- Design and develop advanced PFSA membranes by tailoring polymer architecture and membrane thickness through solution casting and coating processes to enhance PEM water electrolyzer performance and durability.
- Develop advanced structure and composite membranes to balance conductivity, mechanical strength and gas crossover.
- Optimize ionomer dispersions: solvent systems, equivalent weight (EW),

solids content, rheology and annealing conditions.

- Measure proton conductivity (in-plane and through-plane), IEC, water uptake, swelling, tensile and creep properties.
- Develop and implement component-level test methodologies to evaluate and characterize membrane properties, including mechanical, chemical,

thermal, and electrochemical performance.

- Run accelerated stress tests: Fenton/OCV chemical degradation, fluoride release rate, mechanical cycling and pressure-differential tests.
- Use characterization techniques like FTIR, NMR, TGA, DSC, DMA,

SAXS/WAXS, SEM/EDX and XPS to relate structure to performance.

- Assess H₂/O₂ crossover and membrane behavior in single-cell and short-

stack electrolyzer tests with the MEA level

- Transfer lab processes to pilot roll-to-roll casting/coating with process engineering; define specs and QC methods.
- Analyze the post operated MEA to identify the failure modes (Thinning,

Pinholes and chemical attack etc.)

- Qualify advanced membrane technologies through rigorous testing,

reliability assessment, and performance verification under application-

relevant operating conditions.

- Develop and implement safe work practices for PFSA ionomer handling and testing.
- Collaborate with cross-functional teams to translate membrane performance requirements into robust qualification plans and acceptance criteria.

EDUCATION AND EXPERIENCE REQUIRED :

- Ph.D.



in Chemical Engineering/Polymer Chemistry/Polymer Engineering or a related field with 1+ years of industry experience or M.Sc./M.Tech

(Polymer chemistry/Polymer science and technology) with 3+ years of industry experience

- Experience with electrochemical methods: EIS, polarization curves,

conductivity cells, gas crossover measurement.

- Working knowledge of PFSA ionomer chemistry: EW, side-chain structure,

phase-separated morphology, and degradation mechanisms is required.

- Background in membrane durability under high differential pressure, high current density or dynamic operation is essential.
- Exposure to hydrocarbons or PFAS-free ionomer alternatives is desired
- Track record of peer-reviewed publications or patents in ion-exchange membranes is preferred.

Ohmium Culture :

At Ohmium, you are expected to embody and champion our core cultural values:

- Accountability: I own my tasks and execute on time.

Demonstrate strong accountability by owning deliverables and decisions, ensuring timely and consistent results.
- Teamwork: I will not let other teams fail.

Takes ownership beyond own team to support cross-team success and prevent failures, thereby fostering a collaborative work environment.
- Learning Mindset: I drive change and learn from mistakes.

Exhibits a robust growth mindset by proactively leading meaningful change and consistently learning from experience.
- Winning Attitude: I compete to win.

Showing up every day with a strong perspective, to drive results and be the BEST in Green Energy.

Skills:-

Chemical Characterization, Electrochemistry, Electrolysis, Emissions Analysis, Impedance Measurement, Membranes, Membrane Technologies, Molecular Characterization, Polymer Chemistry, Polymer Engineering, Resin CastingEducation: -

Master of Engineering / Master of Technology (M.E./ M.Tech) - Chemical Engineering, Master of Science (M.S) - Chemistry, PhD - Chemical EngineeringOhmium is an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all employees.

📌 Engineer, Membrane development (Bengaluru)
🏢 Ohmium Operations
📍 Bengaluru