning documents.</li><li>Material schedules.</li><li>FF&amp;E coordination where applicable.</li><li>Accessibility layouts.</li><li>Life-safety plans.</li><li>Egress and evacuation plans.</li><li>Design presentations and visualization materials.</li><li>Architectural specifications.</li><li>Bills of Quantities.</li><li>Tender documentation.</li><li>Authority submission packages.</li></ul><p>Ensure all architectural documentation is coordinated, technically accurate, and suitable for the relevant project stage.<br><br></p><p><strong>4. Design Deliverables<br><br></strong></p><p>Lead preparation and review of:<br><br></p><ul><li>Design Basis Reports.</li><li>Architectural design criteria.</li><li>Concept design packages.</li><li>Schematic design packages.</li><li>Detailed design packages.</li><li>Design development packages.</li><li>Architectural specifications.</li><li>Material and finish specifications.</li><li>Architectural drawings.</li><li>Plans, sections, and elevations.</li><li>Façade and envelope drawings.</li><li>Door and window schedules.</li><li>Room data sheets.</li><li>Area schedules.</li><li>Finish schedules.</li><li>Architectural details.</li><li>Tender documentation.</li><li>Bills of Quantities.</li><li>Technical reports.</li><li>Authority submission packages.</li><li>Presentation and client approval documents.</li></ul><p><strong>5. Saudi Regulatory and Authority Compliance<br><br></strong></p><p>Ensure architectural designs comply with applicable requirements including:<br><br></p><ul><li>Saudi Building Code and applicable architectural requirements.</li><li>Saudi Civil Defense requirements.</li><li>Accessibility requirements and applicable regulations.</li><li>Municipality and local authority requirements.</li><li>Royal Commission requirements where applicable.</li><li>Project-specific authority requirements.</li><li>Planning and zoning requirements where applicable.</li><li>Saudi regulations governing building occupancy, fire safety, accessibility, and means of egress.</li><li>Applicable SASO requirements relating to architectural materials and building products.</li></ul><p>International standards and guidelines shall be applied where applicable and where consistent with project and Saudi requirements, including relevant:<br><br></p><ul><li>IBC.</li><li>NFPA.</li><li>ICC standards.</li><li>ISO standards.</li><li>BS / BS EN standards.</li><li>ASTM standards.</li><li>Relevant international accessibility and architectural standards.</li></ul><p>The Sr. Leading Architect shall identify any conflicts between standards and ensure that the governing project requirement is clearly established.<br><br></p><p><strong>6. Authority and Municipality Coordination<br><br></strong></p><ul><li>Lead technical coordination with relevant Saudi authorities and municipalities.</li><li>Coordinate architectural submissions and approval requirements.</li><li>Prepare and review authority submission packages.</li><li>Respond to authority technical comments.</li><li>Attend technical meetings with authorities and stakeholders.</li><li>Monitor architectural approval status.</li><li>Coordinate revisions required to achieve timely approvals.</li><li>Ensure authority requirements are incorporated into the design and project documentation.</li></ul><p><strong>7. Multidisciplinary Coordination<br><br></strong></p><p>Coordinate architectural requirements with:<br><br></p><ul><li>Structural Engineering.</li><li>Civil Engineering.</li><li>Electrical Engineering.</li><li>Mechanical Engineering.</li><li>HVAC.</li><li>Public Health / Plumbing.</li><li>Fire &amp; Life Safety.</li><li>Telecom and ICT.</li><li>Security.</li><li>Infrastructure.</li><li>Utilities.</li><li>Landscape.</li><li>Interior Design.</li><li>Sustainability.</li><li>BIM.</li><li>Specialist consultants.</li><li>Process engineering where applicable.</li></ul><p>The Sr. Leading Architect shall ensure:<br><br></p><ul><li>Building layouts are coordinated with structural systems.</li><li>MEP requirements are properly integrated within architectural spaces.</li><li>Plant rooms and technical spaces are appropriately sized and located.</li><li>Equipment access and maintenance requirements are considered.</li><li>Shafts, risers, ceiling voids, and service zones are properly coordinated.</li><li>Required penetrations and openings are coordinated.</li><li>Accessibility requirements are incorporated.</li><li>Fire and life-safety requirements are integrated.</li><li>Vertical and horizontal circulation is properly coordinated.</li><li>Architectural interfaces with infrastructure and external works are resolved.</li></ul><p><strong>8. BIM and Digital Design Coordination<br><br></strong></p><ul><li>Lead implementation of BIM requirements within the architectural discipline.</li><li>Coordinate with BIM Managers and BIM Coordinators.</li><li>Ensure architectural models comply with project LOD/LOI requirements.</li><li>Participate in multidisciplinary clash-detection reviews.</li><li>Review model-based design issues affecting architectural systems.</li><li>Ensure alignment between BIM models, drawings, specifications, schedules, and design information.</li><li>Promote effective use of BIM and digital design tools throughout the project lifecycle.</li><li>Ensure architectural information is developed in accordance with the project BIM Execution Plan.</li></ul><p><strong>9. Technical Assurance and Quality<br><br></strong></p><ul><li>Perform technical reviews of architectural designs.</li><li>Ensure designs undergo appropriate checking and approval before issue.</li><li>Conduct interdisciplinary design reviews.</li><li>Participate in technical assurance and project gateway reviews.</li><li>Identify architectural design risks and ensure they are mitigated.</li><li>Ensure technical comments are properly addressed before final submission.</li><li>Review design compliance with project requirements and applicable codes.</li><li>Promote lessons learned and standardization across projects.</li><li>Maintain compliance with Assystem's Quality Management System.</li><li>Ensure consistency and quality across all architectural deliverables.</li></ul><p><strong>10. Client and Stakeholder Interface<br><br></strong></p><ul><li>Represent the architectural discipline during Client meetings.</li><li>Present architectural design concepts, solutions, and recommendations.</li><li>Respond to Client technical and design comments.</li><li>Coordinate with Client technical and design teams.</li><li>Attend authority and stakeholder meetings.</li><li>Support the Project Manager in resolving architectural and design-related stakeholder issues.</li><li>Provide clear architectural recommendations where multiple solutions are available.</li><li>Manage architectural design presentations and approval workshops.</li><li>Maintain effective communication with Clients and project stakeholders.</li></ul><p><strong>11. Tender and Construction Support<br><br></strong></p><p>When included within project scope:<br><br></p><ul><li>Respond to bidder technical queries.</li><li>Review architectural technical submissions.</li><li>Assist with tender technical evaluations.</li><li>Review contractor design proposals.</li><li>Review material and finish submissions.</li><li>Review shop drawings.</li><li>Respond to RFIs.</li><li>Support technical resolution of site issues.</li><li>Participate in design-change reviews.</li><li>Review proposed substitutions and value-engineering proposals.</li><li>Review mock-ups and material samples where applicable.</li><li>Participate in site inspections when required.</li><li>Support testing, commissioning, and project handover activities where applicable.</li><li>Review architectural snagging and close-out requirements.</li></ul><p><strong>12. Value Engineering, Sustainability and Innovation<br><br></strong></p><ul><li>Identify opportunities to optimize architectural design solutions.</li><li>Evaluate alternative design solutions considering CAPEX, OPEX, functionality, constructability, durability, and maintainability.</li><li>Promote sustainable and energy-efficient architectural solutions.</li><li>Support low-carbon and sustainability objectives.</li><li>Optimize building layouts and space utilization.</li><li>Evaluate materials based on performance, durability, availability, cost, and sustainability.</li><li>Encourage appropriate use of digital design and visualization tools.</li><li>Support standardization of architectural solutions across projects.</li><li>Promote innovative architectural approaches while maintaining technical and commercial feasibility.<br><br></li></ul><strong>Qualifications<br><br></strong><p><strong>Essential<br><br></strong></p><ul><li>Bachelor's degree in Architecture from a recognized university.</li><li>12–15 years of relevant architectural design experience.</li><li>Strong experience in building and infrastructure architectural design.</li><li>Demonstrable experience leading architectural teams.</li><li>Significant experience with multidisciplinary engineering consultancy or design organizations.</li><li>Strong experience in concept, schematic, detailed design, tender documentation, and construction support.</li><li>Experience with large-scale and complex projects.</li><li>Experience with Saudi Arabian projects is strongly preferred.</li></ul><p><strong>Professional Registration<br><br></strong></p><ul><li>Valid or eligible professional registration with the Saudi Council of Engineers.</li><li>Professional Architect, Chartered Architect, or equivalent international professional registration is advantageous.<br><br></li></ul><strong>Additional Information<br><br></strong><p><strong>Software and Digital Skills<br><br></strong></p><p>Working knowledge of relevant tools such as:<br><br></p><ul><li>AutoCAD</li><li>Revit</li><li>Navisworks</li><li>Microsoft Visio</li><li>BIM collaboration platforms</li><li>Network planning/design tools</li><li>Wi-Fi survey/design software where applicable</li><li>CCTV design tools where applicable</li><li>Microsoft Office</li></ul><p><strong>Required Competencies<br><br></strong></p><p>The candidate shall demonstrate:<br><br></p><ul><li>Strong telecommunications engineering knowledge.</li><li>Strong ICT and ELV design capability.</li><li>Knowledge of both building and infrastructure telecom systems.</li><li>Team leadership.</li><li>Technical problem solving.</li><li>Design coordination.</li><li>Technical checking and review.</li><li>Client-facing communication.</li><li>Service-provider coordination.</li><li>Authority coordination.</li><li>Planning and organization.</li><li>Quality awareness.</li><li>Risk awareness.</li><li>Ability to manage several design packages simultaneously.</li></ul><p>Ability to work effectively within multidisciplinary and multicultural teams.<br><br></p><p>We are committed to equal treatment of candidates and promote, as well as foster all forms of diversity within our company. We believe that bringing together people with different backgrounds and perspectives is essential for creating innovative and impactful solutions. Skills, talent, and our people’s ability to dare are the only things that matter !. Bring your unique contributions and help us shape the future.<br><br></p>

Assystem is an international company with one mission: accelerate the energy transition around the world.<br><br>Every day, our 6,500 switchers located in 12 countries (Europe, Middle East, Pacific Asia &amp; Africa) connect their six thousand billion neurons to tackle the task of the century: switching to low-carbon energy.<br><br>We are a collective committed to the actors who are making the energy switch. Sharing our knowledge, expertise and values allows us to innovate and think differently about the energy transition.<br><br>Drawing on more than 55 years' experience in highly regulated sectors subject to strict security and safety requirements, we provide our customers with engineering and project management services, as well as digital services and solutions to optimize the performance of complex infrastructure projects throughout their life cycle. The Group is currently ranked second in the world for nuclear engineering.<br><br>To ensure a viable, efficient, and reliable energy future for all<br><br><strong>Job Description<br><br></strong><ul><li> Architectural Discipline Leadership</li><li>Lead the architectural team across assigned projects. </li><li>Allocate architectural activities to architects, senior architects, and architectural designers based on project priorities, workload, and competence. </li><li>Provide technical direction, mentoring, and support to architectural team members. </li><li>Review workload and resource requirements and report requirements to management. </li><li>Monitor design productivity, deliverable progress, and project milestones. </li><li>Ensure consistent design standards, architectural principles, and engineering practices are implemented across projects. </li><li>Support recruitment, technical interviews, and assessment of architectural candidates when required. </li><li>Support professional development and competency improvement within the architectural team. </li><li>Establish and maintain high standards of architectural design quality and documentation. </li><li> Architectural Design Management<br><br></li></ul>Lead and oversee the development of architectural designs for buildings, infrastructure, and master planning projects, including as applicable:<br><br><ul><li>Concept and feasibility studies. </li><li>Master planning and site planning. </li><li>Architectural programming. </li><li>Space planning and functional planning. </li><li>Schematic design. </li><li>Design development. </li><li>Detailed architectural design. </li><li>Interior architectural coordination. </li><li>Building envelope and façade design. </li><li>External works and hardscape coordination. </li><li>Public realm and landscape coordination. </li><li>Vertical transportation coordination. </li><li>Accessibility and universal design. </li><li>Life-safety and egress planning. </li><li>Fire and life-safety coordination. </li><li>Building entrances and circulation. </li><li>Core planning and vertical circulation. </li><li>Typical floor planning. </li><li>Roof and plant-room planning. </li><li>Material and finish selection. </li><li>Façade systems and architectural details. </li><li>Sustainable and energy-efficient design solutions. </li><li>Heritage and contextual design considerations where applicable. </li><li>Temporary and permanent works interfaces where applicable. </li><li> Architectural Design Development<br><br></li></ul>Ensure appropriate development and technical review of:<br><br><ul><li>Architectural plans. </li><li>Floor plans. </li><li>Site plans. </li><li>Roof plans. </li><li>Elevations. </li><li>Sections. </li><li>Reflected ceiling plans. </li><li>Enlarged plans and details. </li><li>Façade drawings. </li><li>Architectural details. </li><li>Door and window schedules. </li><li>Finishes schedules. </li><li>Room data sheets. </li><li>Area schedules. </li><li>Space planning documents. </li><li>Material schedules. </li><li>FF&amp;E coordination where applicable. </li><li>Accessibility layouts. </li><li>Life-safety plans. </li><li>Egress and evacuation plans. </li><li>Design presentations and visualization materials. </li><li>Architectural specifications. </li><li>Bills of Quantities. </li><li>Tender documentation. </li><li>Authority submission packages. <br><br></li></ul>Ensure all architectural documentation is coordinated, technically accurate, and suitable for the relevant project stage.<br><br><ul><li> Design Deliverables<br><br></li></ul>Lead preparation and review of:<br><br><ul><li>Design Basis Reports. </li><li>Architectural design criteria. </li><li>Concept design packages. </li><li>Schematic design packages. </li><li>Detailed design packages. </li><li>Design development packages. </li><li>Architectural specifications. </li><li>Material and finish specifications. </li><li>Architectural drawings. </li><li>Plans, sections, and elevations. </li><li>Façade and envelope drawings. </li><li>Door and window schedules. </li><li>Room data sheets. </li><li>Area schedules. </li><li>Finish schedules. </li><li>Architectural details. </li><li>Tender documentation. </li><li>Bills of Quantities. </li><li>Technical reports. </li><li>Authority submission packages. </li><li>Presentation and client approval documents. </li><li> Saudi Regulatory and Authority Compliance<br><br></li></ul>Ensure architectural designs comply with applicable requirements including:<br><br><ul><li>Saudi Building Code and applicable architectural requirements. </li><li>Saudi Civil Defense requirements. </li><li>Accessibility requirements and applicable regulations. </li><li>Municipality and local authority requirements. </li><li>Royal Commission requirements where applicable. </li><li>Project-specific authority requirements. </li><li>Planning and zoning requirements where applicable. </li><li>Saudi regulations governing building occupancy, fire safety, accessibility, and means of egress. </li><li>Applicable SASO requirements relating to architectural materials and building products. <br><br></li></ul>International standards and guidelines shall be applied where applicable and where consistent with project and Saudi requirements, including relevant:<br><br><ul><li>IBC. </li><li>NFPA. </li><li>ICC standards. </li><li>ISO standards. </li><li>BS / BS EN standards. </li><li>ASTM standards. </li><li>Relevant international accessibility and architectural standards. <br><br></li></ul>The Sr. Leading Architect shall identify any conflicts between standards and ensure that the governing project requirement is clearly established.<br><br><ul><li> Authority and Municipality Coordination</li><li>Lead technical coordination with relevant Saudi authorities and municipalities. </li><li>Coordinate architectural submissions and approval requirements. </li><li>Prepare and review authority submission packages. </li><li>Respond to authority technical comments. </li><li>Attend technical meetings with authorities and stakeholders. </li><li>Monitor architectural approval status. </li><li>Coordinate revisions required to achieve timely approvals. </li><li>Ensure authority requirements are incorporated into the design and project documentation. </li><li> Multidisciplinary Coordination<br><br></li></ul>Coordinate architectural requirements with:<br><br><ul><li>Structural Engineering. </li><li>Civil Engineering. </li><li>Electrical Engineering. </li><li>Mechanical Engineering. </li><li>HVAC. </li><li>Public Health / Plumbing. </li><li>Fire &amp; Life Safety. </li><li>Telecom and ICT. </li><li>Security. </li><li>Infrastructure. </li><li>Utilities. </li><li>Landscape. </li><li>Interior Design. </li><li>Sustainability. </li><li>BIM. </li><li>Specialist consultants. </li><li>Process engineering where applicable. <br><br></li></ul>The Sr. Leading Architect shall ensure:<br><br><ul><li>Building layouts are coordinated with structural systems. </li><li>MEP requirements are properly integrated within architectural spaces. </li><li>Plant rooms and technical spaces are appropriately sized and located. </li><li>Equipment access and maintenance requirements are considered. </li><li>Shafts, risers, ceiling voids, and service zones are properly coordinated. </li><li>Required penetrations and openings are coordinated. </li><li>Accessibility requirements are incorporated. </li><li>Fire and life-safety requirements are integrated. </li><li>Vertical and horizontal circulation is properly coordinated. </li><li>Architectural interfaces with infrastructure and external works are resolved. </li><li> BIM and Digital Design Coordination</li><li>Lead implementation of BIM requirements within the architectural discipline. </li><li>Coordinate with BIM Managers and BIM Coordinators. </li><li>Ensure architectural models comply with project LOD/LOI requirements. </li><li>Participate in multidisciplinary clash-detection reviews. </li><li>Review model-based design issues affecting architectural systems. </li><li>Ensure alignment between BIM models, drawings, specifications, schedules, and design information. </li><li>Promote effective use of BIM and digital design tools throughout the project lifecycle. </li><li>Ensure architectural information is developed in accordance with the project BIM Execution Plan. </li><li> Technical Assurance and Quality</li><li>Perform technical reviews of architectural designs. </li><li>Ensure designs undergo appropriate checking and approval before issue. </li><li>Conduct interdisciplinary design reviews. </li><li>Participate in technical assurance and project gateway reviews. </li><li>Identify architectural design risks and ensure they are mitigated. </li><li>Ensure technical comments are properly addressed before final submission. </li><li>Review design compliance with project requirements and applicable codes. </li><li>Promote lessons learned and standardization across projects. </li><li>Maintain compliance with Assystem's Quality Management System. </li><li>Ensure consistency and quality across all architectural deliverables. </li><li> Client and Stakeholder Interface</li><li>Represent the architectural discipline during Client meetings. </li><li>Present architectural design concepts, solutions, and recommendations. </li><li>Respond to Client technical and design comments. </li><li>Coordinate with Client technical and design teams. </li><li>Attend authority and stakeholder meetings. </li><li>Support the Project Manager in resolving architectural and design-related stakeholder issues. </li><li>Provide clear architectural recommendations where multiple solutions are available. </li><li>Manage architectural design presentations and approval workshops. </li><li>Maintain effective communication with Clients and project stakeholders. </li><li> Tender and Construction Support<br><br></li></ul>When included within project scope:<br><br><ul><li>Respond to bidder technical queries. </li><li>Review architectural technical submissions. </li><li>Assist with tender technical evaluations. </li><li>Review contractor design proposals. </li><li>Review material and finish submissions. </li><li>Review shop drawings. </li><li>Respond to RFIs. </li><li>Support technical resolution of site issues. </li><li>Participate in design-change reviews. </li><li>Review proposed substitutions and value-engineering proposals. </li><li>Review mock-ups and material samples where applicable. </li><li>Participate in site inspections when required. </li><li>Support testing, commissioning, and project handover activities where applicable. </li><li>Review architectural snagging and close-out requirements. </li><li> Value Engineering, Sustainability and Innovation</li><li>Identify opportunities to optimize architectural design solutions. </li><li>Evaluate alternative design solutions considering CAPEX, OPEX, functionality, constructability, durability, and maintainability. </li><li>Promote sustainable and energy-efficient architectural solutions. </li><li>Support low-carbon and sustainability objectives. </li><li>Optimize building layouts and space utilization. </li><li>Evaluate materials based on performance, durability, availability, cost, and sustainability. </li><li>Encourage appropriate use of digital design and visualization tools. </li><li>Support standardization of architectural solutions across projects. </li><li>Promote innovative architectural approaches while maintaining technical and commercial feasibility. <br><br></li></ul><strong>Qualifications<br><br></strong><strong>Essential<br><br></strong><ul><li>Bachelor's degree in Architecture from a recognized university. </li><li>12–15 years of relevant architectural design experience. </li><li>Strong experience in building and infrastructure architectural design. </li><li>Demonstrable experience leading architectural teams. </li><li>Significant experience with multidisciplinary engineering consultancy or design organizations. </li><li>Strong experience in concept, schematic, detailed design, tender documentation, and construction support. </li><li>Experience with large-scale and complex projects. </li><li>Experience with Saudi Arabian projects is strongly preferred. <br><br></li></ul><strong>Professional Registration<br><br></strong><ul><li>Valid or eligible professional registration with the Saudi Council of Engineers. </li><li>Professional Architect, Chartered Architect, or equivalent international professional registration is advantageous. <br><br></li></ul><strong>Additional Information<br><br></strong><strong>Software and Digital Skills<br><br></strong>Working knowledge of relevant tools such as:<br><br><ul><li>AutoCAD</li><li>Revit</li><li>Navisworks</li><li>Microsoft Visio</li><li>BIM collaboration platforms</li><li>Network planning/design tools</li><li>Wi-Fi survey/design software where applicable</li><li>CCTV design tools where applicable</li><li>Microsoft Office<br><br></li></ul><strong>Required Competencies<br><br></strong>The candidate shall demonstrate:<br><br><ul><li>Strong telecommunications engineering knowledge. </li><li>Strong ICT and ELV design capability. </li><li>Knowledge of both building and infrastructure telecom systems. </li><li>Team leadership. </li><li>Technical problem solving. </li><li>Design coordination. </li><li>Technical checking and review. </li><li>Client-facing communication. </li><li>Service-provider coordination. </li><li>Authority coordination. </li><li>Planning and organization. </li><li>Quality awareness. </li><li>Risk awareness. </li><li>Ability to manage several design packages simultaneously. <br><br></li></ul>Ability to work effectively within multidisciplinary and multicultural teams.<br><br>We are committed to equal treatment of candidates and promote, as well as foster all forms of diversity within our company. We believe that bringing together people with different backgrounds and perspectives is essential for creating innovative and impactful solutions. Skills, talent, and our people’s ability to dare are the only things that matter !. Bring your unique contributions and help us shape the future.

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><strong>Reimagine What’s Possible <br><br></strong><strong>Company Profile<br><br></strong>BHIG—Blue Hydrogen Industrial Gases is a regional development and investment joint venture (JV) between Saudi Aramco and Air Products Qudra “APQ”. Our company benefits from the combined strengths of two leading entities. BHIG is positioned to drive industrial innovation and operational excellence across Saudi Arabia and the region. BHIG focuses on supporting clean energy goals through low-carbon hydrogen production.<br><br><strong>Purpose<br><br></strong>The Sr. Cybersecurity Specialist works as first line of defense for the critical information and assets for the organization.<br><br><ul><li> Safeguard the critical infrastructure thorough implementing cybersecurity technologies.</li><li> Implementing the cybersecurity requirements mandated by SAIS; Supreme Authority of Industrial Security, National Cybersecurity Authority, High Commission for Industrial Security, and Saudi Aramco applicable standards SAEP-99, 100.</li><li> Operational technology and cybersecurity defense<br><br></li></ul><strong>Nature &amp; Scope<br><br></strong>The Sr. Cybersecurity Specialist is responsible to safeguard the critical infrastructure throughout planning, designing, implementing, and maintaining various cybersecurity solutions aim to protect the organization’s information and assets from all potential cyber threats.<br><br><strong>What To Include<br><br></strong><ul><li> Cybersecurity Manager</li><li> Working cooperatively in plant operational environment with safety, process control engineers, operations, maintenance and other relevant areas.<br><br></li></ul>The cybersecurity team consists of GRC and Operations "Engineering" carrying out below activities but not limited to:<br><br><ul><li>Asset Management</li><li>Access Management</li><li>Network management</li><li>Hardening and patching management</li><li>Endpoint Protection</li><li>Backup and disaster recovery</li><li>Threat hunting</li><li>Vulnerability Assessment</li><li>Penetration Testing</li><li>Physical Security</li><li>Cybersecurity Drills and tabletop exercise</li><li>SIEM Management<br><br></li></ul><strong>Principal Accountabilities<br><br></strong><ul><li>Expert in working with various Operational Technology/Industrial Control Systems.</li><li>Have strong hands-on experience in designing, implementing, and maintaining cybersecurity solutions including network architectural understanding and improvement. </li><li>Expert with cybersecurity tools such as active directory, firewalls, SIEMs, VPNs, IDS/IPS, endpoint protection, vulnerability assessment, patch management, backup and recovery.</li><li>Skilled to lead on-site projects related to industrial control systems compliance to applicable regulations.</li><li>Good level of knowledge of national and international cybersecurity standards, polices, and procedures</li><li>Expert in vulnerability assessment, patching management, and system hardening.</li><li>Knowledgeable in designing systems architecture and network diagrams while meeting the cybersecurity regulations requirements.</li><li>Skilled to lead cybersecurity drills and tabletop exercise, incident response, and disaster recovery procedures.</li><li>Strong troubleshooting skills to identify and remediate any system errors.</li><li>Proactive healthiness checks for detective, preventive, and remediation countermeasures.<br><br></li></ul><strong>Minimum Requirements And Qualifications<br><br></strong><ul><li> Bachelor’s degree in cybersecurity, computer science or relevant fields</li><li> 6+ years in OT/ICS cybersecurity industry.</li><li> Cybersecurity professional certificates, preferably:</li><li> CompTIA Network+</li><li> CompTIA Security+</li><li> CISCO CCNA</li><li> EC-Council Certified Incident Handler</li><li> Saudi national will be given preference</li><li> Very good English language skills in written and verbal communications<br><br></li></ul>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.<br><br>

System Engineer – Industrial Patch Management &amp; OT Infrastructure<p><br></p><p><strong>Location:</strong> Khobar, Saudi Arabia</p><p><strong>Employment Type:</strong> Full-Time | On-Site</p><p><strong>Experience:</strong> 3+ Years</p><p><br></p>About REPLIL<p>REPLIL develops cybersecurity and infrastructure management solutions designed specifically for industrial and operational technology (OT) environments.</p><p>Our flagship platform, <strong>REPLIL Industrial Patch Manager (IPM)</strong>, provides centralized patch and vulnerability management across heterogeneous industrial environments. The platform helps organizations identify, assess, approve, deploy, and monitor operating system, software, firmware, and vendor-approved updates across IT and OT infrastructure.</p><p>REPLIL IPM supports environments incorporating technologies from vendors such as <strong>Microsoft, Cisco, Palo Alto Networks, Honeywell, Yokogawa, Schneider Electric, Emerson, Rockwell Automation</strong>, and others, while correlating vulnerability and security information from sources such as the <strong>NIST National Vulnerability Database (NVD)</strong>.</p><p>We are looking for a hands-on <strong>System Engineer</strong> who understands infrastructure, networking, troubleshooting, and—most importantly—the fundamentals of <strong>patch management</strong>.</p><p><br></p>The Role<p>The System Engineer will be responsible for deploying, configuring, supporting, and troubleshooting REPLIL Industrial Patch Manager and its supporting infrastructure at customer environments in Saudi Arabia.</p><p>This is a hands-on technical role suited to an engineer who is comfortable working with <strong>Windows Server, patch management technologies, networking, firewalls, remote management protocols, and enterprise infrastructure</strong>.</p><p>Experience in OT or industrial environments is an advantage, but candidates with a strong IT infrastructure and patch-management background who are interested in developing OT expertise are encouraged to apply.</p><p><br></p>Key Responsibilities<p><br></p><ul><li>Deploy, configure, administer, and troubleshoot <strong>REPLIL Industrial Patch Manager (IPM)</strong> and related components.</li><li>Manage and troubleshoot <strong>Windows Server</strong> environments.</li><li>Configure and support <strong>Microsoft patch-management technologies</strong>, including <strong>WSUS, Microsoft Configuration Manager (SCCM/MECM), and Windows Update</strong>.</li><li>Understand the complete patch-management lifecycle, including:</li><li>Patch discovery and synchronization</li><li>Patch applicability and identification</li><li>Testing and validation</li><li>Approval workflows</li><li>Patch deployment and scheduling</li><li>Reboot management</li><li>Installation verification</li><li>Failure analysis and remediation</li><li>Compliance and reporting</li><li>Troubleshoot failed patch installations using Windows and application logs.</li><li>Configure and troubleshoot network connectivity between distributed systems.</li><li>Work with <strong>firewalls, switches, routers, VLANs, ports, routing, DNS, certificates, and network security policies</strong>.</li><li>Troubleshoot remote-management technologies and protocols such as <strong>WinRM/PowerShell Remoting, WMI, SSH, SNMP, HTTPS/TLS, and RDP</strong>.</li><li>Monitor system availability, performance, services, logs, and infrastructure health.</li><li>Support patching and management of <strong>Windows, Linux, applications, and network infrastructure</strong>.</li><li>Assist customers and internal teams with technical troubleshooting and root-cause analysis.</li><li>Prepare technical documentation, deployment procedures, troubleshooting guides, and customer reports.</li><li>Participate in system design reviews, testing, SAT activities, implementation, and customer handover.</li><li>Work closely with REPLIL product, engineering, cybersecurity, and R&amp;D teams.</li></ul><p><br></p>Required Qualifications<p>Candidates should have:</p><ul><li><strong>3+ years of hands-on experience</strong> in System Engineering, System Administration, Infrastructure Support, or a similar role.</li><li>Good practical understanding of <strong>enterprise patch management</strong>.</li><li>Strong hands-on experience with <strong>Windows Server administration</strong>.</li><li>Experience with <strong>WSUS, SCCM/MECM, Windows Update, or comparable enterprise patch-management platforms</strong>.</li><li>Good understanding of Windows patching, servicing, cumulative updates, security updates, prerequisites, reboot requirements, and patch failure troubleshooting.</li><li>Working knowledge of <strong>Active Directory, Group Policy, DNS, certificates, services, Task Scheduler, and PowerShell</strong>.</li><li>Good understanding of <strong>TCP/IP networking, ports, routing, VLANs, DNS, and firewall rules</strong>.</li><li>Hands-on experience troubleshooting <strong>firewalls and network equipment</strong>.</li><li>Strong troubleshooting skills and the ability to systematically diagnose infrastructure, operating system, application, and network issues.</li><li>Ability to communicate technical issues clearly with customers and internal engineering teams.</li><li>Bachelor’s degree in Computer Engineering, Electrical Engineering, Information Technology, Computer Science, or a related discipline, or equivalent practical experience.</li></ul><li><br></li>Preferred / Advantageous Experience<p>Experience in any of the following will be considered an advantage:</p><ul><li><strong>OT / ICS / Industrial Control Systems</strong></li><li><strong>IT/OT network architecture and segmentation</strong></li><li><strong>Industrial cybersecurity</strong></li><li><strong>Linux administration and patching</strong></li><li><strong>Cisco, Juniper, Palo Alto Networks, Fortinet, or similar technologies</strong></li><li><strong>VMware / virtualization technologies</strong></li><li><strong>SNMP and network-device management</strong></li><li><strong>Firmware management and network-device upgrades</strong></li><li><strong>Vulnerability management and CVE/CVSS concepts</strong></li><li><strong>NIST NVD</strong> or other vulnerability intelligence sources</li><li>PowerShell scripting and automation</li><li>SQL/PostgreSQL</li><li>IIS and .NET application hosting</li><li>Air-gapped or restricted industrial networks</li><li>Working with industrial vendors such as Honeywell, Siemens, Schneider Electric, Emerson, Rockwell Automation, Yokogawa, or similar platforms</li></ul><p><strong>Previous OT experience is preferred but not mandatory.</strong> Strong system engineers with solid patch-management, Microsoft infrastructure, and networking knowledge will be provided opportunities to develop their industrial/OT expertise.</p><p><br></p>What We Are Looking For<p>We are particularly interested in engineers who can answer practical questions such as:</p><ul><li>Why did a Windows patch fail, and which logs should be checked?</li><li>How do WSUS and Windows Update determine which patches are applicable?</li><li>How would you troubleshoot a machine that cannot communicate over WinRM?</li><li>What firewall ports and protocols are required between different infrastructure components?</li><li>How would you safely deploy patches across production systems?</li><li>How do you distinguish a network, authentication, operating-system, application, or patch-related problem?</li><li>How would you troubleshoot patching in an isolated or restricted network?</li></ul><p><br></p><p>We value <strong>hands-on troubleshooting ability and willingness to learn</strong> more than theoretical knowledge alone.</p><p><br></p>Career Growth &amp; Hands-On Exposure<p>This role provides a unique opportunity to develop expertise beyond traditional IT infrastructure.</p><p><strong>You will be trained to work with critical infrastructure and OT environments.</strong></p><p><strong>Engineers will have opportunities for hands-on exposure through the REPLIL R&amp;D environment</strong>, working with technologies and equipment from multiple enterprise and industrial vendors, including:</p><p><strong>Cisco | Juniper | Palo Alto Networks | Extreme Networks | OWL | Microsoft | Industrial PLCs | Network Devices | OT/ICS Systems</strong></p><p><strong>You will gain practical exposure to:</strong></p><ul><li>Industrial and OT cybersecurity</li><li>IT/OT convergence</li><li>Enterprise and industrial patch management</li><li>Windows and Linux infrastructure</li><li>Network and firewall technologies</li><li>Firmware and network-device management</li><li>Vulnerability management</li><li>Industrial protocols and architectures</li><li>Critical-infrastructure environments</li><li>Automation and infrastructure troubleshooting</li></ul><p>For an engineer interested in progressing from traditional <strong>System Administration / Infrastructure Engineering</strong> into <strong>OT/ICS Infrastructure and Cybersecurity</strong>, this role provides significant hands-on learning opportunities.</p>

<strong>Job Description Summary<br><br></strong>Substation Automation Engineer with Cyber Security Specialization executes substation automation system engineering activities for the projects assigned considering the quality/Cost/ time delivery criteria. This role involves planning design activities, managing project design budget, implementing design change process, supervising, and coordinating all engineering activities required to execute the project, whether done in house or by suppliers/subcontractors, and ensuring technical compliance to project specification.<br><br>Employee is responsible for cyber security design, configuration, implementation, assurance and training in the cluster. The candidate will liaise with tendering team (ITO) to recommend, clarify and propose appropriate cyber security solution based on customer specification and RFQs and liaise with execution team (OTR) in preparing, reviewing documents/drawings, configuration and conducting cyber security FAT and SAT. This role covers all GA business product lines including PAC, CIC and M&amp;D.<br><br><strong>Job Description<br><br></strong><strong>Key Responsibilities<br><br></strong><em>As part of Technical Tendering<br><br></em><ul><li>Man-days (MD) estimation for design activities during ITO stage.</li><li>Work closely with ITO team to support new opportunities preparation and negotiations. This includes conducting site surveys, deals estimations and prequalification support.</li><li>Review any RFQ’s that touch on Cyber Security or could potentially have an impact on Cyber Security. List recommendations on how to proceed and list any clarifications or exceptions we might take to the bid concerning Cyber Security, using GE and GE Renewable energy Policies, coordinating with relevant teams (Grid Solutions, Renewable Energy, Legal).</li><li>Proposing appropriate cyber security solutions to customer referring to customer specification and GE capabilities/products ensuring core system (DS Agile, GPG, CCS, CIC etc) compatibility.</li><li>Creating an architecture reference that could be used for Inquiry to Order (ITO) proposals that require Cyber Security.</li><li>Creating the Security Assurance Plan (SAP) for all projects which require it, be able to discuss it with relevant teams in GE and with the Customer.</li><li>Creating a BOM template for Cyber security devices using a standardized format across GA.</li><li>Creating a template that could be used for estimating costs associated with implementing cyber security (including parts, labor and testing of cyber architecture).</li><li>Developing DOR for cybersecurity project execution by internal and external stake holders.<br><br></li></ul><em>As part of Execution<br><br></em><ul><li>Demonstrate EHS compliance and ensure Zero Deviation Plan is implemented within the team and setting the example by demonstrating the proper acts and actively observes work conditions and behaviors, giving constructive feedback and celebrating EHS effective prevention.</li><li>Man-days (MD) control for design activities during OTR stage.</li><li>Liaise with other members of a multidisciplinary team to specify and design the project, whilst meeting the required technical standards.</li><li>Preparation of all applicable production documentations needed for panels integration</li><li>Ensure on-time delivery of design to stakeholders with suitable quality including partner documents.</li><li>Participate in cost reduction process through standardization and out of the box ideas that optimize the provided solutions.</li><li>Approve the technical evaluation of offers from suppliers, Support Procurement during commercial negotiation for POs issuance and during post order stage. </li><li>Support site organization during site preparation and commissioning stage when required and ensure compliance with Quality Procedures, work instructions and processes defined at Unit and project level.</li><li>Support factory during FAT preparation and conduct internal validation followed by customer FAT to ensure successful project delivery.</li><li>Participate and contribute to the project multidisciplinary design reviews according to PL procedures and per the project strategy. </li><li>Manage design issues up to resolution and validate design throughout customer acceptance and check consistency of engineering documents before final release to customer while managing evolution of customer requirements &amp; associated impacts.</li><li>Analyze customer technical requirements, prepare and or consolidate clause by clause analysis and ensure compliance to Customer requirements through technical queries. Identify, track and manage potential exception and represents customer interests in the design decisions at PM request.</li><li>Effectively communicate directly with customers to ensure excellent customer service and to build and maintain customer intimacy.</li><li>Creating the Functional Design Spec (FDS) and all documents for the cyber security system which would also define the architecture being implemented. In conjunction work with other internal and external entities to ensure the overall Cyber security design is cohesive.</li><li>Conduct the FAT and SAT relating to Cyber Security. Detail on how the security of the system will be tested. Possibly help come up with a list of subcontractors that could be used.</li><li>Configuring the Cyber security devices (Switches, hubs, servers, Jump box, firewalls, IDS etc.).</li><li>Develop cyber security assurance and maintenance plan for all installed base and its execution.</li><li>Align with core system team to implement and test cybersecurity during internal validation for system/solutions.<br><br></li></ul><strong>Required Qualifications<br><br></strong><ul><li>Bachelor’s degree in Electrical Engineering or related discipline technology from an accredited university</li><li>Minimum 5 years of relevant experience in substation automation projects, and OT security</li><li>Experience with security designs and architectures, best practices in network topology for OT</li><li>Ability to prepare design documents and configuration/database for substation automation projects and conduct FAT.</li><li>Good experience in OT protocols.</li><li>Experience with security technologies, such as</li><ul><li>LDAP, RADIUS, GPO, SSH, SFTP, HTTPS, SYSLOG</li><li>Encryption, TLS</li><li>DMZ, Virtualization</li></ul><li>Knowledge of cyber security standards and regulations affecting the utilities industry, such as IEC 62443, NERC CIP, IEEE 1686, IEC 62351.</li><li>Fluent English speaking and writing mandatory</li><li>Travelling: 50% of time for missions, tender/project support, customer meeting and marketing efforts.<br></li></ul><strong>Desired Characteristics<br><br></strong><ul><li>Knowledge in competitor products is advantage</li><li>Experienced in GE DS Agile, GPG or similar SAS system</li><li>Ability to present technical solutions to customer and identify possible solutions for an issue</li><li>Ability to work effectively in a team and across functions, partnering with other teams in a worldwide environment</li><li>Cyber security certification (ex. ISA, ISC2, SANS, ISACA, CISSP) is a plus.</li><li>Ability to provide training for internal team/customers and external customer/suppliers Time and resource management skills.</li><li>Demonstrated experience with Telecom and Network Equipment (Routers, Switches, next gen Firewalls, etc)</li><li>Demonstrated experience with Intrusion detection system and protection equipment and software (like Nozomi)</li><li>Strong customer service/growth mind-set and strong interpersonal skills</li><li>Awareness of latest technical developments in the cyber security community</li><li>Pro-activeness, sense of urgency, resistance to pressure, autonomy; ability to interact with multiple functions and teams worldwide</li><li>Pro-activeness, sense of urgency, resistance to pressure, autonomy; ability to interact with multiple functions and teams worldwide</li><li>Growth mindset</li><li>Strong oral and written communication skills<br><br></li></ul><strong><strong><strong>Additional Information<br><br></strong></strong></strong><strong>Relocation Assistance Provided: </strong>No

<p><strong>Company Description</strong> Total Risks Protection (TRP) provides advanced, integrated, and practical consulting solutions across multiple safety and security domains. The company’s services span industrial security, loss prevention, fire protection, environmental protection, security services, and traffic safety. TRP focuses on helping organizations reduce risk, protect assets, and comply with relevant standards and regulations. Team members collaborate with clients from diverse industries, contributing to safer and more resilient operations.</p><p><strong>Role Description</strong> The HCIS/SAIS Security Consultant is responsible for advising clients on compliance with HCIS and SAIS security standards and implementing best practices across their facilities and operations.</p><p>This is a full-time hybrid role based, with a combination of on-site client visits and work-from-home tasks such as documentation, analysis, and reporting. Day-to-day activities include assessing physical and electronic security controls, reviewing security designs and system architectures, preparing security risk assessments, and developing mitigation plans aligned with regulatory requirements.</p><p>The consultant will coordinate with client stakeholders, prepare technical proposals and security plans, support audits and inspections, and provide training and guidance to ensure sustained compliance and continuous improvement in security posture. The role also involves staying current with relevant regulations, technologies, and industry trends and translating them into practical recommendations for clients.</p><p><strong>Qualifications</strong></p><p>Strong Security Consulting skills, including risk assessment, regulatory compliance (HCIS/SAIS), and security program development.</p><ul><li>With at least 5 years industrial and non industrial HCIS SAIS Design and Installation projects for Class 1 Facilities</li><li>Or 10 years in commercial projects design and construction experience</li><li>Or 15 years residential projects design and construction experience</li><li>Experience in Application Security, including secure design review, vulnerability assessment, and remediation planning.</li><li>Hands-on expertise in Cybersecurity, including threat analysis, incident response coordination, and implementation of security controls.</li><li>Proficiency in Network Security, including firewall configurations, intrusion detection/prevention, and secure network architecture.</li><li>Solid foundation in Information Security, including policies and procedures, access control, data protection, and security governance.</li><li>Bachelor’s degree in security, engineering, information technology, or a related field; relevant certifications (HCIS-related credentials) are an advantage.</li><li>Ability to interpret and apply HCIS and SAIS standards within industrial and critical infrastructure environments.</li><li>Strong analytical and problem-solving skills, with attention to detail and the ability to produce clear technical documentation and reports.</li><li>Effective communication and stakeholder management skills, with the ability to work collaboratively in multidisciplinary teams.</li><li>Willingness to travel within the region for site visits, assessments, and client meetings as required.</li></ul>