R&D Engineer EHV/HVDC Cables Accessories H/F

Role Definition

Aventa is looking for a talented and motivated R&D Engineer specializing in Extra High Voltage (EHV) and High Voltage Direct Current (HVDC) Cable Accessories manufacturing. This role offers a unique opportunity to contribute to cutting-edge advancements in the field of power transmission.

Our undisclosed client holds a significant position in the EHV/HVDC Cable manufacturing sector throughout the Kingdom of Saudi Arabia, GCC, and the wider MENA region, celebrated for their innovative strategies and steadfast commitment to excellence. They take a proactive stance in advancing their industrial domain through the production of EHV/HVDC Accessories, particularly focusing on Joints & Termination solutions. As a trusted collaborator, we closely engage with them to bolster their objectives and enhance their standing in the market

• Designing Accessories: Develop designs for accessories such as joints and terminations required for EHV and HVDC systems. This involves conceptualizing, modeling, and detailing the components using CAD software.

• Software Utilization: Apply specialized software tools for stress analysis, CAD modeling, and other design tasks. Ensure proficiency in relevant software packages to optimize design efficiency and accuracy.

• Material Selection: Conduct thorough material selection processes to choose the most suitable materials for accessories based on factors like electrical properties, mechanical strength, durability, and environmental conditions.

• Collaboration: Collaborate closely with other engineering disciplines, project managers, installation teams, and stakeholders to ensure seamless integration of accessories into overall system designs. Communicate effectively to address design requirements and resolve any issues that arise during the design and implementation phases.

• Testing and Evaluation: Conduct testing and evaluation of accessory designs to validate performance, reliability, and compliance with industry standards and project requirements.

Expected Results :

• Conduct research and development activities focused on EHV and HVDC cable accessories, including but not limited to terminations, joints, and connectors.

• Design and prototype new products and solutions that meet technical specifications and customer requirements.

• Collaborate with cross-functional teams including production, testing, and quality assurance to ensure successful product development and commercialization.

• Perform detailed analysis and simulation using relevant software tools to optimize product performance and reliability.

• Stay updated with industry trends, standards, and regulations related to EHV and HVDC cable accessories.

• Support continuous improvement initiatives and provide technical expertise to resolve complex engineering challenges.

• The R&D engineer is expected to deliver high-quality designs for EHV/HVDC accessories that meet or exceed industry standards, customer specifications, and project requirements. This includes components such as joints, terminations, insulators, and connectors that are designed to withstand high voltages, currents, and environmental conditions.

• The R&D engineer is expected to develop cost-effective solutions for EHV/HVDC accessories manufacturing, considering factors such as material costs, manufacturing processes, and lifecycle expenses. This includes identifying opportunities for cost optimization without compromising product quality or performance.

• The designed accessories should comply with relevant industry standards, codes, regulations, and safety requirements governing EHV/HVDC systems. This includes ensuring that designs meet regulatory certifications, performance standards, and quality assurance protocols to facilitate product acceptance and marketability.

Position Sizing :

• Determine the amount of engineering resources, including personnel, equipment, and software tools, allocated to the design of EHV/HVDC accessories.

• Establish timelines and milestones for each design project, allocate sufficient time for research, conceptualization, modeling, testing, and iteration phases to ensure thorough and high-quality designs.

• Identify potential risks and uncertainties associated with design projects, such as technical challenges, material availability, or changes in project scope. Implement risk mitigation strategies.

• Quality Assurance and quality control processes throughout the design lifecycle, implement rigorous testing procedures, design reviews, and validation protocols to ensure that EHV/HVDC accessories meet performance specifications, industry standards, and customer requirements.

• Collaboration and effective communication among cross-functional teams, including electrical engineers, manufacturing engineers, procurement specialists, and project managers.

• Continuous Improvement initiatives aimed at enhancing design processes, tools, and methodologies, employee training, skills development, and technology upgrades to ensure that the design team remains up-to-date with the latest advancements in EHV/HVDC technology and manufacturing practices.

• Documenting design processes, specifications, test results, and project outcomes. Ensure that comprehensive records are maintained for future reference, regulatory compliance, and knowledge transfer purposes

Qualification

• Education: Bachelor’s or master’s degree in electrical engineering or related field is typically required, particularly for positions involving research or advanced design work.

• Experience: Demonstrated proficiency as a design engineer specializing in EHV/HVDC accessories is a prerequisite. This entails having accumulated several years of pertinent professional experience, ideally within the electrical power sector or a related industry. 

• Proven experience in research and development within the power transmission industry, specifically in EHV and HVDC cable accessories.

• Strong knowledge of design principles, materials, and manufacturing processes related to cable terminations, joints, and connectors.

• Proficiency in engineering software tools for design and analysis (e.g., CAD, FEA, CFD).

• Excellent problem-solving skills and ability to work independently as well as part of a team.

• Effective communication skills with the ability to present technical information clearly and concisely.