Top Tech Jobs & Startup Jobs

Develop, integrate, test, and evaluate advanced RF, radar, communications, and sensing systems. Responsibilities include system architecture, requirements, RF analysis, hardware/software/firmware integration, prototype development, laboratory testing, verification, troubleshooting, technical documentation, customer discussions, and occasional field demonstrations. The role may lead small technical efforts and contribute to proposals and research concepts.

Develops remote sensing and surveillance technologies, including radar and electro-optic/infrared sensor algorithms, imagery products, signal-processing tools, computational models, and simulations. Responsibilities include sensor-data analysis, laboratory data collection, software and system integration, testing, field support, technical reporting, and presentations. The role collaborates on applied research and product-development projects and may evolve into principal investigator responsibilities.

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.