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Lead government contracting and regulatory legal strategy for aerospace and defense programs. Advise executives, business development, engineering, and operations on FAR/DFARS compliance, contract negotiations, export controls, licensing, technology transfers, audits, and regulatory risk. Build scalable compliance policies, processes, templates, and training programs while managing outside counsel and mentoring the legal team.

Lead government contracting and regulatory legal strategy, including FAR/DFARS compliance, export controls, contract negotiations, licensing, regulatory engagement, risk management, and compliance program development. Advise executives, business development, engineering, finance, operations, and supply chain teams; support audits and government stakeholders; manage outside counsel; and build scalable legal processes while mentoring a growing legal and compliance team.

Leads government contracting and regulatory strategy, including FAR/DFARS compliance, contract negotiations, export controls, licensing, and government audits. Advises executives and cross-functional teams, builds compliance policies and legal processes, manages outside counsel, and mentors the legal and compliance team. Requires extensive aerospace or defense legal experience, active U.S. law licensure, and an active security clearance or ability to obtain one.

Supports the design and verification of space systems by developing requirements, defining interfaces, performing system-level analyses and trade studies, planning integration, and executing tests. Collaborates with electrical, mechanical, software, RF, and test teams. The internship is intended for engineering or technical students with space-systems exposure and may involve MBSE, hardware/software integration, and system-level testing.

Supports electronics testing in laboratory environments, including test planning, test system and fixture development, setup assembly, prototype and qualification testing, troubleshooting, data analysis, quality inspections, and root cause analysis. The intern collaborates with engineers and technicians, documents results, and presents findings to peers, mentors, and leadership.

Develop and maintain embedded Linux software for satellite, UAV, launch vehicle, and airborne communication systems. Responsibilities include creating applications, device drivers, libraries, customized kernels, bootloaders, Yocto-based distributions, and deployable software images. The engineer participates throughout the software lifecycle, collaborates with hardware, FPGA, firmware, and systems teams, supports board bring-up and integration, and contributes to testing, documentation, design reviews, and in-orbit support.

Develop and deploy FPGA circuits and systems at the HDL level, including high-speed serial interfaces, data streams, digital processing cores, clock domains, and management interfaces. Perform FPGA design verification, testing, validation, and lab-based troubleshooting. The role also supports aerospace qualification, board-level hardware design, reliability analysis, and communications or digital signal processing applications.

Leads FPGA architecture, design, verification, implementation, testing, and deployment for space and aerospace systems. Defines interfaces and specifications with cross-functional teams, optimizes FPGA utilization and power, supports design reviews and proposals, mentors engineers, and develops radiation mitigation strategies for space environments.

Designs, verifies, tests, validates, and deploys FPGA circuits and systems at the HDL level for satellite and aerospace platforms. Responsibilities include developing high-speed serial interfaces, digital processing cores, multi-clock systems, and management interfaces. The role also involves engineering design reviews, customer and executive presentations, proposal writing, laboratory testing, and cross-functional collaboration.

Develop and integrate embedded Linux software, device drivers, libraries, kernels, bootloaders, and Yocto-based distributions for space and airborne platforms. Support the full software lifecycle, including architecture, implementation, testing, qualification, deployment, and in-orbit support. Collaborate with hardware, FPGA, firmware, and systems engineers on board bring-up and system integration, while contributing to design reviews and technical documentation.