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Designs, builds, and supports automated HIL and EoL test systems for automotive and industrial control products. Responsibilities include test rack wiring, interface hardware, instrumentation, LabVIEW and Python automation, protocol integration, troubleshooting, root cause analysis, functional safety compliance, and technical documentation. The role is onsite in Pontiac, Michigan and supports verification and production environments.

General application for LHP Engineering Solutions’ talent pool. The company develops safe transportation technologies, including electric vehicles and advanced driver assistance systems, using functional safety and automotive cybersecurity standards such as AUTOSAR, ISO 26262, ASPICE, and ISO/SAE 21434. Applicants may be considered for current or future opportunities at offices in Columbus, Indiana; Pontiac, Michigan; or Queretaro, Mexico.

Design, develop, verify, and validate safety-critical firmware and FPGA/RTL solutions for automotive and transportation systems. Perform simulation-based and formal RTL verification, independent verification and validation, develop automated tests and verification plans, and produce ISO 26262-compliant work products. Collaborate with hardware, systems, safety, and test engineers on requirements, design, safety, and code reviews.

Develop calibration, test, and production-support software for infrared sensing systems. Responsibilities span requirements review, software design, coding, unit testing, system integration, and sustaining engineering. The role requires embedded, multithreaded software expertise, hardware and peripheral-bus knowledge, debugging skills, and experience with C-family languages. It also supports thermal-chamber and high-volume product testing, imaging technologies, toolchain development, and AI-assisted software development.

Develop and support application software and hardware for electronic controls, HMIs, and mobile/off-highway vehicle systems. Create reusable application blocks, simulate and validate software in laboratories and vehicles, implement functionally safe software, document requirements, and provide onsite customer support. Collaborate with multidisciplinary engineering teams, support customer engagements and sales activities, and travel up to 10%.

Architects and develops embedded firmware and core software for automotive real-time ECUs, including BSP drivers, AUTOSAR MCAL integration, RTOS, bootloaders, cybersecurity, and functional safety features. Leads technical development, supplier integration, debugging, requirements documentation, configuration management, and workflow automation. Requires strong experience with C, assembly, microcontrollers, memory systems, CAN protocols, firmware debugging, and automotive software standards.

Develop and test embedded C/C++ software applications for transportation systems running on real-time operating systems. Responsibilities include requirements and architecture analysis, design and code reviews, unit and HIL testing, defect resolution, feature implementation, software releases, and collaboration with software, systems, safety, test, and project teams. The role requires delivering scalable, high-quality solutions aligned with functional safety and cybersecurity standards.

Design and develop embedded software for infrared and sensing systems across requirements review, software design, coding, unit testing, system integration, and sustaining engineering. Build multi-threaded, multi-core software for embedded RTOS and SoC platforms, interface with hardware peripherals using low-latency protocols, and establish toolchains and debugging environments. The role requires strong understanding of hardware and software integration, embedded C programming, board-level development, and communication skills.

Develops C# and .NET software, automated test systems, data acquisition tools, and reporting solutions for semiconductor production and characterization. Integrates applications with ATE platforms and instruments, performs verification and troubleshooting, analyzes manufacturing data, documents test results, and supports wafer probe, performance testing, failure analysis, and production deployment. Collaborates with design, manufacturing, and customer teams to improve test efficiency, reliability, yield, and automation.

Designs and develops calibration, test, production-support, and sustaining software for infrared sensing systems. Participates in requirements reviews, software design, coding, unit testing, system integration, and debugging. Works with embedded, multithreaded systems, hardware subsystems, peripheral buses, thermal chambers, and imaging technologies. Builds toolchains and development environments while reducing test time and supporting high-volume product testing.