Design Engineer(Solar)
Job Summary
As a Solar Design Engineer you will play a key role in developing and implementing solar energy your engineering and renewable energy expertise you will design efficient cost-effective solar systems that meet customer needs technical specifications regulatory requirements and industry best practice.
Key Responsibilities
Conduct site assessments and gather data solar irradiance shading analysis structural considerations and electrical requirements to inform system design.
Receive leads from Sales and business development teams gather client requirements and prepare accurate timely commercial and technical proposals.
Develop plans for solar energy system deployment including monitoring and evaluation activities.
Use CAD software and simulation/modeling tools to produce detailed system layouts panel arrays inverters mounting structures and electrical wiring diagrams.
Perform engineering calculations and simulations (yield string sizing losses ROI) to optimize performance energy output and cost-effectiveness in line with industry standards.
Design and specify battery energy storage systems (BESS) and hybrid inverter configurations where required by client load profiles.
Collaborate with sales project management procurement and installation teams to develop comprehensive proposals and technical documentation.
Provide technical support throughout the project lifecycle design planning installation commissioning and post-project evaluation.
Stay current on emerging technologies industry trends and regulatory changes in solar PV and energy storage to drive innovation.
Participate in customer meetings presentations and site visits to explain design concepts and address technical inquiries.
Support EPRA licensing permitting and compliance documentation for projects.
Any other related duties as required from time to time.
Qualifications
Bachelor degree in Electrical Engineering Mechanical Engineering Renewable Energy Engineering or a related field; Masters degree an added advantage.
Minimum of 5 years experience in solar PV system design and engineering preferably including commercial industrial or utility-scale projects.
Proficiency in CAD software (AutoCAD or equivalent) and PV design/simulation tools such as PVsyst Helioscope PVCase or PV*SOL.
Working knowledge of solar PV technology system components battery energy storage systems (BESS) electrical principles and performance factors.
Familiarity with relevant standards and codes NEC IEEE IEC as well as Kenyan building codes EPRA regulations and permitting requirements.
Strong analytical problem-solving and decision-making skills with meticulous attention to detail and a focus on quality.
Effective communication and interpersonal skills with the ability to collaborate across internal teams external stakeholders and customers.
Valid EPRA T3 License (required).
Professional Engineer (PE) registration or Engineer-in-Training (EIT)/Graduate Engineer status with the Engineers Board of Kenya is an added advantage.
Willingness to travel to project sites and customer locations as needed.
Valid driving license is an added advantage.
Required Skills:
Bachelor degree in Electrical Engineering Mechanical Engineering Renewable Energy Engineering or a related field; Masters egree an added advantage. Minimum of 5 years experience in solar PV system design and engineering preferably including commercial industrial or utility-scale projects. Proficiency in CAD software (AutoCAD or equivalent) and PV design/simulation tools such as PVsyst Helioscope PVCase or PV*SOL. Working knowledge of solar PV technology system components battery energy storage systems (BESS) electrical principles and performance factors.
Required Education:
Bachelor degree in Electrical Engineering Mechanical Engineering Renewable Energy Engineering or a related field; Masters egree an added advantage. Minimum of 5 years experience in solar PV system design and engineering preferably including commercial industrial or utility-scale projects. Proficiency in CAD software (AutoCAD or equivalent) and PV design/simulation tools such as PVsyst Helioscope PVCase or PV*SOL. Working knowledge of solar PV technology system components