This position focuses on the design, development, modification, evaluation, and analysis of complex mechanical, electromechanical, optomechanical components, subassemblies, and systems for aerospace and defense products.
Responsibilities
Design, develop, modify, and evaluate complex mechanical and electromechanical components, subsystems, and systems.
Develop mechanical design solutions for new and improved products.
Perform engineering analysis and recommend design approaches that meet technical and production requirements.
Support the development of high-performance mechanical and optomechanical systems.
Prepare design specifications, engineering analyses, and technical recommendations for formal review and approval.
Requirements
Bachelor's degree in Engineering or a related technical discipline
Graduate degree in Engineering or a related technical discipline
Lead research and development of innovative climate and energy technologies within Carrier’s Innovation Center of Excellence.
Locations (2)
East Syracuse, New York, United States
Syracuse, New York, United States
Compensation
The annual salary for this position is between $79,000.00 - $158,000.00 annually. Factors which may affect pay within this range include, but are not limited to, skills, education, experience, and other unique qualifications of the successful candidate. The pay range will not be below the minimum wage applicable to the jurisdiction in which the applicant is to be employed.
Responsibilities
Ideate on and conduct initial feasibility studies of new technologies
Develop and validate technology alternatives for HVAC/R systems
Design test plans and conduct tests for systems and components
Analyze test results and identify performance improvements
Deploy model-based predictions and validate through experimentation
Requirements
Bachelor's degree in Mechanical, Aerospace, Thermal, Chemical, Electrical, or Systems Engineering
Senior Product Engineer responsible for technical definition, development, integration, and lifecycle support of modular IT infrastructure solutions.
Responsibilities
Own the technical definition of product solutions, ensuring form, fit, function, and interoperability across mechanical, electrical, and thermal subsystems.
Analyze and document system‑level requirements for rack‑, row‑, and aisle‑based solutions, including mechanical architecture, interfaces, and integration constraints.
Apply and help evolve internal engineering standards, guidelines, and best practices to ensure consistent, scalable product designs.
Support New Product Development activities, including concept evaluation, requirements definition, design reviews, validation, and release.
Validate engineering documentation, BOMs, system layouts, compatibility matrices, and integration guidelines.
Design and develop PMSM and BLDC motors for integrated robot actuators, owning electromagnetic design from topology to prototype characterization.
Responsibilities
Evaluate motor topologies and size active materials for required torque-speed performance, efficiency and mass, including frameless or outrunner configurations where appropriate.
Design slot and pole combinations, winding layouts, magnets, laminations and air gaps; evaluate saturation, losses, cogging torque and torque ripple.
Build electromagnetic FEA models and analytical checks; document assumptions, material properties and sensitivity to manufacturing tolerances.
Co-design the motor with thermal and mechanical engineers, accounting for heat paths, retention, clearances, assembly and manufacturability.
Work with drive and firmware engineers on motor parameters, bus voltage, current limits, back-EMF and operating envelopes before design release.
Entry-level Thermal Engineer position focused on structural and thermal design robustness, performing thermal analyses and test plans from initial design through production support.
Compensation
The salary range for this role is 57,200 USD - 108,800 USD.
Responsibilities
Perform Hand Calculations to determine scope of higher detail analysis models
Perform detailed thermal analyses to solve various program thermal challenges
Generate test plans required to validate analyses and verify hardware compliance to customer requirements
Work with experienced analysts on problems of moderate complexity to provide the answers needed under program cost and schedule constraints
Coordinate and lead technical peer reviews ensuring the technical accuracy of work product
Requirements
degree in Science, Technology, Engineering or Mathematics (STEM)
Nice to have: CREO
Nice to have: electronics cooling
Nice to have: aerodynamic heating analyses
Nice to have: Thermal test and instrumentation experience
Responsible for identifying, developing, and implementing IP/technology intelligence practices across Eaton businesses, providing insights, contributing to IP strategy, and conducting prior art searches and patent landscape analysis.
Responsibilities
Identify and develop IP/technology intelligence practices
Provide technology and product insights and recommendations
Contribute to IP strategy and technology roadmaps globally
Conduct prior art searches and patent landscape/watch analysis
Create competitive and technology intelligence reports
Engage with internal and external customers to identify, track, and resolve design, workmanship, and performance issues relating to space vehicle and payload thermal control subsystems
Deliver results as the thermal subject matter expert in thermal control systems for spacecraft and payloads
Lead and conduct analysis, modeling, simulation, experimental investigations, and assessments of designs and design concepts relating to spacecraft thermal control systems and their components
Participate in and review thermal subsystem requirements, allocations, design, integration, test, and flight operations
Operate strategically, curating department knowledge and capabilities in thermal systems engineering, thermal analysis and design, and/or thermal control hardware
Requirements
B.S. degree in mechanical or aerospace engineering or closely related field with emphasis in heat transfer or thermal sciences
Nice to have: M.S. or Ph.D. in mechanical or aerospace engineering or closely related field with emphasis in heat transfer or thermal sciences
Nice to have: cryogenics
Nice to have: two-phase thermophysics
Nice to have: heat pipes
Master's degree in Mechanical, Aerospace, Thermal, Chemical, Electrical, or Systems Engineering
Sr. Product Engineer - ElectricalVertiv · Delaware, US
Motor Electromagnetic Design Engineer, RoboticsDexmate · Fremont
Thermal Engineer- Cisco Silicon OneCisco · Caesarea, Israel