Senior Electrochemical Engineer

Who we are

Demand for critical minerals to power the energy transition is growing exponentially. Yet, we know mining deeper and broader, and building landfills higher and wider, works against our fight to save the planet. At Nth Cycle, we see the path forward. We believe the critical minerals needed for the energy transition are already in circulation today. We just didn’t have a clean, profitable way of retrieving them, until now.

You won’t find another team like ours. We believe in open, honest communication, and enjoying our work while changing the world. And we value the perspectives and opinions of our colleagues while pushing each other to excel.

We’re a dynamic team looking for a new team member who’s also passionate about addressing climate change and advancing the clean energy industry. Consistent with our commitment to diversity & inclusion, we value colleagues with the ability to work on diverse teams and with a diverse range of people.

If this is you, keep reading.

As an Electrochemical Engineer, you’ll design, execute, and analyze experiments for electrochemical systems used in metal recovery and battery recycling. This role will be focused on electroextraction of copper from recycled feed stocks. You will sit at the intersection of lab testing, process development, and scale‑up, supporting Nth Cycle’s core technology designs and integration into commercial processes. We are looking for someone who can drive and guide analytical electrochemical testing and be a resource for electrochemistry principles.

• Design and run experiments involving copper electroextraction cells (bench to pilot to commercial scale).
• Perform techniques like cyclic voltammetry, chronoamperometry, electrochemical impedance spectroscopy (EIS).
• Utilize electrochemical experiments to determine quantities such as the electrochemically active surface area, diffusion layer thickness, corrosion rate, limiting current density, etc. and their impact on copper product morphology.
• Evaluate reaction kinetics, efficiency, and system stability.
• Prepare chemicals and electrolytes for use through safe laboratory techniques and best practices.
• Align electrochemical characterization with materials characterization to inform cell component decision‑making.
• Work alongside a Chemical Engineer to translate results from R&D electrochemical tests to support and optimize cell and process scale‑up.

• Analyze electrochemical data and extract meaningful performance metrics.
• Develop models to understand system behavior and optimize performance.
• Document findings in technical reports and present to cross‑functional teams.

• Support scaling from lab experiments to pilot and commercial‑scale systems.
• Optimize operating parameters such as current density, voltage, electrolyte composition, and temperature.
• Collaborate with process and mechanical engineers on system improvements.

• Set up, calibrate, and maintain electrochemical test equipment
• Troubleshoot instrumentation and experimental setups
• Ensure lab safety and compliance with protocols

• Work closely with materials scientists, chemical engineers, and operations teams.
• Support technology transfer from R&D to manufacturing.

• Bachelor’s, Master’s, or PhD in:
  • Chemical Engineering.
  • Electrochemistry.
  • Materials Science.
• 5-10 years of hands‑on experience in:
  • Electrochemical testing, electrowinning, or battery systems.
  • Application of the fundamentals of electrochemistry toward the creation of new test methods.
  • Lab‑scale experimental design and execution.
  • Data analysis (Python, MATLAB, or similar tools).
• Experience with:
  • Potentiostats/galvanostats.
  • Electrochemical techniques (CV, EIS, etc.).
  • Handling aqueous or non‑aqueous chemicals.

• Experience in:
  • Battery recycling or hydrometallurgy
  • Metal extraction or plating processes
  • Scale‑up from lab to pilot/commercial‑scale systems
• Familiarity with:
  • Process control systems
  • Automation or data acquisition systems

• Strong analytical and problem‑solving ability.
• Hands‑on experimental mindset.
• Ability to interpret complex data and translate into actionable insights.
• Clear technical communication.

• Direct impact on sustainable metal recovery and circular supply chains.
• Work on cutting‑edge electro‑extraction technology.
• Blend of lab research and real‑world industrial application.