Lead the design, development, testing, and commercialization of fiber‑optic connectivity products, providing technical direction and managing cross‑functional engineering teams.
Responsibilities
Lead development of fiber‑optic connectors, adapters, ferrules, termination systems, cable assemblies and related optical components from concept through design, testing, qualification and manufacturing transfer
Design and develop critical fluid subsystems and components for the company’s core technology, the Node, ensuring performance, reliability, and manufacturability.
Compensation
Cash compensation of $155,000 – $205,000.
Responsibilities
Own the design and development of critical fluid subsystems and components across all phases (concept through deployment)
Perform detailed design and analysis, including material selection, sizing, and system integration
Collaborate with staff and senior engineers to refine system architecture and integration strategies
Participate in design reviews and contribute to technical decision-making
Work closely with internal teams and external vendors to ensure high-quality fabrication and assembly
Requirements
Degree in mechanical engineering
Degree in aerospace engineering
Degree in naval architecture
Degree in marine engineering
Nice to have: Advanced degree in a relevant engineering field
Lead CAD and methodology engineer shaping methodology, EDA, and PDK infrastructure for AMS custom silicon programs.
Responsibilities
Develop and maintain analog/mixed-signal, signal integrity and power integrity, and packaging simulation flow and methodology across various technology nodes
Collaborate with foundries in installing, maintaining, and updating on-premise PDK implementations
Integrate AI and LLM-assisted coding tools into CAD methodology to improve design automation productivity across the silicon engineering organization
Drive and collaborate with EDA tool vendors to evaluate CAD tools/products, validate simulation flows, and enhance the custom design environment
Provide technical direction to other engineers on CAD methodology decisions, flow architecture, and implementation best practices across all the AMS programs
Requirements
Bachelor's degree in Computer Science, Computer Engineering, relevant technical field, or equivalent practical experience
Lead tire development and technical execution from early concept through production validation.
Responsibilities
Lead tire development and technical execution from early concept through production validation.
Define tire performance requirements and translate overall vehicle targets into tire-level engineering targets.
Lead tire development across key performance attributes such as ride and comfort, handling and steering response, dry and wet grip, braking, NVH, rolling resistance, durability, snow/winter performance where applicable.
Provide technical direction for tire selection, specification, development, testing, tuning, and validation.
Work closely with tire suppliers and internal engineering teams to resolve tire and vehicle performance issues.
Lead the development and implementation of material flow strategies that improve the efficiency of material delivery and support factory goals in operational and manufacturing excellence
Provide project management leadership for critical material flow projects including integration of new technology solutions, material now process improvements, and fork truck fleet strategies
Collaborate and coordinate with key stakeholders across the factory on analysis, development, and execution of these solutions
Develop, execute, own, and audit material replenishment methodologies, strategies, and guidelines
Manage and coordinate plans for every part and storage solutions including optimization of total replenishment cost and storage capacities
Requirements
Bachelor's degree in an Engineering discipline or equivalent technical related work experience
Nice to have: project management experience
Nice to have: financial models for capital projects
Nice to have: knowledge of material flow processes
Develop and maintain accurate and efficient multibody vehicle models, formulate equations of motion, collaborate with engineers, optimize simulation models, research state-of-the-art techniques, and play a key role in the GM Motorsports Simulation toolchain.
Responsibilities
Develop and maintain accurate and efficient multibody vehicle models using acausal and symbolic modeling frameworks.
Formulate equations of motion and constraints for complex vehicle mechanisms, including closed kinematic loops.
Collaborate with engineers and designers to define simulation requirements and validate model results.
Optimize simulation models for real-time Driver-in-the-Loop (DIL) and numerical optimization applications, including minimum lap time simulation.
Research and implement state-of-the-art techniques in simulation model development.
Requirements
Bachelor’s, Master’s, or PhD in Mechanical Engineering, Physics, Applied Mathematics, or related field.
Nice to have: acausal or symbolic modeling frameworks
Provide technical solutions and support to customers for power management ICs, including design, testing, and field support.
Responsibilities
Schematic and PCB design of analog circuits
Assembly and test of electronic circuits
Analyzing circuit designs in simulation using different simulation tools
Design, setup and debugging of test circuits for DC-DC converters & Controllers
Calibration of measurement setups
Requirements
Master degree in Electrical Engineering, Electronics Technology, Bio-Medical Engineering, Electrical Engineering Technology, Electrical and Computer Engineering or related field
company-sponsored 401(k); pension; vacation benefits; medical, dental, vision and prescription drug benefits; flexible benefits; life insurance; certain time off and leave of absence; well-being benefits
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