Lead integration of advanced optoelectronic devices into silicon photonics platforms, providing technical leadership on process requirements, fabrication feasibility, and device reliability.
Responsibilities
Lead integration of advanced materials and active device technologies into silicon photonics platforms
Provide technical direction on physics, architecture and optimization of high-speed photodetectors and phase-shifters
Translate system and circuit-level requirements into device-level specifications
Partner with outsourced silicon wafer foundries to guide process development
Influence and collaborate across design, test, manufacturing and reliability teams
Requirements
Master's degree or higher in Electrical Engineering, Physics, Photonics or a closely related discipline
Lead experimental research in advanced materials and membrane development for water and critical mineral recovery.
Compensation
The expected hiring range for this position is $72,879.00-$121,465.00.
Responsibilities
Synthesize monomer and polymer materials for polymer membranes and sorbents development
Conduct surface modification and functionalization to membranes and sorbents to achieve target separation properties
Formulate and synthesize inks for membrane deposition, including electrospinning, slot-die coating, and 3D printing
Design composite and hybrid materials and membranes to enhance selectivity and permeance of membranes or separation factors, adsorption capacity and kinetics, and chemical stability of sorbents
Conduct structure, microstructure, physics and chemical properties of materials, as well as transport, separation, and electrochemical properties of membranes
Requirements
PhD in chemical engineering, material science, or related fields
Applicants may be entitled to: Mandatory Statutory Benefits according to the laws and legislation Staff dormitory, Dining hall, Gym room, Company Shuttle, and other supportive facilities and services for those living on-site Occupational health check-ups, Shuttle bus, Supplementary housing allowance (those not in dorms), Meal subsidy, etc. Labor unions or other kinds of associations of interest, rich recreational activities such as company Annual Dinners, holiday gifts and greetings, team building, and various social activities. Systematic training courses, Development projects, and Career paths
As a Module Equipment Development Engineer, you will lead the development and optimization of advanced semiconductor manufacturing equipment and processes, enabling Intel to deliver high-performance devices.
Compensation
Annual Salary Range for jobs which could be performed in the US: $115,110.00-219,550.00 USD
Responsibilities
Develop Equipment capable of delivering on new process requirements in Dielectrics Thin Films.
Develop robust Equipment modules that can be transferred seamlessly to high volume manufacturing.
Collaborate with equipment and material suppliers to evaluate, qualify, and implement novel technologies into manufacturing processes
Support technology transfer to high-volume manufacturing through training, audits, and maintaining process consistency across sites
Design, execute, and analyze experiments to optimize advanced manufacturing processes, including material selection, equipment metrology, and parameter tuning
Requirements
Bachelor's degree in Materials Science, Chemical Engineering, Physics, Chemistry, Electrical Engineering, or related STEM field
Master's degree in relevant STEM fields
PhD in Materials Science, Chemical Engineering, Physics, Chemistry, or related STEM field
Nice to have: hands-on experience working with equipment troubleshooting, maintenance, or development in collaboration with suppliers
Nice to have: experience at a Semiconductor manufacturing tool supplier
Researcher Scientist III, Chemistry & Biochemistry
Lead independent research in advanced materials characterization, synthesis, and catalytic performance to advance heterogeneous catalyst and energy-related material development.
Responsibilities
Design, conduct, and optimize materials characterization experiments
Apply XPS, XAS, EXAFS, and TEM techniques
Conduct operando and in-situ studies
Analyze experimental data to correlate material properties with performance
Support process engineers in the research, development, and optimization of semiconductor processes, including ALD, PEALD, Epitaxy, PECVD, oxidation, annealing, and/or curing.
Responsibilities
Support process engineers in the research, development, and optimization of semiconductor processes, including ALD, PEALD, Epitaxy, PECVD, oxidation, annealing, and/or curing.
Assist with the design and execution of experiments to evaluate process performance, materials properties, and equipment capabilities.
Collect, analyze, and interpret experimental data with guidance from experienced engineers.
Gain exposure to Design of Experiments (DOE) and other structured problem-solving methodologies used in semiconductor process development.
Support thin-film development and characterization for emerging semiconductor applications.
Requirements
Master’s in Chemical Engineering
Master’s in Materials Science or Materials Engineering
As a Process Engineer, you'll play a crucial role in designing and optimizing manufacturing processes for display and semiconductor manufacturing technologies. You collect and analyze data, perform hardware characterization, and troubleshoot engineering issues.
Compensation
$124,000.00 - $171,000.00
Responsibilities
Collect data, analyze, and compile reports on basic process engineering experiments
Perform hardware characterization on basic systems
Troubleshoot problems, perform Root Cause Analysis, and resolve basic process engineering issues
Measure film properties and organize data/reports for review
Generate internal documentation for products, presentations, and technical reports
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