Myers Emergency & Power Systems

Systems Engineer

• Contribute to the design, development, integration, and validation of embedded software for innovative products
• Support the full firmware lifecycle, from early requirements definition and architecture through implementation, verification, validation, and production release
• Work within a structured V-model development environment
• Collaborate closely with electrical engineers, systems engineers, application software engineers, manufacturing, and test teams
• Develop, test, and maintain embedded firmware for distributed systems utilizing multiple microcontrollers
• Implement software on Texas Instruments C2000 multi-core platforms and STM32 ARM Cortex-M33 devices
• Write high-quality embedded C for bare-metal and RTOS-based environments
• Develop C++ components using object-oriented design principles
• Support integration with power electronics, battery management systems, sensing hardware, and control architectures
• Contribute to embedded software architecture, task design, and resource optimization
• Implement and maintain industrial communication protocols including CAN, Modbus, and Ethernet-based interfaces
• Support coordination and data exchange between distributed controllers and supervisory systems
• Implement fault handling, diagnostics, and health monitoring features to improve system robustness
• Contribute to automated test development using Python and Rust
• Support test automation frameworks such as Robot Framework
• Develop test utilities, simulators, and hardware-in-the-loop (HIL) support tools
• Assist with debugging, root-cause analysis, and resolution of system-level issues

Embedded Engineer

Mechanical Engineer

• Mechanical Design & Product Development: Design improvements and upgrades to our BESS product line.
• Develop sheet metal enclosures and structural assemblies rated NEMA 3R or better.
• Create detailed mechanical designs using SolidWorks or similar CAD software.
• Generate and release assembly drawings and documentation for manufacturing.
• Develop and design custom tooling and fixtures to support production.
• Apply Design for Manufacturability (DFM) and Design for Assembly (DFA) principles.
• Structural & Compliance Engineering: Ensure cabinet and structural designs comply with applicable regulatory, safety, and seismic standards.
• Conduct Finite Element Analysis (FEA) on component assemblies and structural systems.
• Work with external NRTLs to certify compliance to regulatory and seismic standards.
• Support certification documentation and address non-conformances during testing.
• Participate in risk reviews and provide structural validation assessments during the Phase-Gate Product Development Process.
• Thermal & Environmental Design: Design thermal dissipation solutions for power electronics through optimized component placement and heatsink integration.
• Perform thermal analysis of electrical and mechanical assemblies.
• Develop environmental heating and cooling strategies for battery modules.
• Evaluate and improve airflow, insulation systems, and heat management strategies.
• Support validation of thermal performance through analysis and testing.
• Cross-Functional & Manufacturing Support: Collaborate with Electrical Engineering to ensure mechanical integration of power electronic systems.
• Review and interpret electrical schematics to support enclosure and component layout.
• Support manufacturing with fabrication guidance, machine shop coordination, and assembly improvements.
• Assist sustaining engineering with design updates, cost reduction initiatives, and continuous improvement efforts.