وظائف مهندس تعدين

<p>Duties and responsibilities:</p><p>Monitoring site work according to drawings and specifications.</p><p>Supervising workers and laborers in daily work chaos.</p><p>Monitoring the quality of execution and quantity surveying; drawing is not required.</p><p>Coordinating with project management, the consultant, and contractors.</p><p>Preparing daily work reports and following up on results.</p><p>Adherence to safety instructions and professional conduct within the site.</p><p>Required qualifications:</p><p>Previous experience in contracting and finishing works.</p><p>Proficiency in reading drawings and quantity surveying.</p><p>Ability to manage labor and organize tasks.</p><p>Commitment, discipline, and ability to handle work pressure.</p>

<p><b>Brief Posting Description </b></p> <p>The Senior Engineer Hydraulics &amp; Lubrication Maintenance is responsible for leading the maintenance, reliability, availability, and performance optimization of hydraulic and lubrication systems across the Copper Concentrator Plant.The role ensures the safe, reliable, and cost-effective operation of hydraulic power units (HPUs), centralized lubrication systems, oil circulation systems, hydraulic cylinders, pumps, motors, valves, accumulators, filtration systems, cooling systems, gear lubrication systems, and associated plant equipment through effective maintenance strategies, shutdown planning, reliability improvement initiatives, asset integrity management, and continuous improvement programs.The position provides technical leadership to maintenance teams, supports operational excellence, and maximizes equipment availability while minimizing lifecycle costs and production losses. The incumbent is responsible for the maintenance and reliability of hydraulic and lubrication systems associated with the Primary Crusher, Apron Feeders, Conveyors, Ore Stockpile Stacking and Reclaiming Systems, SAG Mill, Ball Mills, HIG Mill, Flotation Plant, Thickeners, Concentrate Filtration Plant, Slurry Pumps, Process Water Systems, and associated mechanical equipment.The role works closely with Operations, Reliability, Electrical, Instrumentation, and Project teams to achieve production, safety, reliability, and asset performance objectives while ensuring compliance with safety, environmental, and asset management standards</p> <p>Detailed Description </p> <p>HYDRAULICS &amp; LUBRICATION MAINTENANCE MANAGEMENT</p> <p>Lead maintenance activities for hydraulic and lubrication systems associated with the concentrator plant and supporting infrastructure.</p> <p>Ensure maintenance practices support safe, reliable, and efficient plant operation.</p> <p>Develop and implement maintenance strategies to maximize equipment reliability and availability.</p> <p>Monitor equipment condition and recommend corrective and preventive actions.</p> <p>Ensure compliance with OEM recommendations, maintenance standards, and statutory requirements.</p> <p>Support long-term asset lifecycle management and replacement planning.</p> <p>Provide technical guidance on hydraulic and lubrication maintenance planning, scheduling, and execution.</p> <p>Establish lubrication excellence and contamination control programs across all critical assets.</p> <p>EQUIPMENT RELIABILITY &amp; PERFORMANCE</p> <p>Lead reliability improvement initiatives for hydraulic power units, lubrication skids, gear lubrication systems, pumps, cylinders, valves, accumulators, filtration systems, coolers, and associated equipment.</p> <p>Analyze equipment failures and identify opportunities to improve reliability and maintainability.</p> <p>Conduct Root Cause Failure Analysis (RCFA) for major equipment breakdowns.</p> <p>Facilitate Failure Modes and Effects Analysis (FMEA) studies.</p> <p>Identify recurring equipment issues and implement sustainable corrective actions.</p> <p>Develop reliability-centered maintenance strategies.</p> <p>Monitor equipment performance against established reliability and availability KPIs.</p> <p>Drive oil analysis and contamination control programs for critical plant equipment.</p> <p>MAINTENANCE PLANNING &amp; EXECUTION</p> <p>Support development of annual maintenance plans and budgets for hydraulic and lubrication assets.</p> <p>Review and optimize preventive and predictive maintenance programs.</p> <p>Optimize maintenance frequencies and task scopes based on equipment criticality and performance.</p> <p>Coordinate maintenance resources for planned and corrective maintenance activities.</p> <p>Ensure work orders are properly executed, documented, and closed in SAP PM.</p> <p>Improve maintenance work management processes and effectiveness.</p> <p>Monitor maintenance backlog and prioritize critical equipment activities.</p> <p>Develop lubrication routes, inspection programs, and condition-based maintenance plans.</p> <p>SHUTDOWN &amp; TURNAROUND MANAGEMENT</p> <p>Lead preparation and execution of hydraulic and lubrication system shutdown activities.</p> <p>Develop shutdown scopes, resource requirements, budgets, and schedules.</p> <p>Coordinate contractors, OEM specialists, and internal teams during shutdown execution.</p> <p>Monitor shutdown progress and manage critical path activities.</p> <p>Ensure shutdown work complies with safety, environmental, and quality requirements.</p> <p>Conduct post-shutdown reviews and capture lessons learned.</p> <p>ASSET INTEGRITY MANAGEMENT</p> <p>Ensure the integrity and reliability of hydraulic and lubrication systems associated with critical plant assets.</p> <p>Monitor performance of lubrication systems, oil circulation systems, filtration units, accumulators, and hydraulic power units.</p> <p>Review inspection findings and establish corrective maintenance actions.</p> <p>Support condition monitoring and predictive maintenance programs.</p> <p>Participate in risk assessments and asset criticality evaluations.</p> <p>Ensure compliance with asset management standards and engineering requirements.</p> <p>Maintain hydraulic cleanliness targets and lubrication management standards.</p> <p><br></p> <p> </p> <p><b>Job Requirements </b></p> <p>Education:</p> <p> Bachelor s degree in mechanical engineering or a related field or higher Diploma</p> <p>Experience: </p> <p> Bachelor s Degree with 10+ years or Higher Diploma with 15+ years of experience in a Copper Concentrator Plant or related process plant with similar type of equipment is must.</p> <p> Minimum 8 years of experience in hydraulic and lubrication maintenance and reliability engineering is must.</p> <p> Proven track record of successfully managing maintenance and reliability of critical hydraulic and lubrication assets in large-scale mineral processing plants.</p> <p>Certifications: Candidates holding or pursuing any of the following certifications will have an added advantage</p> <p> ICML Machinery Lubrication Technician (MLT)</p> <p> ICML Machinery Lubrication Analyst (MLA)</p> <p> Six-sigma (BB)</p>

<p><b>Brief Posting Description </b></p> <p>The Senior Engineer Instrumentation Maintenance is responsible for leading the maintenance, reliability, availability, and performance optimization of all instrumentation systems across the Copper Concentrator Plant. The role ensures the safe, reliable, and cost-effective operation of field instrumentation, analyzers, control valves, actuators, weighing systems, process measurement systems, and associated plant equipment through effective maintenance strategies, shutdown planning, reliability improvement initiatives, asset integrity management, and continuous improvement programs. The position provides technical leadership to maintenance teams, supports operational excellence, and maximizes equipment availability while minimizing lifecycle costs and production losses. The incumbent is responsible for the maintenance and reliability of instrumentation systems associated with the Primary Crusher, Apron Feeders, Conveyors, Ore Stockpile Stacking and Reclaiming Systems, SAG Mill, Ball Mills, HIG Mill, Flotation Plant, Thickeners, Concentrate Filtration Plant, Slurry Pumps, Process Water Systems, Tailings Systems, and associated plant infrastructure. The role works closely with Operations, Reliability, Mechanical Maintenance, Electrical, Automation, and Project teams to achieve production, safety, reliability, and asset performance objectives while ensuring compliance with safety, environmental, and asset management standards.</p> <p>Detailed Description </p> <p>INSTRUMENTATION MAINTENANCE MANAGEMENT</p> <p>Lead maintenance activities for instrumentation systems across the concentrator plant and supporting infrastructure.</p> <p>Ensure maintenance practices support safe, reliable, and efficient plant operation.</p> <p>Develop and implement maintenance strategies to maximize equipment reliability and availability.</p> <p>Monitor equipment condition and recommend corrective and preventive actions.</p> <p>Ensure compliance with OEM recommendations, instrumentation standards, and statutory requirements.</p> <p>Support long-term asset lifecycle management and replacement planning.</p> <p>Provide technical guidance on instrumentation maintenance planning, scheduling, and execution.</p> <p>Support commissioning, startup, and ramp-up activities for instrumentation systems and equipment.</p> <p>INSTRUMENTATION AUTOMATION / PLC / DCS INTERFACE</p> <p>Provide technical leadership for the interface between field instrumentation and PLC, DCS, SCADA, and associated automation systems.</p> <p>Ensure reliable communication and signal integrity between transmitters, analyzers, control valves, actuators, weighing systems, and PLC/DCS/SCADA systems.</p> <p>Support troubleshooting of instrumentation-related PLC/DCS input and output signals, communication faults, alarms, interlocks, and control-loop performance issues.</p> <p>Coordinate with Automation and Electrical teams for instrument signal interfaces, control system modifications, logic changes, and system upgrades.</p> <p>Review instrumentation requirements for PLC/DCS/SCADA modifications, including I/O requirements, signal types, communication protocols, alarm and trip interfaces, and control-loop functionality.</p> <p>Support loop checking, instrument calibration, functional testing, interlock testing, commissioning, energization, and startup activities involving instrumentation and automation systems.</p> <p>Ensure proper configuration, documentation, and management of instrument I/O, loop drawings, instrument data sheets, cause-and-effect diagrams, alarm settings, and associated technical documentation.</p> <p>Participate in troubleshooting and Root Cause Failure Analysis (RCFA) where instrumentation, PLC/DCS, or communication-system interfaces contribute to equipment or process failures.</p> <p>Support implementation of improvements to process control, instrumentation reliability, measurement accuracy, and automation system performance.</p> <p>Ensure instrumentation and automation interfaces comply with approved engineering standards, OEM requirements, cybersecurity requirements, HSE procedures, and applicable statutory requirements.</p> <p>INSTRUMENT RELIABILITY &amp; PERFORMANCE</p> <p>Lead reliability improvement initiatives for field instrumentation, analyzers, control valves, actuators, weighing systems, sampling systems, and process monitoring equipment.</p> <p>Analyze equipment failures and identify opportunities to improve reliability and maintainability.</p> <p>Conduct Root Cause Failure Analysis (RCFA) for major instrumentation failures.</p> <p>Facilitate Failure Modes and Effects Analysis (FMEA) studies.</p> <p>Identify recurring equipment issues and implement sustainable corrective actions.</p> <p>Develop reliability-centered maintenance strategies.</p> <p>Monitor instrument performance against established reliability and availability KPIs.</p> <p>Support predictive and condition monitoring programs for critical instrumentation assets.</p> <p>PROCESS INSTRUMENTATION &amp; ANALYZER SYSTEMS</p> <p>Ensure safe and reliable operation of process instrumentation systems.</p> <p>Maintain pressure, flow, level, temperature, density, pH, conductivity, and other process measurement devices.</p> <p>Maintain online analyzers, sampling systems, and associated instrumentation.</p> <p>Monitor instrument accuracy and implement corrective actions where necessary.</p> <p>Ensure compliance with calibration standards and measurement integrity requirements.</p> <p>Support process optimization and operational efficiency initiatives through accurate measurement and monitoring.</p> <p><br></p> <p> </p> <p><b>Job Requirements </b></p> <p>Education: </p> <p> Bachelor's Degree in Instrumentation, Electronics, Control Systems, Automation, Mechatronics, or Electrical &amp; Instrumentation Engineering is mandatory.</p> <p><b>Experience</b>: </p> <p> Bachelor s Degree with 10+ years of experience in a Copper Concentrator Plant or related process plant with similar type of equipment is mandatory.</p> <p> Minimum 8 years of experience in Instrumentation maintenance and reliability engineering is mandatory.</p> <p> Proven track record of successfully managing maintenance and reliability of Instrumentation assets in large-scale mineral processing facilities.</p> <p><br></p>

<p><b>Brief Posting Description </b></p> <p>The Senior Engineer Instrumentation Maintenance is responsible for leading the maintenance, reliability, availability, and performance optimization of all instrumentation systems across the Copper Concentrator Plant. The role ensures the safe, reliable, and cost-effective operation of field instrumentation, analyzers, control valves, actuators, weighing systems, process measurement systems, and associated plant equipment through effective maintenance strategies, shutdown planning, reliability improvement initiatives, asset integrity management, and continuous improvement programs. The position provides technical leadership to maintenance teams, supports operational excellence, and maximizes equipment availability while minimizing lifecycle costs and production losses. The incumbent is responsible for the maintenance and reliability of instrumentation systems associated with the Primary Crusher, Apron Feeders, Conveyors, Ore Stockpile Stacking and Reclaiming Systems, SAG Mill, Ball Mills, HIG Mill, Flotation Plant, Thickeners, Concentrate Filtration Plant, Slurry Pumps, Process Water Systems, Tailings Systems, and associated plant infrastructure. The role works closely with Operations, Reliability, Mechanical Maintenance, Electrical, Automation, and Project teams to achieve production, safety, reliability, and asset performance objectives while ensuring compliance with safety, environmental, and asset management standards.</p> <p><b>Detailed Description </b></p> <p>INSTRUMENTATION MAINTENANCE MANAGEMENT</p> <p>Lead maintenance activities for instrumentation systems across the concentrator plant and supporting infrastructure.</p> <p>Ensure maintenance practices support safe, reliable, and efficient plant operation.</p> <p>Develop and implement maintenance strategies to maximize equipment reliability and availability.</p> <p>Monitor equipment condition and recommend corrective and preventive actions.</p> <p>Ensure compliance with OEM recommendations, instrumentation standards, and statutory requirements.</p> <p>Support long-term asset lifecycle management and replacement planning.</p> <p>Provide technical guidance on instrumentation maintenance planning, scheduling, and execution.</p> <p>Support commissioning, startup, and ramp-up activities for instrumentation systems and equipment.</p> <p>INSTRUMENTATION AUTOMATION / PLC / DCS INTERFACE</p> <p>Provide technical leadership for the interface between field instrumentation and PLC, DCS, SCADA, and associated automation systems.</p> <p>Ensure reliable communication and signal integrity between transmitters, analyzers, control valves, actuators, weighing systems, and PLC/DCS/SCADA systems.</p> <p>Support troubleshooting of instrumentation-related PLC/DCS input and output signals, communication faults, alarms, interlocks, and control-loop performance issues.</p> <p>Coordinate with Automation and Electrical teams for instrument signal interfaces, control system modifications, logic changes, and system upgrades.</p> <p>Review instrumentation requirements for PLC/DCS/SCADA modifications, including I/O requirements, signal types, communication protocols, alarm and trip interfaces, and control-loop functionality.</p> <p>Support loop checking, instrument calibration, functional testing, interlock testing, commissioning, energization, and startup activities involving instrumentation and automation systems.</p> <p>Ensure proper configuration, documentation, and management of instrument I/O, loop drawings, instrument data sheets, cause-and-effect diagrams, alarm settings, and associated technical documentation.</p> <p>Participate in troubleshooting and Root Cause Failure Analysis (RCFA) where instrumentation, PLC/DCS, or communication-system interfaces contribute to equipment or process failures.</p> <p>Support implementation of improvements to process control, instrumentation reliability, measurement accuracy, and automation system performance.</p> <p>Ensure instrumentation and automation interfaces comply with approved engineering standards, OEM requirements, cybersecurity requirements, HSE procedures, and applicable statutory requirements.</p> <p>INSTRUMENT RELIABILITY &amp; PERFORMANCE</p> <p>Lead reliability improvement initiatives for field instrumentation, analyzers, control valves, actuators, weighing systems, sampling systems, and process monitoring equipment.</p> <p>Analyze equipment failures and identify opportunities to improve reliability and maintainability.</p> <p>Conduct Root Cause Failure Analysis (RCFA) for major instrumentation failures.</p> <p>Facilitate Failure Modes and Effects Analysis (FMEA) studies.</p> <p>Identify recurring equipment issues and implement sustainable corrective actions.</p> <p>Develop reliability-centered maintenance strategies.</p> <p>Monitor instrument performance against established reliability and availability KPIs.</p> <p>Support predictive and condition monitoring programs for critical instrumentation assets.</p> <p>PROCESS INSTRUMENTATION &amp; ANALYZER SYSTEMS</p> <p>Ensure safe and reliable operation of process instrumentation systems.</p> <p>Maintain pressure, flow, level, temperature, density, pH, conductivity, and other process measurement devices.</p> <p>Maintain online analyzers, sampling systems, and associated instrumentation.</p> <p>Monitor instrument accuracy and implement corrective actions where necessary.</p> <p>Ensure compliance with calibration standards and measurement integrity requirements.</p> <p>Support process optimization and operational efficiency initiatives through accurate measurement and monitoring.</p> <p><br></p> <p><b>Experience: </b></p> <p> Bachelor s Degree with 10+ years of experience in a Copper Concentrator Plant or related process plant with similar type of equipment is mandatory.</p> <p> Minimum 8 years of experience in Instrumentation maintenance and reliability engineering is mandatory.</p> <p> Proven track record of successfully managing maintenance and reliability of Instrumentation assets in large-scale mineral processing facilities.</p> <p>Certifications: Candidates holding or pursuing any of the following certifications will have an added advantage:</p> <p> Certified Maintenance &amp; Reliability Professional (CMRP)</p> <p> ISA Certified Control Systems Technician (CCST)</p> <p> ISA Certified Automation Professional (CAP)</p> <p> Six-sigma (BB)</p> <p> </p> <p><br></p>

<p>Please note that the deadline is based on Korean Standard Time Zone (KST, UTC+9)</p><p>INTRODUCTION TO GGGI The Global Green Growth Institute (GGGI) is a treaty-based international, inter-governmental organization dedicated to supporting and promoting strong, inclusive and sustainable economic growth in developing countries and emerging economies. To learn more please visit about GGGI web page.</p><p>In the Sultanate of Oman, under the oversight of the Regional Office (RO) for the Middle East and North Africa (MENA), the Regional Director (RD) has been leading a multi-disciplinary team of experts to develop a partnership with the Government through the leadership of the Environment Authority (EA) to develop the "Accelerating Resilience and Innovation for Sustainable Ecosystems management" (ARISE) Program . The ARISE Program is a USD 100 million initiative spanning six years, designed to deliver climate action, ecosystem restoration, and economic growth through Nature-based Solutions (NbS) integrated into the Bioeconomy and Sustainable Special Economic Zones (SSEZs) . The program ultimately targets the restoration of 30,000 hectares of land, an estimated 750,000 tCO2e/year in greenhouse gas emission reductions, and the creation of over 1,000 green jobs. The implementation of the ARISE Program is structured around two phases. Phase 1 will cover 2 years, and Phase 2 will be over 4 years. The funding has been approved for Phase 1.</p><p>PURPOSE The Water Resource Management Officer (Civil Engineer) applies specialized civil engineering concepts under close supervision to support the planning, technical design, and implementation of water resource and related infrastructure under Phase 1 of the project. S/he assists in conducting engineering assessments, preparing technical specifications, drawings, and cost estimates, and ensuring that all infrastructure complies with applicable standards, environmental requirements, and project work plans. Working closely with project teams and local counterparts, the Officer ensures that deliverables are produced in a timely manner to support broader project objectives within established scope, schedule, and budget.</p><p>ENGAGEMENT • Work closely with the Chief of Party (ARISE Program Lead), Regional Director, the Program Implementation Unit (PIU), the Regional PIU Support Team, and Stakeholders to support technical design of infrastructures and engineering assessments, complying with established GGGI policies, and Omani Government standards, while ensuring timely action and response. • Keep abreast on civil engineering changes in policies and regulations, and undertake timely strategic review of GGGI's country program ensuring continued relevance. • Maintain close communication with the PIU Team, MENA Regional Support Team, and Omani Authorities to share project requirements, coordinate field activities, and facilitate smooth technical collaboration. In consultation with the Regional PIU Support Team, advise the Program Director and PIU Team on general Engineering rules, standards of internal and external best practices, and supervision of construction works. • Provide timely and high-quality support to the ARISE Program Director and PIU Team for the effective end-to-end execution of the engineering assignments. • Perform other tasks assigned as per required instructions, in support of the implementation of initiatives assigned with the MENA Regional PIU Support team.</p><p>DELIVERY • Assist in conducting engineering assessments, site investigations, and feasibility studies for water resource infrastructure, ensuring technical, environmental, and economic viability. • Prepare and review technical designs, technical specifications, drawings, bills of quantities (BoQs), and cost estimates for project infrastructure. • Oversee the design and construction supervision of boreholes, water harvesting dams, storage facilities, distribution networks, irrigation systems, and associated civil works. • Design and supervise the installation of fog water harvesting (fog catchment) systems tailored to the climatic conditions of Dhofar Governorate. • Provide technical leadership for water conservation measures, including fencing, erosion control, and watershed protection structures. • Ensure all engineering works and documentation comply with national regulations, international engineering standards, environmental safeguards, and climate resilience requirements. • Coordinate with contractors, consultants, government entities, and local communities to facilitate effective implementation, quality assurance, and timely delivery of infrastructure works. • Monitor construction progress, conduct site inspections, review contractors' deliverables, and certify completed works in accordance with contractual requirements. • Identify engineering risks and propose practical, cost-effective solutions to address technical challenges during design and implementation. • Support procurement processes by preparing technical documentation, evaluating bids, and providing technical recommendations for contractor and consultant selection. • Contribute to project planning, budgeting, reporting, and knowledge sharing by documenting engineering progress, lessons learned, and best practices. • Strengthen the capacity of project staff and local stakeholders through technical guidance and on-the-job support in sustainable water resource infrastructure development. • Maintain a reputation for quality and reliability through the provision of services consistently and in keeping with the policies and principles of the organization</p><p>WORKING CONDITIONS Water Resource Management Officer is a G8NAT grade level in GGGI s national salary scale. GGGI provides 15% of base salary towards retirement plan/long-term savings, 27 days of annual leave, and private health insurance that covers dental and vision. The appointment is for an initial 24 months, renewable subject to performance and budget availability. Duty station: Salalah, Dhofar Governorate. GGGI is committed to providing a work environment that is sufficiently flexible to accommodate diverse life-cycle challenges and assist Staff members to achieve a better balance between work commitments and personal and family commitments, thus ensuring high performance, long-term productivity and well-being of Staff members. For more information on GGGI's terms and conditions (allowances, health care, education etc.) please familiarize yourself with GGGI's Rules and Regulations that can be found here: https://gggi.org/policy-documents/. Child protection GGGI is committed to child protection, irrespective of whether any specific area of work involves direct contact with children. GGGI s Child Protection Policy is written in accordance with the Convention on the Rights of the Child.</p><p><strong>Desired Candidate Profile</strong></p><ul><li>A Minimum of a Bachelor's degree in Civil Engineering and/or Water Engineering. A Master's degree or a post-graduate qualification in a relevant field would be considered an advantage.</li><li>Preferably at least 6 years of relevant experience in engineering design and supervision of infrastructure constructions related to water infrastructures, building, dams, boreholes, etc.</li><li>Fluency in written and spoken English is a must; knowledge of another relevant language (especially Arabic) is an asset.</li><li>Good writing and editing skills.</li><li>High level of proficiency in MS Office applications.</li></ul><p>FUNCTIONAL</p><ul><li>Able to perform engineering assessments under time constraints.</li><li>Ability to manage time and prioritize effectively when the level of workload is high.</li><li>Able to work collegially under pressure with strict deadlines.</li><li>Able to handle multiple work assignments.</li><li>Self-initiative, motivated, and team-oriented, with capacity to work under pressure.</li><li>Strong ability to work with little supervision and/or virtually, while maintaining productivity.</li><li>Detail-oriented striving for quality and consistency demonstrating creativity, innovation, and a motivation drive in all outputs and communications.</li><li>Able to think strategically and in close collaboration with others. Able to learn quickly, demonstrate critical thinking, and make situation-appropriate decisions using sound judgment</li><li>Comfortable working both in a team and independently, pitch attitude a must.</li><li>Experience working in matrix teams with dual reporting.</li><li>Experience working in a high-paced environment.</li><li>Strong organizational skills that demonstrate a high level of accuracy and attention to detail.</li><li>Outstanding interpersonal and communication skills.</li><li>Knowledge of Engineering design software is a plus.</li></ul><p>CORPORATE</p><ul><li>Understand and actively support GGGI's mission, vision and values.</li><li>Promote an organizational culture of trust, transparency, respect and partnership.</li><li>Excel at problem solving, ask questions and seek support when needed, share easily information and knowledge with others both internally as externally.</li><li>Manage emotions and stress positively, build rapport and resolves conflict easily.</li><li>Strong ability to work independently and/or remotely, while maintaining productivity.</li></ul>

<p>Plan, design and supervise civil engineering projects including roads ,bridges, buildings, drainage, water supply and other infrastructure</p>

<p>Responsibilities: Collaborate with production team on equipment optimization Ensure compliance with safety standards during maintenance activities Maintain pharmaceutical machinery, HVAC systems &amp; chillers</p>

<p>This job is contract under Nama Dhofar Services by ISAG Consulting Engineers. -Duration of contract: 2 years. Main Job Description: Responsible for protecting wastewater SCADA and OT infrastructure against cyber threats by implementing security controls, ensuring regulatory compliance, conducting risk assessments, and maintaining secure and resilient industrial control environments.</p><p><strong>Desired Candidate Profile</strong></p><ul><li>Bachelor s degree in Cybersecurity, Computer Engineering, or related field.</li><li>Minimum 10 years of experience in industrial cybersecurity (ICS/OT environment preferred).</li><li>Strong understanding of:<ul><li>Network segmentation and industrial firewalls</li><li>IDS/IPS systems</li><li>SIEM tools and log monitoring</li><li>Risk management in control systems</li></ul></li><li>Familiarity with industrial cybersecurity standards and frameworks.</li><li>Preferred Certifications: CISSP, CISM, or equivalent</li><li>GICSP (Global Industrial Cyber Security Professional)</li><li>CEH (optional)</li><li>Training or certification aligned with IEC 62443</li></ul>

<p>Manage instrumentation and control activities across the DRI Plant. Support installation, testing, commissioning, start-up, and maintenance activities. Review P&amp;IDs, instrumentation datasheets, control system architecture, and technical drawings. Support FAT, SAT, testing, and performance verification activities. Monitor and troubleshoot DCS, PLC, SIS/ESD, and SCADA systems. Coordinate with technology licensors, vendors, EPC contractors, and internal teams. Support preventive and corrective maintenance activities. Lead and support instrumentation engineers, supervisors, and technicians. Ensure compliance with applicable HSE and technical standards.</p><p><strong>Desired Candidate Profile</strong></p><p>Bachelor s Degree in Instrumentation, Electronics, Electrical &amp; Instrumentation Engineering, or a related discipline with 10 15 years of relevant experience; OR Diploma in Instrumentation Engineering with 12 18 years of relevant experience. Minimum 8 years of experience with MIDREX or HYL/ENERGIRON technology. Strong knowledge of DCS and PLC systems. Experience with SIS/ESD, SCADA, and industrial control systems. Exposure to Siemens PCS 7 is highly preferred. Knowledge of SAP PM/MM, HART, Modbus, HAZOP, and SIL is an advantage. Strong commissioning, start-up, maintenance, and troubleshooting experience. Good English communication skills.</p>

<p>Responsible for configuration, maintenance, and optimization of SCADA systems used for monitoring and control of wastewater treatment plants, lifting stations, and associated infrastructure, ensuring system reliability, accurate alarm management, and operational efficiency.</p><p>Configure and maintain SCADA servers, clients, and historian systems. Develop and update HMI screens, trends, and reporting dashboards. Implement alarm configuration, rationalization, and performance optimization. Integrate new PLCs/RTUs and field devices into the SCADA system. Perform system backups, patching coordination, and version control. Support FAT, SAT, commissioning, and system upgrades. Ensure data integrity and accuracy for operational and regulatory reporting. Provide technical support to operations and maintenance teams. Perform any other duties assigned by NDS Management as required.</p><p><strong>Desired Candidate Profile</strong></p><p>Bachelor s degree in Electrical, Instrumentation, or Control Engineering. Minimum 8 years of experience in SCADA system configuration and maintenance within industrial environments (water/wastewater preferred). Experience in PLC/RTU integration and industrial communication protocols. Familiarity with Windows Server environments, virtualization, and SCADA redundancy setups.</p><p>Preferred Certifications: Project-specific SCADA platform certification PLC programming certification ISA training (ISA-95 / ISA-99 awareness)</p>

<p>Evaluates mechanical and electromechanical systems and products by designing and conducting research programs; applying principles of mechanics, thermodynamics, hydraulics, heat transfer, and materials. Product capabilities by designing feasibility and testing methods. Develops mechanical and electromechanical products by studying customer requirements; researching and testing manufacturing and assembly methods and materials; soliciting observations from operators. Planning and designing new production processes Maintains professional and technical knowledge by attending educational workshops; reviewing professional publications; establishing personal networks; participating in professional societies. Designing and implementing cost-effective equipment modifications to help improve safety and reliability and Developing, testing and evaluating theoretical designs; Developing a project specification, often including those from other engineering disciplines; Discussing and solving complex problems with manufacturing departments, sub-contractors, suppliers and customers. Managing projects using engineering principles and techniques Using research, analytical, conceptual and planning skills, particularly mathematical modelling and computer-aided design. Recommending modifications following prototype test results Working with other professionals, within and outside the engineering sector</p><p><strong>Desired Candidate Profile</strong></p><p>Strong written and verbal communication skills Planning and organizational skills, such as time and resource allocation &amp; commercial awareness Knowledge of Design Software, Strong initiative and Excellent problem solving skills. Experience of 5-8 years in Design and supervision of services for Buildings and Infrastructure</p>

<p>Responsible for the design, operation, and optimization of the industrial network and SCADA communication infrastructure supporting wastewater treatment plants, pumping stations, reservoirs, and remote assets. Ensures high availability, redundancy, secure connectivity, and continuous data flow across all control system components.</p><p><b><br></b></p><p><b>Key Responsibilities:</b></p><ul><li>Design and maintain SCADA network architecture for wastewater facilities and remote pumping stations.</li><li>Configure and manage industrial switches, routers, fiber networks, and communication links.</li><li>Implement and maintain network redundancy and failover mechanisms.</li><li>Monitor network performance, availability, and fault diagnostics.</li><li>Support SCADA data communication between PLCs, RTUs, and control room systems.</li><li>Coordinate with cybersecurity team on network segmentation and secure architecture.</li><li>Support disaster recovery and business continuity planning.</li><li>Participate in FAT/SAT, commissioning, and system upgrades.</li><li>Perform any other duties assigned by NDS Management as required.</li></ul><p><strong>Desired Candidate Profile</strong></p><p>Minimum Qualifications &amp; Experience:</p><ul><li>Bachelor s degree in Electrical Engineering, Control Systems, Computer Engineering, or related field.</li><li>Minimum 10 years of experience in SCADA / ICS environments, preferably in water or wastewater utilities.</li><li>Proven experience in managing industrial Ethernet networks (Layer 2/3).</li><li>Strong knowledge of:<ul><li>VLANs, RSTP/MSTP, routing fundamentals</li><li>SNMP configuration and network monitoring</li><li>Industrial communication protocols (Modbus TCP/IP, DNP3, IEC 60870-5-104, etc.)</li></ul></li><li>Hands-on experience in designing redundancy and high-availability architectures.</li></ul><p>Preferred Certifications:</p><ul><li>CCNA / CCNP (or industrial networking equivalent)</li><li>Vendor SCADA/network certification (e.g., Siemens, Schneider, GE)</li><li>ITIL Foundation (optional)</li></ul>

<p>Implement and maintain QA/QC procedures for electrical works in accordance with project specifications and quality standards. Prepare and review Inspection &amp; Test Plans (ITP), Method Statements, Checklists, and Quality Control Procedures. Conduct inspections of electrical installation and construction activities. Ensure electrical works comply with approved drawings, specifications, codes, and applicable standards. Inspect electrical equipment, materials, cable installations, termination, earthing, testing, and commissioning activities. Coordinate with site engineers, subcontractors, consultants, and client representatives for inspections and approvals. Prepare and maintain quality documentation, inspection reports, test reports, and project quality records. Identify quality issues, non-conformities, and deviations and coordinate corrective/preventive actions. Raise and close NCRs, observations, and punch points as required. Monitor material inspections and ensure materials conform to approved specifications. Participate in testing and commissioning inspections of electrical systems and equipment. Ensure proper implementation of ISO 9001:2015 quality management requirements. Support internal quality audits and maintain audit-related documentation. Monitor subcontractor quality performance and ensure compliance with project requirements. Coordinate with the project team to ensure timely completion of inspection and quality requirements.</p><p><strong>Desired Candidate Profile</strong></p><p>BE/B.Tech in Electrical Engineering / EEE . Minimum 5+ years of relevant experience in Electrical QA/QC. ISO 9001:2015 Internal Auditor certification is required. Strong knowledge of electrical installation, inspection, testing, and commissioning. Good understanding of QA/QC procedures and documentation. Experience with ITP, Method Statements, NCR, MIR, WIR, inspection checklists, and quality reports . Knowledge of relevant electrical codes, standards, and project specifications. Substation / Switchyard project experience will be an added advantage. Strong communication, coordination, and documentation skills. Ability to work independently and coordinate effectively with site teams and clients.</p>

<p><strong>Job Description</strong></p><p>Degree/Diploma with 10+ yrs. exp in plant/field instrumentation, calibration, installation, P&amp;ID, transmitters, control valves, switches, loop checking, fire &amp; gas installation etc.</p><p><br></p>

<p>Role &amp; responsibilities Lead and manage the PEB structural design team , including engineers, designers, and detailers. Review project specifications, architectural drawings, loading criteria, and client requirements. Plan and allocate design work according to project priorities, schedules, and manpower. Review and approve design calculations, structural drawings, fabrication drawings, and connection designs . Ensure designs comply with applicable international and local codes Coordinate with sales, estimation, project management, procurement, production, and site teams . Review design inputs and identify technical risks, clashes, and constructability issues at an early stage. Participate in technical meetings with clients, consultants, contractors, and suppliers.</p><p><strong>Desired Candidate Profile</strong></p><p>Bachelor's degree in Civil Engineering / Structural Engineering . Master's degree in Structural Engineering is an advantage. 15+ years of experience in structural engineering, preferably with significant experience in PEB. Strong experience in PEB design, analysis, detailing, and project coordination . Experience managing a team of structural engineers and detailers. Minimum 5 years of UAE experience is must.</p>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p>Ingénieur-e Intégration Validation Vérification Qualification Calculateur Electronique</p><br><br><p>CDI</p><br><br><p>Ingénieur &amp; Cadre</p><br><br><p>Temps complet</p><br><br><p>Au sein de la Direction Technique de Safran Electronics &amp; Defense, le Centre d'Ingénierie Contrôle Moteur et Puissance du site de Valence a pour mission de développer des calculateurs pour l'aéronautique et le spatial. <br>L'ingénieur-e IVVQ est en charge de la préparation et du pilotage de la remontée du cycle en V d'un calculateur aéronautique critique ou spatial. Ainsi, dans un premier temps, il structure et optimise la stratégie d'intégration, de vérification et de qualification des équipements, puis il s'assure du bon déroulé des travaux associés vis-à-vis des plannings et des process Safran Electronics and Defense, en pilotant l'équipe qui réalise les activités ou en réalisant l'activité. <br>Enfin, il est responsable des livrables liés à ses activités.<br>Il a une vision complète de l'équipement et de ses sous-ensembles, et est au cœur du produit : il interagit avec les architectes, les équipes de développement logiciel, électronique, mécanique, FPGA.</p><br><br><p>Des déplacements occasionnels sont à prévoir sur les sites Safran en France. </p><br><br><p>Titulaire d'un diplôme d'ingénieur en électronique ou équivalent, vous disposez d'une expérience professionnelle dans le domaine de l'IVVQ électronique et ou produit (supérieure à 5 ans), avec une expérience en essais de vérification formelle ainsi qu'en essais de qualification type DO160.<br>- Vous connaissez les normes aéronautiques DO178 ou DO254 ou ARP4754, ainsi qu'une norme de qualification type DO160. <br>- Vous êtes rigoureux-se, curieux-se et autonome, vous démontrez de bonnes aptitudes au travail d'équipe et au pilotage technique de petites équipes (1 à 5 personnes).<br>- Vous appréciez et savez communiquer avec des personnes d'autres métiers. <br>- Vous avez une bonne communication et possédez un bon esprit d'analyse et de synthèse.<br>Une bonne expression orale et écrite en français et anglais est indispensable.</p><br><br><br> </div>

<p><br></p> <p><b>Description</b></p> <p> Develop a comprehensive, long-term commissioning strategy specifically for the LDC's critical control systems (EMS, SCADA, and WAMS), ensuring alignment with OETC's broader infrastructure development plans.</p> <p> Provide direct strategic oversight across all testing and commissioning initiatives related to LDC system upgrades, integrations, and new system deployment.</p> <p> Mentor and develop the commissioning and testing team, setting KPIs to measure the effectiveness and efficiency of all control system activities.</p> <p> Serve as the primary technical liaison for commissioning and testing matters with leadership, other department heads (e.g., Engineering, Operations), and external vendors/system integrators.</p> <p> Represent OETC in industry forums and with APSR on issues related to the commissioning and compliance of control and monitoring systems.</p> <p> Resolve high-level conflicts or challenges that arise during complex LDC system projects to ensure timely and effective completion.</p> <p> Establish and implement a risk management framework for the control system commissioning program, including a departmental risk matrix to identify and mitigate potential technical, operational, and safety-related risks.</p> <p> Develop and enforce internal audit and quality assurance protocols to guarantee adherence to international best practices and regulatory requirements for EMS/SCADA/WAMS systems.</p> <p> Champion the adoption of new technologies and methodologies, such as automated testing, and advanced analytics, to modernize and future-proof the commissioning process for LDC systems.</p> <p> Create and maintain a knowledge base for all commissioning and testing data, ensuring valuable insights are captured and shared for future control system projects.</p> <p> Foster a culture of continuous learning and professional development within the team, building deep in-house expertise in modern control system technology.</p> <p>Minimum Qualifications (Educational Qualifications, Trainings or Certifications)</p> <p> Bachelor s degree in electrical engineering or equivalent qualification.</p> <p>Professional Experience</p> <p> Minimum of 7+ years experience in large, interconnected power system operations in relevant field.</p> <p> </p>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p>Ingénieur-e CEM confirmé-e F/H</p><br><br><p>CDI</p><br><br><p>Ingénieur &amp; Cadre</p><br><br><p>Temps complet</p><br><br><p>La Direction Ingénierie Electronique Mécanique et Optique de Safran Electronics and Defense recherche un-e Ingénieur-e CEM confirmé-e. Intégré-e au sein du Pôle CEM d'Eragny, le ou la candidate aura à terme une position de référent-e et devra :<br>- Assurer la réponse à appel d'offre et le suivi technique des projets dont il-elle aura la responsabilité sur l'ensemble du cycle de développement et/ou de maintien en condition opérationnelle.<br>- Analyser et décliner les spécifications EMI/Foudre du Système dans le but de fournir les contraintes de conception CEM de nos équipements électroniques.<br>- Participer au développement des équipements intégrant de l'électronique afin d'assurer leur conformité aux exigences environnementales CEM de ces équipements.<br>- Spécifier les électroniques de protection et de filtrage.<br>- Suivre/Piloter les essais CEM.<br>- Effectuer les expertises et investigations techniques qui lui seront confiées.<br>- Rédiger les documents de justification dans le cadre des validations, qualifications et certifications.<br>- Développer, capitaliser et diffuser ses compétences techniques au sein de l'équipe.<br>- Piloter les travaux de R&amp;T qui lui seront confiés.<br>- Participer au développement des capacités de modélisation/simulation adaptées aux besoins opérationnels de l'équipe.<br>Le poste requiert une expérience démontrée dans le développement de systèmes électroniques avec des compétences techniques solides en Compatibilité Electromagnétique. Plus particulièrement des connaissances normatives aéronautiques civiles et militaires (DO-160, MIL-STD-461, AECTP,…), des connaissances en terme de techniques d'essais et de mesures ainsi que des connaissances fortes en modélisation/simulation électromagnétique (simulation circuit, lignes de transmission, full-wave).</p><br><br><p>Des déplacements occasionnels au niveau national sont à prévoir et encore plus ponctuellement au niveau international.</p><br><br><p>De formation minimum BAC+5, vous justifierez d'une expérience professionnelle supérieure à 5 ans dans le domaine de la compatibilité électromagnétique et les effets indirects de la foudre. Des compétences en électronique, gestion de projet et en ingénierie des systèmes serait un plus.<br>En terme de savoir-être :<br>- Vous possédez de bonnes compétences en communication.<br>- Vous faites preuve de curiosité, d'autonomie et de dynamisme.<br>- Vous avez de bonnes capacités de travail en équipe.<br>- Vous êtes capable de travailler efficacement et de manière proactive avec d'autres équipes.<br>- Vous savez tenir les jalons dans un contexte multi-projet avec une bonne gestion des priorités.<br>- Vous avez des bonnes compétence en rédaction/revue de documentation technique.</p><br><br><br> </div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p>Ingénieur-e système &amp; IVV F/H</p><br><br><p>CDI</p><br><br><p>Ingénieur &amp; Cadre</p><br><br><p>Temps complet</p><br><br><p>Au sein de la Direction Technique, vous serez intégré-e dans Pôle d'Architecture de Plateforme Optronique. En équipes pluridisciplinaires, nous imaginerons ensemble les architectures dans nos futurs produits de haute technologie dans les secteurs aéronautique, terrestre et maritime en favorisant les synergies et l'intelligence collective.<br>Vous aurez pour mission de participer au développement de la plateforme SOM permettant d'héberger des fonctions de pilotage des systèmes optroniques et de traitement d'image. Pour remplir votre mission vous devrez réaliser :<br>• l'analyse du besoin client interne ;<br>• l'analyse des contraintes cyber, SDF et Ligne de produits ; <br>• la mise au point des méthodes de validation ;<br>• l'intégration des composants logiciels et FPGA <br>• le support à l'intégration avec nos différents produits ;</p><br><br><p>Compte tenu de l'environnement du poste et échanges réguliers avec nos filiales et partenaires, un niveau d'anglais opérationnel est nécessaire.</p><br><br><p>Doté-e d'une première expérience dans le domaine et titulaire d'un diplôme d'ingénieur-e, vous avez à cœur de continuer à monter en compétences. Nos technologies de pointe vous permettront d'approfondir vos connaissances techniques.<br>Vous êtes intégré-e comme Ingénieur-e Système au sein de nos projets/systèmes complexes dans le domaine de l'aéronautique et de l'armement. Structuré-e et pragmatique, vous disposez de compétences pluridisciplinaires qui vous permettent de concevoir le produit, de l'étude fonctionnelle à la mise en service. Partenaire de tous les métiers vous êtes acteur clé du développement et de l'innovation dans une processus de développement AGILE !</p><br><br><br> </div>