Electrochemical R&D Lead

Job Title: Electrochemical R&D Lead

Department:

Job Summary:

Electrochemical R&D Lead

Key Responsibilities:

1. R&D Leadership

• Lead core R&D programs on electrochemical devices (electrolysers, fuel cells, batteries) with focus on component and system-level innovation.
• Drive technology development for electrodes, membranes, coatings, and catalysts to improve efficiency, durability, and cost.

2. Experimental Design & Testing

• Design, plan, and execute experiments related to electrochemical performance, degradation studies, and material qualification.
• Oversee single-cell, short-stack, and full-stack testing with deep understanding of SEC, overpotentials, and gas crossover.

3. Technology Development

• Identify, evaluate, and implement novel electrochemical materials (e.g., non-precious catalysts, polymer membranes, advanced separators).
• Collaborate with modeling teams to guide material and component optimization using DFT, CFD, and FEA insights.

4. Team & Project Management

• Manage a team of scientists and engineers to meet project milestones and technology readiness levels (TRL).
• Develop and manage internal and collaborative research programs with academic and industrial partners.

5. IP, Documentation & Reporting

• Drive intellectual property creation-file patents, write disclosures, and contribute to publications.
• Prepare technical reports, performance summaries, and presentation material for internal stakeholders and leadership reviews.

Required Qualifications:

• PhD or Master's degree in Electrochemistry, Chemical Engineering, Materials Science, or related field.
• 8+ years of hands-on R&D experience in water electrolysis, fuel cells, or battery technology.
• Proven track record of delivering electrochemical innovations from lab to prototype scale.

Preferred Skills:

• Deep knowledge of electrode kinetics, mass transport, and degradation mechanisms.
• Familiarity with test bench design, electrochemical impedance spectroscopy (EIS), and advanced characterization tools (SEM, XPS, XRD, etc.).
• Experience in scaling up laboratory technologies to pilot or commercial systems.
• Prior exposure to technology transfer, supplier qualification, or product development in green energy systems.