Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
About the Role We are building advanced technology products that require strong engineering fundamentals, rapid execution, and innovative thinking. The Hardware & Firmware R&D Engineer will play a key role in developing new product platforms from concept to prototype. This role is suited for engineers who excel in hands-on development and can independently translate ideas into functional...
The Stamping Process Specialist works in a Concurrent Engineering environment across all phases of product development, responsible for converting a design into a manufacturable product. This professional is also responsible for strategies for conversions and expansions of production capacity, footprint analysis, and the quality and efficiency of metal joining processes. Their mission is to...
The Stamping Process Specialist works in a Concurrent Engineering environment across all phases of product development, responsible for converting a design into a manufacturable product. This professional is also responsible for strategies for conversions and expansions of production capacity, footprint analysis, and the quality and efficiency of metal joining processes. Their mission is to...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
The Stamping Process Specialist works in a Concurrent Engineering environment across all phases of product development, responsible for converting a design into a manufacturable product. This professional is also responsible for strategies for conversions and expansions of production capacity, footprint analysis, and the quality and efficiency of metal joining processes. Their mission is to...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
The Stamping Process Specialist works in a Concurrent Engineering environment across all phases of product development, responsible for converting a design into a manufacturable product. This professional is also responsible for strategies for conversions and expansions of production capacity, footprint analysis, and the quality and efficiency of metal joining processes. Their mission is to...
The Stamping Process Specialist works in a Concurrent Engineering environment across all phases of product development, responsible for converting a design into a manufacturable product. This professional is also responsible for strategies for conversions and expansions of production capacity, footprint analysis, and the quality and efficiency of metal joining processes. Their mission is to...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
The Stamping Process Specialist works in a Concurrent Engineering environment across all phases of product development, responsible for converting a design into a manufacturable product. This professional is also responsible for strategies for conversions and expansions of production capacity, footprint analysis, and the quality and efficiency of metal joining processes. Their mission is to...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...
Contract Opportunity Responsibilities - Own and manage system-level architecture for complex electro-mechanical and fluid systems - Analyze and optimize interactions between mechanical, electrical, thermal, hydraulic, and control subsystems - Evaluate system performance, efficiency, cost, and reliability tradeoffs - Design and execute experiments; analyze test data to guide architecture...