Analysis Skills, Chemistry, Communication Skills, Data Analysis, Documentation, Electrochemistry, Energy Efficiency, English Language, Failure Analysis, Inductively Coupled Plasma Mass Spectrometry (ICP-MS), Intellectual Property (IP), Manufacturing, Material Science, Materials Engineering, Mechanical Testing, Nuclear Magnetic Resonance, Patents, Performance Tuning/Optimization, Problem Solving Skills, Process Development, Process Engineering, Product Development, Public Transport, Research & Development (R&D), Research Skills, Scientific Research, Search Engine Marketing (SEM), Systems Engineering, Team Player, X-Ray Diffraction
LOCATION
San Francisco, CA
POSTED
4 days ago
Researcher - Materials Engineer
Location: Yokneam
Position Type: Full‑time
About the Role
We are seeking ahighly motivated Materials Science and Engineering Researcher to joinour R&D team and contribute to the development of next-generationelectrochemical systems for CO capture. In this role, you will work at theintersection of materials science, electrochemistry, and systems engineering todevelop, evaluate, and optimize active materials, electrode formulations,membrane-electrode assemblies (MEAs), and cell architectures that enhancedevice performance, efficiency, and durability.
Thismultidisciplinary position combines expertise in chemistry, materialsengineering, electrochemistry, and process engineering. You will collaborateclosely with the Process Development, Electrochemistry, and Integration teamsto translate advanced materials and manufacturing innovations intohigh-performing, scalable electrochemical cell technologies.
Thisposition is ideal for someone who thrives in a fast‑paced, experiment‑drivenenvironment and wants to have a real impact on climate‑tech innovation. Youwill play a central role in developing the electrochemical core of thetechnology, directly impacting capture efficiency, energy consumption,durability, and scalability.
Key Responsibilities
Lead the advancement of technology at both materials and process levels.
Perform and analyze investigative testing in various characterization techniques (SEM, EDS, XRD, Spectrophotometry, ICP-MS, TGA/DSC, NMR, Mechanical Testing, etc.) for both product development and failure analysis.
Plan, execute, and analyze hands-on experimental work in a lab setting.
Control surface characteristics including morphology, wetting, and interfacial properties to optimize electrode performance, mass transport, and long-term stability.
Conduct comprehensive literature reviews to identify cutting-edge developments and potential solutions.
Work closely with Formulation & Electrochemistry teams to link material properties to electrochemical performance, and to propose new materials, and morphological manipulations.
Collaborate closely with international R&D partners to accelerate project progress and innovation.
Maintain high level of knowledge-documentation and organization.
Develop tools and workflows for automated or semi‑automated data analysis.
Contribute to IP and patents.
Qualifications
Required:
PhD. in Materials Science and Engineering, Solid-state Chemistry, or related fields, or alternatively MSc with at least 5 years of experience in relevant industries.
Strong analytical and experimental skills.
Strong communication and teamwork.
Curiosity and problem‑solving mindset, with a "can-do" attitude.
Fluency in English, both written and spoken
Advantages:
Experience with MEA development, flow fields, or gas‑diffusion systems.
Active (or renewable) certifications in characterization tools (SEM, EDS, XRD, etc.)