Automotive Engineer at Millennium Software and Staffing Inc

September 3, 2025
Application ends: September 30, 2025
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Job Overview

  • Date Posted
    September 3, 2025
  • Location
  • Expiration date
    September 30, 2025
  • Experience
    Fresh
  • Gender
    Both
  • Qualification
    Master’s Degree
  • Career Level
    Others

Job Description


📄 Job Description – Entry-Level Automotive Engineer

Position: Entry-Level Automotive Engineer
Location: Onsite – Michigan, USA
Employment: Full-time (Open to F1 OPT / STEM EAD candidates)


About the Role

We are seeking a passionate and detail-oriented Entry-Level Automotive Engineer to join our team and support one of our leading automotive customers. This role is ideal for recent graduates or early-career engineers with a strong interest in product development, vehicle design, and analytical problem-solving.


Key Responsibilities

  • Work with senior engineers in vehicle product development across concept, design, testing, and validation phases.
  • Use CAD tools (CATIA preferred) to design and model components.
  • Support mass and weight analysis to evaluate the impact of design changes on overall vehicle performance, efficiency, and safety.
  • Review engineering drawings, BOMs, and technical specifications.
  • Conduct basic calculations, simulations, and reports to support decision-making.
  • Collaborate with cross-functional teams (design, manufacturing, quality) to resolve technical issues.
  • Assist in improving engineering methodologies and ensuring compliance with industry standards.

Qualifications

  • Bachelor’s or Master’s degree in Automotive Engineering, Mechanical Engineering, or related field.
  • Experience with CAD software (CATIA required; SolidWorks/Creo a plus).
  • Strong analytical and problem-solving skills with the ability to perform engineering calculations.
  • Basic understanding of vehicle dynamics, weight distribution, and packaging.
  • Excellent communication and teamwork skills.
  • Open to entry-level graduates, F1 OPTs, and STEM EAD candidates.

Preferred Skills

  • Hands-on project experience with automotive systems/components.
  • Exposure to structural or weight optimization techniques.
  • Internship/co-op experience in automotive or mechanical design is a plus.

Why Join Us?

  • Opportunity to work onsite with leading automotive customers in Michigan.
  • Flexible environment with growth opportunities for early-career engineers.
  • Supportive team environment and career development opportunities.

📧 To Apply: Send your resume to agoyal@webmsi.com


🎯 How to Prepare for the Interview

1. Technical Preparation

  • CAD/Design:
    • Be ready to discuss CATIA skills: 3D modeling, drafting, assemblies, and surfacing.
    • Review geometry creation, constraints, and assembly methods.
  • Mass/Weight Analysis:
    • Brush up on how changes in material or component geometry affect center of gravity, fuel economy, and vehicle dynamics.
    • Be prepared to calculate weight distribution (front/rear axle loads) with simple examples.
  • Automotive Knowledge:
    • Basics of vehicle systems (engine, chassis, suspension, braking).
    • Familiarity with product lifecycle (concept → design → validation → launch).
  • Engineering Fundamentals:
    • Stress/strain basics, FEA concepts, tolerances, and GD&T.
    • Material properties (aluminum vs. steel vs. composites in automotive).

2. Behavioral Preparation

  • Be ready for questions like:
    • “Tell me about a project where you used CAD tools.”
    • “How do you ensure accuracy in your design work?”
    • “Describe a time you solved a complex engineering problem.”
  • Show enthusiasm for the automotive industry and willingness to learn.

3. Practical Preparation

  • Review your resume projects (be very clear about what YOU did).
  • If you did a thesis or project related to vehicles, be ready for follow-up questions.
  • Research the automotive company/client you’ll be placed with (OEM/Tier 1 supplier).

4. Smart Tips

  • Bring a portfolio (if possible): screenshots of CAD models, project reports, or academic designs.
  • Revise the basics of statics, dynamics, and materials.
  • Highlight your adaptability to new tools/software if needed.