Plans, designs, and develops products or components for assigned projects from concept through production.
Responsibilities
Evaluate and incorporate the best design approach, performing associated calculations considering economics, manufacturability, function, and durability.
Evaluate factors affecting design decisions, including DFMA, serviceability, material selection, fits, tolerances (GD&T), product usage, and costs.
Prepare engineering reports, evaluate results, and recommend courses of action.
Analyze specifications, sketches, drawings, and design data to determine critical factors affecting component design.
Create detailed drawings, specifications, CAD models/assemblies, and instruction sheets.
Requirements
Associate in Applied Science degree or equivalent from a two-year college/technical school
Bachelor's degree in an engineering discipline preferred
Nice to have: Unigraphics
Nice to have: MS Project
Nice to have: Bachelor's degree in an engineering discipline
Build and support test systems and hardware for computer vision-enabled agricultural products, including high-density compute platform for robotics.
Compensation
For this position, the reasonably expected pay range is between $108,000 – $162,000/year for the level at which this job has been scoped. This position is also eligible for an annual performance bonus and a competitive benefit package.
Responsibilities
Design, build, and maintain hardware for robotics test systems
Integrate cameras and other sensors into hardware-in-the-loop test platforms
Perform board-level debug, rework, and repair of electronic assemblies
Partner with software and test engineers to bring up new test benches
Maintain documentation, schematics, and bills of materials for test hardware
Requirements
Bachelor’s Degree in Electrical Engineering, Mechatronics, Mechanical Engineering, or related field
As a Sr. Advanced Mechanical Engineer in our Undersea Systems Business Area, you will be a member of a cross functional team responsible for the design and development of ruggedized electronics equipment for the United States Navy ranging from underwater use to supporting test equipment and related fixtures.
Compensation
Combined Salary Range
USD $130,000.00 - USD $150,000.00 /Yr.
Responsibilities
Participate in cross-functional teams to develop ruggedized electronics assemblies for use across various Torpedo platforms
Support all phases of proposals, research, development, manufacture, test, and documentation for Torpedo Systems
Support all phases of development, manufacture, and test for Torpedo Systems test equipment
Lead mechanical design efforts for developing various Torpedo (and related test) Systems
Design and analyze components and electro-mechanical assemblies to meet contract requirements to survive harsh environmental conditions (shock, vibration, thermal) utilizing ANSYS Finite Element Analysis software
Requirements
Bachelor's degree in Mechanical Engineering
Master's degree
Nice to have: ruggedized electronics packaging for Naval applications
Design and develop ruggedized electronics assemblies for Torpedo platforms and related test equipment, leading mechanical design efforts and supporting all phases of proposals, research, development, manufacture, test, and documentation.
Compensation
Combined Salary Range USD $110,000.00 - USD $130,000.00 /Yr.
Responsibilities
Participate in cross-functional teams to develop ruggedized electronics assemblies for use across various Torpedo platforms
Support all phases of proposals, research, development, manufacture, test, and documentation for Torpedo Systems
Support all phases of development, manufacture, and test for Torpedo Systems test equipment
Lead mechanical design efforts for developing various Torpedo (and related test) Systems
Design and analyze components and electro-mechanical assemblies to meet contract requirements to survive harsh environmental conditions (shock, vibration, thermal) utilizing ANSYS Finite Element Analysis software
Requirements
Bachelor's degree in Mechanical Engineering, or a related Science, Engineering or Mathematics field
Master's degree in Mechanical Engineering or related field
Nice to have: ruggedized electronics packaging for Naval applications
Nice to have: ANSYS Finite Element Analysis tools
Nice to have: thermal and structural design of electronic systems
The expected annual salary range for this role is $129000 - $ 180,000 a year.
Responsibilities
Provides technical leadership to product development teams in the design, analysis, development, verification, qualification, and production support of HDRM/NEA products, custom electrical interconnect systems, and related aerospace mechanisms and components.
Serves as a technical authority and subject-matter expert for HDRM/NEA technology, providing guidance on product architecture, mechanism design, design margins, material and process selection, mechanical interfaces, performance, reliability, manufacturability, and verification.
Leads and reviews engineering analyses used to substantiate product designs, including structural and mechanical analysis, tolerance and interface analysis, preload and release performance, dynamic environments, shock and vibration response, fatigue/life considerations, and thermal effects, as applicable.
Provides technical leadership in developing product verification and qualification strategies, including selection of analysis and test methods, test configuration, instrumentation, acceptance criteria, interpretation of test results, and correlation of analytical predictions with measured performance.
Leads complex engineering trade studies and technical risk assessments, balancing performance, reliability, mass, envelope, manufacturability, cost, schedule, and program risk to establish technically sound product solutions.
Mechanical Engineer II with 3-5 years of relevant experience, responsible for design, drafting, testing, analysis, and documentation of mechanical concepts, collaborating with cross-functional teams and clients.
Responsibilities
Participate in design, drafting, test, analysis and documentation tasks
Apply engineering principles across industries
Work with clients and project teams
Communicate with team members, senior management, and clients
Identify and flag potential technical risks
Requirements
Bachelor’s degree in mechanical engineering or related field
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