Renewable Energy Engineer / Process Safety Engineer

Role overview

Renewable energy engineering

• Evaluate, design, and support solar, wind, and other renewable energy systems.
• Assess energy requirements and analyze site and system performance data; support feasibility studies and develop engineering specifications.
• Collaborate on installation, commissioning, performance monitoring, and maintenance planning.
• Evaluate energy efficiency, identify power-generation improvements, review proposals, and support projects that reduce environmental impact.

Process safety engineering

• Identify industrial hazards, evaluate operational risks, and develop measures to prevent accidents and equipment failures.
• Review process designs and safety systems and support risk assessment activities.
• Participate in HAZOP, LOPA, and other process safety reviews.
• Help develop safety procedures, investigate incidents, evaluate corrective actions, and align operations with safety standards and regulations.
• Work with process engineers, operations teams, and safety professionals to maintain safe, reliable facilities.

Qualifications

• Degree or diploma in Renewable Energy, Electrical, Chemical, Mechanical, or Process Engineering, or a related technical discipline.
• Understanding of renewable energy technologies, energy systems, engineering design, or industrial process operations.
• Solar PV, wind, energy efficiency, or power-system fundamentals are advantageous for renewable roles.
• Process hazard analysis, risk assessment, safety instrumented systems, and industrial safety knowledge are beneficial for process safety roles.
• Familiarity with engineering calculations, technical drawings, simulation tools, and technical documentation.
• Understanding of environmental regulations, engineering standards, and workplace safety requirements.

Skills and competencies

• Proficiency in Microsoft Office and ability to prepare technical reports and presentations.
• Strong analytical, numerical, organizational, and problem-solving skills.
• Effective communication and teamwork across engineering disciplines.
• Commitment to safety, environmental responsibility, technical accuracy, and continuous improvement.