Top Tech Jobs & Startup Jobs

Develops and verifies FPGA circuits and systems for aerospace and satellite communications applications. Responsibilities include HDL-level design, verification, testing, validation, deployment, high-speed serial interfaces, digital processing cores, clock-domain management, and control interfaces. The role also involves laboratory testing with electronic instruments and may include board-level hardware design, digital signal processing, aerospace qualification, and reliability analysis.

Provides hands-on engineering support for PCBA and RF/microwave production. Leads troubleshooting, root cause analysis, corrective actions, yield improvement, product testing, and design-to-production transitions. Supports embedded systems and hardware/software debugging, LRIP, DFM/DFT practices, process improvements, and resolution of complex digital, RF, analog, and baseband hardware issues while collaborating across engineering and manufacturing teams.

Designs, analyzes, and implements RF engineering test plans, procedures, architectures, and automation for aerospace communication systems. Collaborates with design and test teams, performs RF measurements, manages laboratory equipment, analyzes and presents results, supports design-for-test reviews, guides equipment purchases, and contributes to customer presentations and proposals. The role requires strong hardware and software knowledge, test architecture expertise, RF instrumentation proficiency, and excellent communication skills.

Develop and implement manufacturing test plans, architectures, and automation. Build and execute test procedures, manage lab equipment, analyze failures, and collaborate across disciplines to optimize production testing and report results.

Provides hands-on production engineering support for PCBA and RF/microwave communications products. Troubleshoots test failures, yield losses, and hardware/software issues; performs root cause and corrective action investigations; supports low-rate initial production and design-to-production transitions; and improves manufacturability, testability, product reliability, and production throughput. Collaborates with design, manufacturing, and test equipment teams in a fast-paced production environment.

Designs, analyzes, and implements RF test plans, procedures, architectures, and automation for satellite and aerospace communication systems. Develops reusable test systems, performs RF measurements, analyzes results, manages laboratory equipment, supports design-for-test activities, and guides equipment purchasing. Collaborates with multidisciplinary engineering teams, presents findings to customers and executives, and contributes to proposals. The role requires expertise in RF instrumentation, test architecture, statistics, metrology, and hardware-software integration.

Designs and executes test architectures, plans, procedures, and systems for board-level electronics and integrated aerospace hardware/software. Develops reusable Python-based test automation, interfaces with flight hardware and test equipment, manages test data, and performs prototype, qualification, acceptance, verification, and environmental testing. Advises on design for testability, analyzes and presents results, trains technicians, supports lab buildout, and contributes to customer presentations and proposal development.

Designs and executes prototype, qualification, and acceptance tests for board-level power, digital, RF, and integrated aerospace electronics. Develops test plans, procedures, architectures, automation, fixtures, data logging, and test software; troubleshoots hardware and software; advises on design for testability; evaluates results; trains technicians; supports equipment purchasing and lab management; and presents findings to customers and executives.

Create and modify SolidWorks models, drawings, and product documentation supporting mechanical engineering and aerospace hardware development. Prepare accurate drawings with tolerances, dimensions, and instructions; manage CAD data and mechanical structures in SolidWorks PDM; process engineering changes; identify and correct design issues; and ensure compliance with program requirements, organizational processes, and industry standards. The role also supports manufacturing-oriented design activities involving CNC, 3D printing, and mechanical assembly.

Creates and modifies SolidWorks models, drawings, and product documentation for aerospace and satellite hardware. Supports mechanical engineering throughout product development, ensures drawings meet standards and program requirements, manages CAD data and hardware structures in SolidWorks PDM, identifies design issues, and incorporates engineering change orders. Requires strong drafting, tolerancing, manufacturing, assembly, and communication skills, with knowledge of aerospace or automotive electronics design preferred.