This internship involves designing, testing, and optimizing electrochemical reactor prototypes to support the scale-up of hydrogen generation technology for industrial applications, with a focus on safety, performance, and cross-disciplinary collaboration.
Key Responsibilities
Design, build, and test chemical and electrochemical reactor prototypes for scale-up and pilot projects
Conduct benchtop R&D chemistry experiments to optimize by-product processing and purification
Analyze reactor data to improve design and operating conditions for efficiency and yield
Modify and integrate materials and coatings for electrodes, electrolytes, and other components
Develop and maintain SOPs and documentation for reactor assembly and testing
Collaborate with cross-functional teams to integrate product subsystems
Requirements
Pursuing education in chemical engineering, materials science and engineering, or related fields
Deeply motivated by the climate crisis and its downstream impacts
Track record of strong academic and/or project-based performance
Exceptional communication and documentation skills
Experience in one or multiple of the following electrochemical testing techniques including cyclic voltammetry (CV), electrochemical impedance spectroscopy (EIS), rotating disk electrode (RDE), polarization curves, Tafel analysis, etc.
Familiarity with assembly and operation of electrochemical devices such as gaseous and liquid flow systems, fuel cells, flow batteries, plating baths, pH probes, oxidation-reduction potential sensors, etc.
Hands-on experience in a wet-lab including chemical handling and safety, solution preparation, and sample analysis
Experience with hydrogen handling and safety equipment
Experience with sensor integration and data acquisition
Benefits & Perks
6-month co-op duration (January - June)
Ready to Apply?
Join Found Energy and make an impact in renewable energy