Lead advanced packaging process development, research, and optimization for next‑generation semiconductor devices.
Responsibilities
Research, develop, and optimize semiconductor processes focused on Advanced Packaging including depositions (ALD, PECVD, PVD, ECP) and surface preparation.
Design and conduct complex experiments using DOE and RSM methodologies; interpret and analyze experimental data.
Develop new films or processes for emerging packaging applications like W2W/D2W Hybrid bonding and perform advanced materials characterization.
Provide mentorship to Process Engineers and lead technical problem‑solving sessions using scientific methods and tools such as Ishikawa diagrams.
Collaborate with customers and marketing teams to define requirements and execute demonstrations.
Requirements
Master’s in Chemical Engineering, Materials Science, Electrical Engineering, or Physics
PhD in Chemical Engineering, Materials Science, Electrical Engineering, or Physics
Nice to have: integration advanced packaging process flows like CoWoS, SoIC, InFO
Nice to have: Process and equipment qualification data towards a full Semiconductor equipment PLC process
Nice to have: advanced metrology/Inspection characterization techniques
Lead the development of Oxylus’ proprietary catalysts, electrodes, membranes, and membrane electrode assemblies (MEAs) for our CO₂ electrolyzers, owning the materials roadmap and ensuring high quality, reproducible, and scalable materials.
Locations (3)
Branford, Connecticut, United States
Bridgeport, Connecticut, United States
Stamford, Connecticut, United States
Compensation
USD 115,000–135,000 per year base salary, commensurate with experience, education, and skills.
Responsibilities
Lead the design, fabrication, characterization, and optimization of catalysts and electrodes for CO₂ electrolysis.
Develop and qualify membrane conditioning and MEA fabrication processes and establish specifications and quality controls for each.
Characterize materials using imaging, chemical, and physical methods and connect the results to electrochemical performance.