Description Verdox, Inc. is dedicated to reversing climate change through the development and deployment of advanced technology.  The company’s proprietary electro-swing process, developed at MIT, enables carbon dioxide and other acid gasses to be captured with up to 80% less energy and 70% less cost than conventional approaches.  Verdox is backed by institutional investors and based in Boston.

Verdox seeks an Electrochemical Engineer to join our R&D team.  This position reports to the Chief Technology Officer (CTO). Key Responsibilities Build and maintain electrochemistry R&D infrastructure Comprehensive modeling of electrochemical systems, optimization and sensitivity analysis, charge-rate/capacity optimization, capacitive EDL vs Faradaic electron transfer optimization. Analyze charge transfer, chemical reactions, flow patterns, etc. Simulation of different operational conditions (charge-rate, gas composition, temperature, pressure) using developed models Guide design and fabrication of electrochemical/chemical/mechanical systems – including electrochemical cells, stacking of cells, gas flow channel geometry, etc. Assist in the development of experimental protocols for testing of electrochemical systems – study of cycle life and calendar life of electrodes and cells; multi-step models to study degradation processes; design of custom-made testing equipment Data analysis for performance optimization – prototype to product translation Overall engineering support

Skills Knowledge and Expertise PhD in Chemical Engineering, Mechanical Engineering, or equivalent, with a focus on electrochemical systems and energy storage Laboratory experience of electrochemical techniques – CV, SWV, G/PITT, RDE, RRDE, CC/CV charge-discharge, EIS Advanced quantitative EIS interpretation – equivalent circuit design; data fitting Advanced quantitative understanding of electrochemical thermodynamics, kinetics and transport phenomena; interfacial phenomena; porous electrodes; double layer capacitance; charge transfer kinetics (with some quantum chemistry understanding), etc. Advanced mathematical knowledge (analytical and numerical solutions of PDEs, linear algebra, etc.); Mathematical modeling of complex electrochemical/chemical/mechanical systems Some experience in assembly of electrochemical cells (preferred) – fuel cells, flow cells, batteries, capacitors, etc. Some understanding of organic chemistry and reaction mechanism Excel, MATLAB (or equivalent), COMSOL (or equivalent), CAD software, data analysis, DigiElch (or equivalent), EIS simulation. Ability to work in cross-functional teams Strong oral and written communication skills Comfortable working in an evolutionary and dynamic startup environment