Mechanical Engineer
HP France
Posted: 10/20/2026Assembly
S
Product Design Engineer
SNAP/SNAP
Posted: 10/20/2026
Mechanical Engineering Manager – Energy
AtkinsRéalis
Posted: 10/20/2026
Part Time Principal Antenna Design Engineer
RTX
Posted: 10/20/2026Assembly
Senior Engineer, Mechanical Design Engineering
RTX
Posted: 10/20/2026
RTL Design Engineer
Delos Data
Posted: 10/20/2026
Mechanical Engineer
HP
Posted: 10/20/2026Assembly
Principal Modem PHY IP Design Engineer
BLUE ORIGIN
Posted: 10/20/2026PythonC++
Mechanical Engineering Intern
ENFRA
Posted: 10/20/2026
Mechanical Engineer I
Sierra Space
Posted: 10/20/2026
Mechanical Engineer
Meade
Posted: 10/20/2026
Junior Mechanical Engineer, Mechanical 1
Mission Technologies, a division of HII
Posted: 10/20/2026Assembly
RF Design Engineer
Future Technologies Venture, LLC
Posted: 10/20/2026Cloud
Remediation Project Engineer – Mechanical/Environmental
EHS Support
Posted: 10/20/2026
ASIC Package Design Engineer
Broadcom
Posted: 10/20/2026DAC
Mechanical Engineer 4 – NSSS Vessels & Structures
NuScale Power
Posted: 10/20/2026Python
Studio Design Engineer
Ford Motor Company
Posted: 10/20/2026
Electrical and Automation Design Engineer
Baxter & Woodman
Posted: 10/19/2026Electrical and Automation Design Engineer
Baxter & Woodman
Posted: 10/19/2026
Lead Mechanical Engineer
SleepRes™, Inc.
Posted: 10/19/2026AirflowAssembly
Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Demonstrates expertise in Mechanical Engineering principles, product design, and analysis, with a strong focus on developing electromechanical components and systems. Proficient in CAD design and knowledgeable in manufacturing processes, ensuring effective collaboration across teams and external partners.
Highest-signal resume keywords
Mechanical Engineering PrinciplesProduct Design and AnalysisCAD ProficiencyElectromechanical Component DesignManufacturing Processes Knowledge
Tech Stack
Tools & technologiesAbout the role
Key responsibilities & impact- Develop new, disruptive technology and products as part of a core group of design engineers
- Design components, subsystems, and portions of mechanical, electrical, optical, and fluidic engineering solutions
- Create CAD designs, product layouts, and detailed part/assembly designs
- Develop specifications and manage technical interfaces and boundaries between systems and subsystems
- Plan and execute or implement established test and validation methods
- Own components and subsystems from idea conception through prototyping, experimentation, maturation, and production-ready solutions
- Support development of assembly tools, assembly methods, and process flows in internal labs and at outsourced/ODM manufacturing sites
- Collaborate across teams, geographies, and external/ODM partners to integrate designs
- Track and resolve technical issues
- Communicate status, risks, and mitigation plans to cross-functional partners and senior stakeholders
- Lead technical work direction for product design, test tools, or assembly tooling when required
- Define technical metrics and specifications, assign work to supporting engineers, develop and track milestones, and create integration forums and structures
Requirements
What you’ll need- Bachelor’s or Master’s degree in Mechanical Engineering or related field with a proven record demonstrating product design and analysis capabilities
- Typically 4+ years of product development or equivalent experience
- Strong grasp of mechanical engineering principles
- Analytical and problem-solving skills
- Ability to exercise independent judgment
- Experience designing electromechanical components, electronic enclosures, mechanical assemblies, structural elements, fluid systems, and/or optical components
- Knowledge of manufacturing processes and joining technologies, including injection molding, die casting, sheet metal, and related joining methods
- Knowledge of mechanical properties of materials
- Mechanical and fluid systems analysis using modeling tools, including tolerances, stress/strain, and thermal calculations
- Proficiency with CAD
- Knowledge of Design for Manufacturability, high-volume manufacturing methods, and design for reliability
- Knowledge of microfluidics, FAB processes, final assembly methods, and phase-gate product development processes is highly valued
- Demonstrated ability to collaborate effectively with internal teams and external/ODM partners across organizations and geographies
- Willingness to travel as needed
- Clear written and verbal communication skills
- Growth mindset, creativity, and comfort operating in a start-up-like environment within a larger organization
Benefits
Comp & perks- Bonus and/or equity opportunities
- Health insurance
- Dental insurance
- Vision insurance
- Long term/short term disability insurance
- Employee assistance program
- Flexible spending account
- Life insurance
- 4-12 weeks fully paid parental leave based on tenure
- 11 paid holidays
- Additional flexible paid vacation and sick leave
- Mentorship opportunities may be available depending on level and assignment
ATS Keywords
✓ Tailor your resumeApplicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard Skills
Mechanical EngineeringProduct DevelopmentElectromechanical Component DesignCAD DesignMechanical Properties of MaterialsFluid Systems AnalysisDesign for ManufacturabilityHigh-Volume Manufacturing MethodsModeling ToolsPhase-Gate Product Development
Soft Skills
Analytical SkillsProblem-Solving SkillsIndependent JudgmentClear Communication SkillsGrowth Mindset
Certifications & Qualifications
Bachelor’s Degree in Mechanical EngineeringMaster’s Degree in Mechanical Engineering
Industry Keywords
Injection MoldingDie CastingSheet MetalMicrofluidicsFAB ProcessesFinal Assembly MethodsTechnical InterfacesCross-Functional CollaborationODM ManufacturingStart-Up Environment