Careers
Located in Cambridge, MA, Sun Catalytix is an early-stage renewable energy company founded to commercialize a breakthrough catalyst and related technologies developed by Professor Daniel Nocera at MIT. As a recent recipient of a highly competitive ARPA-E award, Sun Catalytix is accelerating its efforts to unlock the virtually limitless energy resulting from the combination of sunlight and water.
MANUFACTURING ENGINEER, NEW PRODUCT INTRODUCTION
This is a full-time, technical position to conceive and develop volume manufacturing processes for the company’s emerging product line. The successful candidate will evaluate designs for manufacturability, facilitate rapid prototyping, perform cost modeling and make-buy analyses, and subsequently develop suppliers/supply strategies and trial manufacturing processes.
This is a full-time, senior technical position to develop and validate multi-physics models for novel solar and electrochemical products. The successful candidate will develop numerical and multi-physics models for heterogeneous systems involving fluid transport, electrochemical processes, and/or photonic processes.
SENIOR ELECTRICAL SYSTEMS ENGINEER
This is a full-time product development position for an electrical engineer with a systems perspective and a hands-on approach. The successful candidate will have demonstrated proficiency with power electronics at the kW or MW scale, and experience developing hardware interfaces to actuators and instrumentation.
This is a full-time position for a technician familiar with working in a mechanical development laboratory environment. Responsibilities include the build, modification, and testing of electrochemical and photovoltaic test equipment. Basic data reduction skills are required, as well as the clear documentation of test conditions and outcomes.
RESEARCH / DEVELOPMENT ASSOCIATE
This is a full-time, entry-level scientist / engineer position to conduct experimental work together with Research Scientists & Engineers in developing all aspects of our technology. Key areas of focus may include the chemical and electrochemical preparation and characterization of novel materials, along with the physical, spectroscopic, and electrochemical characterization of materials and reactions.