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Develop real-time Linux and Rust applications for semiconductor fabrication equipment. Design algorithms and simulations for robotic control systems, improve robot efficiency, and contribute to interdisciplinary projects involving motor controllers, path planning, and trajectory control. Interns receive significant ownership of mission-critical hardware and software initiatives and must provide a portfolio demonstrating software engineering work and projects built.

Build full-stack chip design tools in Rust, owning major features from design through shipping. Work across interactive editing, collaborative document models, synchronization, GPU rendering, simulation, WebAssembly, and integrations. Optimize for low latency, correctness, performance, and usability across native and browser environments. The role requires strong systems fundamentals and a portfolio demonstrating substantial software built from scratch.

Process Engineering Interns design and execute semiconductor and thin-film fabrication experiments, operate deposition, etch, lithography, and metrology tools, and develop, transfer, and optimize process recipes. Responsibilities include analyzing process data, troubleshooting equipment and recipes, researching technical literature, and documenting results. The role requires hands-on cleanroom and wafer fabrication experience, with opportunities to contribute to novel R&D processes and tool design.

Develop real-time Linux applications and Rust microcontroller firmware for semiconductor fabrication equipment. Build backend systems to capture and analyze semiconductor process data, contribute to end-to-end system bring-up, and work across hardware and software in a fast-paced engineering environment. Applicants must provide a portfolio demonstrating software engineering ability and projects they have built.

Software Engineering Interns will build full-stack applications, tools, and infrastructure for a software-defined semiconductor fab. Responsibilities include developing frontend and backend data-driven applications, sequencing and controlling fabrication operations, and analyzing semiconductor process data. Candidates will work hands-on across multiple technical domains and are expected to build and test complex software rapidly.

Design, prototype, analyze, and build semiconductor fabrication equipment. Create mechanical drawings and documentation, perform electromechanical simulations, and move prototypes into production with manufacturing and supply chain teams. The role requires hands-on mechanical and electromechanical design experience, rapid troubleshooting, and a portfolio demonstrating built systems. Interns may work across structures, optics, robotics, heat transfer, physics, chemistry, electrical engineering, precision machines, and vacuum systems.

Designs and executes semiconductor etch and thin-film fabrication experiments in a cleanroom environment. Develops, transfers, and optimizes process recipes across etch, deposition, lithography, and metrology platforms, emphasizing consistency, yield, and throughput. Analyzes process data, troubleshoots equipment and recipe issues, documents results, and contributes to novel device development and fab tool design.

Designs transistor architectures and executes tape-outs and electrical testing for advanced semiconductor devices. Performs I-V/C-V characterization, analyzes electrical and physical data, extracts device parameters, and develops technology performance models. The role also supports process and material improvements through diagnostic analysis, test automation, and cross-functional communication. Preferred experience includes TCAD or HSPICE, PDKs, test-chip layout, cleanroom operations, CMOS manufacturing, and semiconductor reliability testing.

Develops and optimizes semiconductor fabrication processes, with emphasis on etch, thin-film deposition, lithography, and nanofabrication. Responsibilities include designing and running cleanroom experiments, operating fabrication and metrology tools, developing recipes, transferring processes across platforms, analyzing process data, troubleshooting equipment and recipes, documenting results, and mentoring technical teams.

Own end-to-end electrical hardware development for semiconductor fabrication machines, including clean-sheet PCBA and electrical system design, schematic capture, layout, prototyping, bring-up, testing, integration, documentation, and productionization. Collaborate with software, mechanical, and process teams; investigate design approaches; perform analysis and simulations; and deliver reliable systems autonomously from concept through small-scale production.