Lead Electrochemist

Company Description Agbara is on a mission to build a future with limitless, reliable energy that can power Africa’s full economic and social potential. The company focuses on reimagining long-duration energy storage using zinc-powered chemistry, high-density system configurations, and AI-enabled control technologies. Agbara combines advanced electrochemical research with practical engineering to deliver scalable storage solutions for real-world applications. Team members join a fast-growing, innovation-driven environment dedicated to solving complex energy challenges and creating sustainable impact across the continent.

Role Description The Lead Electrochemist is a full-time, on-site role based in Lagos State, Nigeria, responsible for leading the electrochemical design, testing, and optimization of Agbara’s zinc-based long-duration energy storage systems. This role includes planning and executing laboratory experiments, developing and validating cell chemistries, analyzing performance data, and translating results into improved battery architectures and operating protocols. The Lead Electrochemist will collaborate closely with R&D, hardware engineering, and software/controls teams to integrate electrochemical insights into high-density configurations and AI-enabled management systems. Day-to-day responsibilities involve supervising technical staff, maintaining lab standards and safety, documenting methodologies, and contributing to technology roadmaps and scale-up strategies. The role also includes staying current with advances in electrochemistry and energy storage, and representing Agbara’s technical capabilities in internal and external discussions.

Qualifications

• Candidates should possess strong expertise in Electrochemistry and Energy Storage, with a focus on advanced cell chemistries and performance optimization.
• Candidates should possess experience with Batteries and Fuel Cells, including testing, characterization, and failure analysis in laboratory and pilot environments.
• Candidates should possess a solid background in Research and Development (R&D), including experimental design, data analysis, and documentation of results.
• Candidates should possess the ability to lead technical projects, mentor junior scientists or engineers, and collaborate in cross-functional teams.
• Experience with zinc-based systems, long-duration storage technologies, or grid-scale energy applications is a strong advantage.
• Proficiency with electrochemical testing equipment, data analysis tools, and lab safety practices is required.
• Strong problem-solving skills, clear technical communication, and willingness to work on-site in a hands-on experimental environment in Lagos State, Nigeria.

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