Design and optimize manufacturing processes for display and semiconductor technologies, leading technical programs and collaborating with cross‑functional teams.
Locations (2)
Albany, New York, United States
Santa Clara, California, United States
Compensation
$128,000.00 - $176,000.00
Responsibilities
Owns, manage, and drive technical programs, report out timely status and interface with various stakeholders and management leading to completion.
Develop, optimize, and own process flows, ensuring the highest level of product performance, yield, and reliability.
Collaborate with design, process, and equipment engineers to define and implement process integration strategies and methodologies.
Process and manage wafers and integration lots through process flows in integration lines and collect metrology data to ensure meeting SPC spec.
Collect on‑wafer data, perform data analysis, and provide outcome, learnings and plan for the next process steps.
Requirements
Master's degree in Electrical Engineering, Chemical Engineering, Materials Science, or a related field
Lead the technical development and management of microfabrication engineering for next-generation neural interfaces.
Compensation
Base Compensation: $175k - $200k
Responsibilities
Lead the technical development of next-generation, high-channel-count, flexible thin-film neural electrode arrays.
Serve as the primary technical point of contact and subject matter expert for microfabrication technology across multidisciplinary engineering teams.
Define and guide the development of thin-film material stacks, including polymer substrates, conductive layers, dielectric insulation, electrode materials, and protective coatings.
Drive architectural and process decisions balancing electrical performance, mechanical flexibility, manufacturability, and long-term reliability.
Identify and evaluate emerging materials, advanced fabrication techniques, and new technologies that could enable significant improvements in device capabilities.
Support MEMS product development from concept to prototype, collaborating with internal experts and customers, and gradually taking on project management responsibilities.
Responsibilities
Contribute to MEMS development projects from concept to the delivery of a final prototype.
Evaluate customer designs and ensure manufacturability together with CAD and process experts.
Help define process flows and build fabrication recipes for new products with support from experienced colleagues.
Collaborate with cross-functional experts early in the project to ensure a robust concept.
Analyze process results using SEM and other characterization methods.
Requirements
PhD in microfabrication/nanotechnology
Master’s degree in microfabrication/nanotechnology
A proactive role to develop, optimise and industrialise Phlux's III–V semiconductor technologies, supporting scale-up of existing products and development of new product ranges from R&D to mass production.
Compensation
Competitive salary based on experience.
Responsibilities
Lead and coordinate the development and optimisation of III–V fabrication processes with external foundries, translating R&D requirements into practical process specifications.
Plan and coordinate experiments, including Design of Experiments (DoE), to improve device performance, process stability and manufacturability.
Act as a primary technical contact for foundries, coordinating technical reviews, development actions and milestones; assess capabilities and support qualification of new partners.
Investigate process, device performance and yield issues, establish root causes and work with partners to implement and verify corrective actions.
Work with device design, epitaxy and characterisation teams to assess process interactions and variation, support design for manufacturability and inform technology development.
Regional General Manager is responsible for defining and executing regional growth strategies, building C-level customer relationships, and leading regional operations within the semiconductor industry.
Responsibilities
Define and execute a multi-year regional growth strategy aligned to key semiconductor inflections (node transitions, advanced packaging, heterogeneous integration)
Build and maintain C-level customer relationships, positioning Onto as a strategic partner across roadmap, yield, and cost challenges
Serve as the executive face of Onto in the region, strengthening brand, credibility, and market presence
Attract, develop, and retain high-performance commercial, applications, and service teams
Hold local directorship and legal powers of attorney, ensuring Onto entities are compliant with local regulations
The Research Assistant will contribute to the DARPA AMPHORA program, developing portable, cold chain free systems to preserve microbes using lithography, microfabrication, and microfluidic experiments.
Compensation
This is a 9-month term position from the date of hire, with the possibility of extension, contingent upon work performance and continued funding to support the position.
Responsibilities
Be trained in state-of-the-art lithography and microfabrication
Process Integration Intern within the Keysight Labs/High Frequency Technology Center, contributing to next-generation heterogeneous integration and advanced packaging technologies.
Compensation
(PhD) CA Pay Range-$55.14 - $59.38
Responsibilities
Assisting with the planning, execution, and documentation of engineering experiments to evaluate process, material, and equipment performance.
Collecting, analyzing, and interpreting process, defectivity, metrology, and electrical test data to identify trends and improvement opportunities.
Investigating process integration challenges and supporting root cause analysis of yield, quality, and reliability issues.
Collaborating with process, equipment, yield, metrology, and product engineers to drive continuous improvement initiatives.
Evaluating the interaction of process steps across the manufacturing flow and assessing their impact on device performance, yield, and manufacturability.
Requirements
Graduate student pursuing M.S. or Ph.D. in Electrical Engineering
Graduate student pursuing M.S. or Ph.D. in Mechanical Engineering
Graduate student pursuing M.S. or Ph.D. in Chemical Engineering
Graduate student pursuing M.S. or Ph.D. in Materials Science
Graduate student pursuing M.S. or Ph.D. in Chemistry
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