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Entry-level Mechanical Engineer assisting with the design, testing, analysis, assembly, and troubleshooting of precision electro-mechanical systems. Responsibilities include leading small projects under supervision, collaborating with senior engineers and Applications Engineering, preparing manufacturing documentation, evaluating performance against specifications, and supporting design modifications. The role requires mechanical engineering fundamentals, technical communication, problem-solving skills, and occasional travel to trade shows and vendor visits.

Develop and test embedded firmware for precision motion-control systems. Implement C++ modules on DSPs, develop and debug VHDL code on FPGAs, optimize hard real-time algorithms, and troubleshoot hardware using schematics and electronic test equipment. Collaborate with electrical, software, mechanical, product, sales, and support teams to validate firmware functionality and resolve technical challenges.

The Senior Applications Engineer leads project management and technical proposal development for automation and metrology solutions, ensuring successful delivery and client satisfaction with a focus on customer needs and technical excellence.

Manage inbound leads, qualify opportunities, generate quotes, support new customer acquisition and account growth for smaller deals, maintain CRM, and provide technical sales support for motion control products.

Lead HR operations across domestic and international locations: manage employee relations, training and onboarding, compensation and benefits, performance management, HR policy and compliance, and HR systems to improve engagement and workforce outcomes.

The Manufacturing Engineer will enhance manufacturing processes through design, assembly, training, troubleshooting, and process improvement for high-precision products.

Design, implement, and test embedded C++ firmware and VHDL for FPGA/DSP-based real-time motion control systems. Debug hardware/firmware interactions using lab instruments, optimize deterministic control algorithms, and collaborate with cross-functional R&D teams to validate performance on physical systems.