Jobs at SRI International

Supports full-cycle accounts payable operations, including invoice intake, payment processing, ACH, wire and check disbursements, vendor statement reconciliation, AP aging, balance sheet reconciliations, reporting, vendor inquiries, documentation, internal controls and cross-functional workflow improvements.

Supports customer integration, system bring-up, testing, troubleshooting, and performance tuning for low-light CMOS cameras. Builds evaluation kits, writes Python scripts, creates test benches, recommends sensors and software based on customer needs, and produces technical documentation. Serves as the technical liaison between customers and internal engineering teams while supporting product optimization. The role is onsite in Princeton, New Jersey, and may require up to 30% travel.

Design and develop CMOS/CCD image sensor pixels, architectures, layouts, and process integration schemes. Characterize imager chips, simulate advanced pixels, evaluate fabrication experiments, and collaborate with foundries and mixed-signal and digital design teams. Support technical proposals and customer activities for low-light, space-qualified, lidar, and commercial imaging products. The role is onsite in Princeton, New Jersey, requires U.S. citizenship or permanent residency, and may involve up to 10% travel.

Designs and verifies mechanical parts, assemblies, and precision packaging for custom image sensor systems using SolidWorks and related simulation tools. Creates engineering documentation, product structures, ECOs, releases, and renderings; collaborates with electrical engineering, manufacturing, subject-matter experts, and program management. Supports proposals and reviews, interfaces with fabrication facilities, and performs hands-on cleanroom and laboratory work involving precision assemblies, epoxies, microscopes, and inspection equipment.

Designs, fabricates, integrates, operates, and troubleshoots mechanical parts and systems for advanced materials process lines. Responsibilities include mechanical design, fabrication oversight, engineering analysis, prototype development, system integration, experimental data interpretation, vendor coordination, and technical leadership within multidisciplinary teams.

Designs, fabricates, integrates, operates, and troubleshoots mechanical parts and systems for advanced-materials process lines. Responsibilities include mechanical design, fabrication oversight, prototype development, engineering analysis, laser material processing, system integration, experimental data interpretation, vendor coordination, and technical leadership. The role requires onsite collaboration with interdisciplinary teams to develop and field novel solutions for R&D and production applications.

Supports low-volume, high-mix microcircuit manufacturing through hands-on wafer fabrication process engineering. Responsibilities include sustaining, optimizing, integrating, and developing processes across deposition, etch, diffusion, wet chemistry, implantation, and related areas. The engineer investigates yield, defects, reliability, and process issues; collaborates with integration, design, and layout teams; and collects, analyzes, correlates, and presents process data. The role requires onsite cleanroom work and occasional flexible shifts.

Design, model, simulate, and lay out analog and mixed-signal IC components for advanced imaging technologies. Collaborate with pixel, digital, camera, layout, test, packaging, and device design teams to develop CMOS, CCD, III-V, and ROIC-based imagers. Address DRC, LVS, matching, shielding, electromigration, IR drop, and power integrity issues; write interface control documents; communicate with internal teams and customers.

Supports microcircuit emulation business activities through customer outreach, account management, marketing materials, issue-resolution projects, database analysis, business reviews, presentations, and project planning. Coordinates meetings, collects and documents information, identifies improvements, and supports trade shows and conferences. The role is based onsite in Princeton, New Jersey, with up to 60% domestic travel.

Design, model, develop, integrate, and test RF systems including transmitters, receivers, antennas, and phased arrays from HF to W-band. Develop system documentation, schematics, test plans, and hardware test software; collaborate across engineering disciplines; support RF laboratory testing, hardware debugging, field experiments, and data collection. Experience with RF modeling, PCB design, automation, MATLAB or Python, and Linux is beneficial.

Design, simulate, and verify analog and mixed-signal integrated circuits, including amplifiers, comparators, regulators, and macro cells. Review requirements for obsolete microcircuit emulation, support layout and post-layout verification, and collaborate with test engineers on characterization and qualification. The role requires broad analog design expertise, cross-functional troubleshooting, and on-site work in Princeton, New Jersey.

Leads applied research and proposal development as a Principal Investigator for radar and remote sensing programs. Develops sensor-data algorithms, imagery products, signal-processing tools, computational models, and simulations. Guides interdisciplinary teams in sensor data collection, analysis, software and system interface definition, integration, testing, and field demonstrations. Interfaces with clients and sponsors, supervises research staff, and shapes new research directions.

Develop and optimize electron-beam lithography processes for full-wafer, low-volume fabrication of legacy microcircuits. Responsibilities include wafer coating, exposure and development, process integration, throughput improvement, troubleshooting, data collection and analysis, documentation, and presenting findings to cross-functional teams and management. The role requires cleanroom work, flexible shifts when needed, and onsite attendance in Princeton, New Jersey.

Designs and develops IC layouts for CMOS, BiCMOS, Bipolar, analog, and digital technologies. Responsibilities include creating and supervising LVS, DRC, and ERC rules; evaluating technology-specific layout requirements; documenting technology information; enhancing place-and-route algorithms; and developing CAD scripts for memory placement and antenna mitigation. The role supports emulation of obsolete microcircuits for U.S. Government applications and requires collaboration with foundry and design teams.

Design and develop electronics for custom image sensors and imaging systems. Responsibilities include requirements definition, component selection, schematic design, PCB layout, FPGA RTL design, debugging, characterization, documentation, manufacturing transfer, and user support. The role collaborates with IC, software, mechanical, testing, and production teams and is performed onsite in Princeton, New Jersey.

Design, simulate, verify, and emulate analog and mixed-signal integrated circuits, including OpAmps, comparators, and regulators. Review specifications, support macro-cell layout and post-layout verification, and collaborate with test engineers on characterization and qualification. The role requires broad analog design expertise across Bipolar, BiCMOS, and CMOS processes, with preferred experience in PLLs, switched-capacitor circuits, PWM controllers, HDL, and scripting.

Test Engineers support semiconductor microcircuit manufacturing through wafer probing, device characterization, and production QML screening. Responsibilities include writing and debugging ATE test programs, maintaining measurement methods, reviewing characterization data, troubleshooting setup errors, collaborating with design engineers, and interpreting military and commercial semiconductor specifications. The role requires electrical measurement skills, programming knowledge, attention to detail, and the ability to follow complex processes in a fully onsite environment.

Develop and test photonic integrated circuit systems for optical communications, microwave photonics, optical phased arrays, and sensing applications. Perform modeling, simulation, laboratory R&D, data analysis, layout, characterization, and testing. Support multidisciplinary research teams, lead technical tasks, assess program performance, and communicate with clients and leadership. The role also contributes to government-funded R&D programs, technical presentations, proposals, and potential classified research.

Develop and integrate embedded software, firmware, hardware interfaces, and real-time sensing systems. Responsibilities include sensor and FPGA integration, communication protocols, Linux-based services, data pipelines, hardware bring-up, laboratory debugging, testing automation, and rapid prototyping. The role collaborates across software, RF, FPGA, photonics, and systems engineering teams, supports field demonstrations, and documents architectures and test results.

Develops and maintains automated and bench-based methods for characterizing and Mil-Spec screening analog microcircuits. Responsibilities include creating ATE test programs, resolving instrumentation and high-speed measurement issues, interpreting semiconductor specifications, improving test processes, coordinating with equipment suppliers and program managers, advising on test technology, and training test engineers.