Top Internships

Lead a Model Based Engineering (MBE) section in a hybrid role, combining people management and hands-on MBSE contributions. Staff programs, develop MBSE strategy and skills, build and validate architectural models using SysML/UML and tools, drive continuous improvement, and collaborate with business and digital engineering leads to advance DE adoption.

Design and develop embedded software (C/C++) for space payloads, contribute to system architecture, collaborate across sites and disciplines, support RF/software-defined radio payloads, create automated build pipelines, and respond to evolving requirements for satellite programs.

Manage and model electrical interface requirements for a U.S. Navy weapon system; process and track changes to electrical interfaces (power, telemetry, software, EMI, cabling); ensure compatibility between weapon system, ship, and facilities; and collaborate with government and contractor stakeholders to resolve technical issues.

Lead design, architecture, integration, verification, and validation of high-power, safety-critical propulsion battery systems for aircraft. Define hardware/software interfaces, produce engineering documentation, perform system integration, and develop/validate SOC/SOH/SOE models.

Serve as engineering authority for USAF avionics and electronic warfare sustainment programs. Establish engineering governance, lead technical reviews and product certifications, develop technical roadmaps, close skill gaps, support business development, and coordinate cross-functional and external engineering interfaces to ensure operationally viable, secure, and financially sound solutions.

Lead end-to-end capture efforts for large, high-visibility defense and intelligence pursuits. Develop win strategies, partner with technical leaders to craft customer-focused digital transformation solutions (AI/ML, cloud, cyber), assemble capture teams, engage senior stakeholders, and produce capture artifacts (plans, Black Hat analyses). Mentor capture professionals and drive pursuit execution for $100M+ opportunities within DoD/IC acquisition environments.

Lead multi-discipline hardware engineering teams to deliver electro-mechanical defense products. Own technical direction, cost, schedule, design reviews, process implementation, staffing, and proposal support for complex programs in a hybrid environment.

Lead a multidisciplinary hardware engineering team (20+), driving RF systems hardware development from EMD into production. Own design reviews, program execution, scheduling, EVMS inputs, cross-functional coordination, staffing, mentoring, and innovation support while ensuring compliance and readiness for classified work.

Lead a multidisciplinary hardware engineering team through design, verification, integration, and production. Drive design reviews, transition projects to manufacturing, coordinate with QA, program management, software and systems engineering, develop technology roadmaps, track program metrics, and promote DFM/DFT/DTUPC and continuous improvement to meet quality, schedule, and budget goals.

Lead multidisciplinary hardware engineering teams to develop EO/IR, electro-optic, laser, and RF hardware. Own technical, cost, and schedule performance, apply EVMS practices, implement hardware design processes, support proposals and manufacturability, interface with customers and suppliers, and ensure product quality and reliability in harsh environments. US citizenship required.