Seeking a Senior Engineer to drive the next generation of virtual product development methodologies for advanced power semiconductor packages, combining multiphysics simulation, machine learning, and digital engineering for SiC and GaN modules.
Responsibilities
Drive the development of simulation-driven design methodologies for power module technologies.
Define and implement next-generation virtual product development frameworks.
Develop technical roadmaps for AI-assisted engineering and simulation automation.
Act as a technical expert for digital engineering initiatives across global development teams.
Lead electrical, thermal, mechanical, and coupled multiphysics simulations of advanced power modules.
Designs, develops, and qualifies production equipment, fixtures, tooling, and automation for high‑power laser manufacturing.
Compensation
Mechanical Engineer I: $89,000 - $100,000 annually
Mechanical Engineer II: $95,000 - $115,000 annually
Target Cash Bonus of 5% of earned wages, [depending on level]
Eligible for Restricted Stock Unit grants
Responsibilities
Contributes to and/or leads mechanical design efforts in the development of new high power laser manufacturing processes, systems, products, and assembly tooling
Works with Operations and Process development teams to establish and qualify processes and fixturing for high power laser system assembly and test procedures
Devises, designs, builds, and qualifies robust tooling for assembly processes and electro‑optic test equipment
Works with relevant vendors to evaluate new equipment and fixture designs to reduce cost and complexity
Plans and executes design verification test protocols to qualify equipment and fixtures for production use
Requirements
Bachelor’s degree in mechanical engineering, Physics, or a comparable field of study
Nice to have: background in precision opto‑mechanical design
Nice to have: background in optoelectronic packaging
Nice to have: hands‑on work with electro‑optic test equipment
Nice to have: participation in New Product Introduction
As a Pipe Stress Engineer Intern, you will be assigned to work on a project team and assist the engineering team members in the execution of their project work, involving the design of new power plants or modifications to existing systems.
Responsibilities
Assist in the preparation of engineering calculations, specifications, and designs
Perform quality reviews of engineering calculations, specifications, and designs
Assist in the review of design drawings and vendor drawings
Directly apply knowledge of materials, stress analysis, statics, and vibrations
Perform vibration monitoring and analysis to evaluate system operational vibrations
As a Structural Engineering Intern, you will work on a project team to assist engineering members in the execution of projects involving the design of new power plants or modifications to existing nuclear power plant systems.
Responsibilities
Assist in the preparation of engineering calculations, specifications, and designs
Assist in the review of structural design drawings and vendor drawings
Directly apply knowledge of materials, structural analysis, structural steel design, and reinforced concrete design
Support a team of engineers and designers in performing structural analysis and design of steel frames, connections, concrete members, equipment and piping supports, and foundations
Support the Navy’s Terminal Defense Systems program office as a Junior Mechanical Engineer (Aerospace) working on missile aerodynamics, launcher robotics, thermal analysis, and shipboard integration.
Locations (2)
Arlington, Virginia, United States
Louisville, Kentucky, United States
Compensation
Compensation at Decision Technologies, Inc. is determined by various factors, including but not limited to location, the individual’s particular combination of education, knowledge, skills, competencies, and experience; as well as contract-specific affordability and organizational requirements;
Responsibilities
Analyze supersonic missile aerodynamics and launcher robotic motion dynamics
Build, modify, and manage detailed 3D CAD assemblies and digital mockups
Support motion planning, servo-drive integration, and kinematic analysis for missile launching systems
Assist in evaluating missile external aerodynamics and control surface actuation
Perform thermal transfer and structural finite element analysis
The Senior Mechanical Engineer research, plans, designs, develops, analyzes and tests a variety of mechanical equipment items and systems, including chassis, hardware assembly, installation hardware and installation design.
Responsibilities
Apply practical engineer science, design and technology
Understand current manufacturing processes and how they relate to design
Conceptualize, design and oversee fabrication of efficient complex mechanical systems and analyze for manufacturability and cost
Produce engineering drawings
Create procedures for carrying out various mechanical testing
Requirements
Bachelor's degree in Aeronautical, Mechanical or Electro-Mechanical Engineering
Understand and characterize the dynamic behavior of frames supporting engines and gearboxes on test benches, including vibration analysis, modal testing, and numerical modeling.
Responsibilities
Recenser les différentes configurations de bâtis existantes
Identifier les sollicitations dynamiques générées par les moteurs et les réducteurs
Réaliser une cartographie vibratoire des structures
Déterminer les fréquences propres et les formes modales
Identifier les risques de résonance avec les fréquences d'excitation des essais
Mechanical Engineering Internship for Summer 2027 at Battelle, full-time onsite in Columbus, Ohio.
Compensation
The salary range for this role is $20.00 – $40.00 per hour, in addition to a $2,000 housing stipend for students relocating more than 50 miles from home and university.
Responsibilities
Support engineering projects for use in ocean and other challenging environments
Work on teams with CAD designers, engineers, scientists, fabricators, and technicians
Support design, product and material research/selection, fabrication, testing, lab support/maintenance, and working on hardware
Execute tasks and report on status
Travel may be required
Requirements
Bachelor's or Master's degree in Ocean or Mechanical Engineering or Aerospace Engineering from an ABET-accredited university
Nice to have: Fabrication, integration, control and/or repair of mechanical systems
Mechanical systems interns will work closely with CesiumAstro engineers on product development, design, test, and manufacturing of structures and thermal systems for space communication systems.
Compensation
All CesiumAstro internships are compensated competitively and located onsite at one of our facilities.
Responsibilities
Design and build space structures and thermal systems for satellite communication systems
Work closely with engineers on product development, design, test, and manufacturing of structures and thermal systems
Present work to peers, mentors, and executive leadership
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