Support engineering activities in all types of project sizes and complexities
Complete tasks cost-effectively and in accordance with contract specifications, quality standards, safety requirements, and cybersecurity policies and standards
Develop BOMs (Bills of Materials) for assigned projects
Release mechanical BOMs to ERP system for assigned orders
Create 3D models and drawings for new requisition special designs using Creo, SolidWorks, or equivalent platforms
Requirements
Bachelor's Degree in Electrical Engineering or related engineering field
Leads the global Hardware Engineering organization for GlobalFoundries’ MIPS Custom Silicon business, responsible for delivery of custom MCUs, MPUs and Sensor SoCs.
Responsibilities
Lead and scale the global hardware engineering organization covering RTL, DV, DFT, and Physical Design for custom silicon programs.
Own hardware execution strategy for MIPS‑based MCUs and radar SoCs, ensuring predictable delivery across multiple concurrent customer engagements.
Establish and enforce engineering standards, design methodologies, quality metrics, and best practices across all hardware disciplines.
Partner with Product Management and Systems Architecture to translate customer and platform requirements into executable hardware roadmaps.
Drive cross‑functional alignment with Software, Program Management, Manufacturing, Test, and Quality teams to ensure end‑to‑end silicon readiness.
Lead quality assurance, design verification, inspection, and testing of engineered electrical equipment, focusing on medium‑voltage switchgear and distribution systems.
Responsibilities
Lead detailed design verification, QA/QC inspection, functional testing, and acceptance testing of manufactured electrical equipment and systems
Perform and support electrical testing, configuration, and technical verification of medium‑ and low‑voltage equipment
Verify equipment design, construction, and functionality against approved single‑line diagrams, schematics, wiring diagrams, logic diagrams, Bills of Material, specifications, device configurations, calculations, and other engineered deliverables
Perform structured design‑compliance reviews for medium‑voltage metal‑clad switchgear against IEEE C37.20.2 and applicable ANSI C37.100 requirements
Perform structured design‑compliance reviews for low‑voltage switchgear and industrial control equipment against UL 891 and CSA C22.2 No. 31
Lead the analysis, development, and optimization of brake NVH performance for disc brake caliper systems, ensuring best‑in‑class acoustic comfort and regulatory compliance across vehicle platforms.
Responsibilities
Lead NVH development and issue resolution for brake caliper assemblies across all project phases (concept to SOP).
Analyze and mitigate brake noise phenomena, including squeal, creep groan, judder, and low‑frequency noise.
Define NVH targets and design guidelines for calipers, pads, shims, pistons, and mounting interfaces.
Perform modal, dynamic, and frequency response analyses using CAE tools (e.g., FEM, complex eigenvalue analysis).
Correlate simulation results with bench, dyno, and vehicle test data.
Requirements
Bachelor’s or master’s degree in mechanical engineering, automotive engineering, or a related field
The Value Analysis/Value Engineering (VAVE) Engineer works closely with Procurement, Finance, Design Engineering, Operations, and Quality on projects that deliver savings.
Responsibilities
Work with Procurement and Finance to build the potential pipeline of savings projects
Conduct research and analysis to establish business valuation for each project
Plan and drive VAVE projects, starting with project charters that outline expected savings relative to investment required to capture the savings
Quantify, track, and report cost savings and cost avoidance associated with VAVE projects; partner with Finance to validate savings realization
Conduct Make/Buy analyses to support in-sourcing decisions
Requirements
Bachelor's degree in Engineering (Mechanical, Chemical, Biomedical, or related field)
Lead the design and development of Surge Arrestor products, managing the full product lifecycle from concept to mass production.
Responsibilities
Independently lead Surge Arrestor development projects as project manager and NPD Engineer
Drive product design from conceptual stage to design frozen, process frozen, product validation and mass production
Work out accurate product cost by analyzing BOM, process and tooling with inputs from manufacturing, process and quality engineers
Conduct technical and cost feasibility for new business opportunities
Requirements
Bachelor's degree or above in Electrical Engineering and Automation, High Voltage and Insulation Technology, Power System and Automation, Power Transmission and Distribution Engineering, Electrical Insulation and Cable or related fields
Nice to have: Master's degree
Nice to have: Background in high-voltage testing
Nice to have: Insulation coordination
Nice to have: Power equipment research and development
Modify and maintain Python-based test software for production and development programs, validate and test new software builds, troubleshoot software issues, develop custom Python-based test solutions, support and develop test functionality for Moog Industrial Motor DS2110 controllers, assist with NI LabVIEW servovalve test software troubleshooting and bug investigation, collaborate with engineering and operations teams, provide technical support to operators and test engineers.
Compensation
Buffalo, NY $75,000.00–$120,000.00 Annually
Responsibilities
Modify and maintain Python-based test software for production and development programs.
Validate and test new software builds to ensure functionality and reliability.
Troubleshoot software issues affecting production and development test systems.
Develop custom Python-based test solutions for qualification and design verification testing.
Support and develop test functionality for Moog Industrial Motor DS2110 controllers.
Requirements
Bachelor’s degree in Software, Electrical, or Computer Engineering preferred or other STEM Engineering degree
Research, design, develop, and test electronic components and systems for semiconductor and related device manufacturing, including ASIC development and layout design.
Responsibilities
Research, design, develop, and/or test electronic components and systems for semiconductor and related device manufacturing
Oversee definition, design, verification, and/or documentation for ASIC development
Determine architecture design, logic design, and/or system simulation
Define module interfaces/formats for simulation
Contribute to the development of multidimensional designs involving the layout of complex integrated circuits
Requirements
Master’s degree or foreign equivalent in Computer Engineering, Electrical Engineering, Electronic Engineering, Electrical and Computer Engineering, or related field
The team specializes in rapid prototyping of advanced sensor, communication, and navigation systems on state-of-the-art embedded system platforms involving component development across FPGA and ASIC technologies.
Compensation
$126,800 - $158,500 - $190,200 Annual
Responsibilities
Component development across FPGA and ASIC technologies
Implementation of algorithms in SW/HW on embedded systems
Support rapid prototyping of advanced sensor, communication, and navigation systems
Support design and implementation of proof-of-concept prototype systems on embedded hardware platforms
Associate Project Engineer (Electrical)NewAbb · Mebane, US
VAVE EngineerNewSaniSure LLC · Camarillo, US
Sr. Silicon Design EngineerAdvanced Micro Devices, Inc · Santa Clara, US
Senior FPGA or ASIC EngineerThe Mitre Corporation · Bedford, US