Jobs at Enexor

Design, simulate, and translate adsorption and gas-separation processes into hardware. Create PFDs/P&IDs, perform mass and energy balances, size equipment, develop CAD layouts, support fabrication/commissioning, analyze test data, and collaborate with cross-functional teams to optimize modular waste-to-energy and carbon capture systems.

Lead and scale a multidisciplinary mechanical, electrical, and controls engineering team to design, prototype, fabricate, and deploy distributed waste-to-energy and carbon capture systems. Own technical architecture across combustion, thermal, gas separation, pressure, and controls subsystems; build engineering processes, guide trade-offs, support manufacturing and field commissioning, and partner with executives on strategy and hiring.

Own and maintain Autodesk Inventor 3D models and 2D drawings; produce fabrication, assembly, and field drawing packages; manage part libraries, BOMs, and revisions; collaborate with mechanical, electrical, and process engineers; translate concepts into manufacturable designs and resolve shop-floor issues in real time.

Lead cross-functional hardware product development for modular electromechanical systems from concept through prototyping, testing, and field deployment. Oversee program planning, timelines, risk management, manufacturability, and reliability while working hands-on with engineering and manufacturing and collaborating with executive leadership on roadmap and priorities.

Lead mechanical design, integration, and validation of waste-to-energy and carbon capture subsystems. Own CAD, FEA/CFD modeling, prototyping, testing, BOM/DFM, and cross-functional deployment. Optimize for manufacturability, cost, and field performance while collaborating with process, controls, and fabrication teams.

Lead end-to-end development of a Class II ventilator, managing schedule, risks, vendors, and cross-disciplinary integration. Translate requirements into engineering workstreams, oversee design reviews, maintain DHF/DMR and design controls, support prototyping, V&V, and hands-on system integration.

Design and model mechanical subsystems using Autodesk Inventor; build and test prototypes for airflow, pressure, vibration, and structural performance; support DFM, BOM creation, and FDA design control documentation; perform V&V testing; integrate systems with electrical/firmware/manufacturing teams; contribute to risk analysis and regulatory labeling.