Exoben Inc. is building a global energy ecosystem powered by advanced batteries, solar systems, energy storage platforms and EV infrastructure.
Our technologies, including LithioX™ and SodioX™, are designed to operate in real-world environments such as high temperatures, unstable grids and heavy daily usage. In these conditions, long-term reliability is not optional. It is essential.
Battery lifecycle is one of the most critical factors in determining system cost, performance and trust. Understanding how batteries degrade over time allows Exoben to design systems that last longer, perform consistently and reduce total cost of ownership.
We are looking for a highly analytical and research-driven Degradation & Lifecycle Scientist to lead the study of battery aging across Exoben’s platforms.
In this role, you will investigate how and why battery performance declines over time under different operating conditions.
You will focus on identifying chemical, structural and operational factors that lead to degradation, including temperature effects, charge cycles and material fatigue.
You will work closely with electrochemists, materials scientists and engineering teams to translate your findings into practical improvements in battery design and system operation.
You will study degradation mechanisms in lithium-ion and sodium-ion batteries.
You will analyze capacity fade, internal resistance growth and performance decline.
You will investigate the impact of temperature, charging patterns and environmental conditions.
You will design experiments to simulate long-term battery usage.
You will identify root causes of failure and performance loss.
You will propose strategies to extend battery lifecycle and improve durability.
You will support validation and long-term testing programs.
You will collaborate with engineering teams to implement lifecycle improvements.
You will contribute to predictive models for battery aging.
You have a Bachelor’s degree in Materials Science, Chemistry, Chemical Engineering or a related field. A Master’s degree is an advantage. A PhD is preferred.
You have strong experience in battery degradation analysis or lifecycle studies.
You understand electrochemical aging, material fatigue and system behavior over time.
You are highly analytical, detail-oriented and research-driven.
You are able to connect laboratory findings with real-world performance.
This role ensures Exoben’s batteries are built to last.
You directly improve product reliability, reduce long-term cost and strengthen customer trust.
Your work is critical for scaling Exoben’s systems globally.