Head of Project Engineering

Job Locations; Nairobi, Lagos, Johannesburg

Purpose / Overview

The Head of Project Engineering will lead the project engineering function for our Solar +BESS+ Diesel/Gas hybrid installations with or without MV/LV distribution networks, providing leadership, ensuring high standards of design, quality, and cost-effectiveness, while bridging knowledge gaps across multiple teams. She/He will oversee the full design lifecycle from concept to detailed design and commissioning, ensuring integration of electrical, mechanical, and civil elements into a unified and efficient project engineering process.

KPIs:

1. Accuracy and quality of project designs (minimizing errors and rework).

2. Efficiency in design process timelines and meeting project milestones.

3. Team development and ability to transfer  knowledge.

4. Innovation and cost reduction in design methodologies.

Activities:

1. Leadership & Team Management:

   • Lead and manage the Project Engineering team, fostering a culture of collaboration, accountability, and continuous learning.

   • Mentor and develop engineers, particularly around solar, storage, hybrid, and grid-interactive systems, to bridge technical knowledge gaps.

   • Lead and manage design reviews and approvals to ensure high-quality, compliant designs.

2. Design & Technical Oversight:

   • Oversee preliminary and detailed design for Solar +BESS+ Diesel/Gas hybrid installations with or without MV/LV distribution networks, covering electrical, mechanical, and civil aspects.

   • Ensure designs meet technical(international), environmental, and regulatory standards.

   • Provide technical leadership in optimizing designs for cost efficiency, system performance, and ease of installation and maintenance.

   • Interface with other departments such as BD, Investments, Supply Chain etc to ensure client/project needs are met and BD leads/projects are closed.

3. Quality Assurance & Process Improvement:

   • Develop and implement engineering processes, ensuring consistency, accuracy, and quality across all designs.

   • Establish a robust quality control system to reduce errors, minimize rework, and manage risk in the design process.

   • Continuously refine and improve the engineering processes to drive efficiency and cost-effectiveness.

4. Project Lifecycle Activities Management:

   • Oversee project designs from conception to construction, ensuring designs are aligned with project goals and client expectations.

   • Coordinate closely with project management and construction contractors to ensure seamless transition from design to execution.

   • Ensure compliance with all design safety, environmental, and regulatory standards throughout the design and execution stages.

5. Stakeholder Management:

   • Collaborate with internal teams, including project management, business development, and supply chain, to align design goals with business and client needs.

   • Manage relationships with external consultants, suppliers, and contractors involved in the design and construction process.

6. Innovation & Continuous Improvement:

   • Stay abreast of the latest industry trends, technologies, and regulatory developments in solar, hybrid systems and MV/LV distribution.

   • Drive innovation in design strategies and technology adoption to enhance project performance and efficiency.