Top Tech Jobs & Startup Jobs

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.

Leads RF research as a Principal Investigator, developing concepts, proposals, and new business while designing, modeling, integrating, and testing RF systems from HF through W-band. Responsibilities include system architecture, transmitters, receivers, antennas, documentation, test software, program execution, sponsor engagement, staff supervision, and field data collection. The role requires advanced electrical engineering expertise, RF laboratory skills, government-clearance eligibility, and occasional travel.

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.

Designs, fabricates, integrates, and operates mechanical parts, systems, test fixtures, prototypes, and production equipment. Responsibilities include mechanical design, fabrication oversight, engineering analysis, system integration, prototype planning, troubleshooting, experimental data interpretation, vendor coordination, and developing laser material processing solutions. The role works onsite with interdisciplinary teams in an advanced R&D and production environment.

Design, fabricate, assemble, test, and iterate robotic mechanisms, structures, fixtures, and electromechanical assemblies. Create CAD models, engineering drawings, tolerances, and GD&T; integrate motors, actuators, transmissions, bearings, and sensors; build and debug laboratory systems; develop test fixtures and diagnose failures. Collaborate with multidisciplinary engineering teams from concept through integration while maintaining CAD and engineering data in SolidWorks PDM.

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.