Bachelor's Degree in Mechanical Engineering

Bachelor of Science
WPI students in engineering lab

Engineer Your Future with a Mechanical Engineering Degree @ WPI

At a Glance

Bachelor's + Master's Program

BS/MS available: Earn both degrees in five years.

STEM-Designated Degree

Qualifies international students for extended U.S. work authorization through Optional Practical Training (OPT)

ABET Accredited 

Ensuring program meets highest engineering standards

Proven Career Success

Average Starting Salary: $78,480 (Bachelor's degree graduates)* 

Notable Employers: SpaceX, Boeing, Boston Scientific, GE Aerospace, Lockheed Martin** 

*WPI Class of 2024 First Destination Survey **WPI First Destination Survey data (2020–24) 

Application Deadlines

Early Decision/Early Action I: Nov. 1 

Early Decision/Early Action II: Jan. 5 

Regular Decision: Feb. 1 

Options

Customize Your Path

Your WPI degree is yours to shape. Specialize with a concentration to go deeper into the area driving your curiosity. Complement your major with a minor, or fill the rest with electives that interest you. And if you're not ready to be done, the accelerated BS/MS program earns you both your bachelor's and master's in just five years.

 

Concentrations

Biomechanical

Apply mechanical engineering to the human body — medicine, rehabilitation, and human performance.

Engineering Mechanics

Model how structures, fluids, and composites respond to stress, vibration, and real-world forces.

Manufacturing

Learn how things get made, from CAD and robotics to precision and additive manufacturing.

Materials Science and Engineering

Study how metals, ceramics, polymers, and composites are processed, tested, and engineered.

Mechanical Design

Design, analyze, and optimize the components and assemblies that bring a machine to life.

Thermal-Fluid Engineering

Apply thermodynamics, heat transfer, and fluid flow to energy, environmental, and vehicle systems.

13:1

Student-to-Faculty Ratio 

235+

Student Clubs and Organizations

95%

Of First-Year Students Return for Their Sophomore Year (2025)

WPI Difference

What Makes WPI's Degree in Mechanical Engineering Distinct

WPI's project-based mechanical engineering degree prepares you for the manufacturing and innovation challenges of tomorrow.  

Through WPI's immersive seven-week terms and hands-on project work, you will pursue pathways to:

Design

mechanical systems using thermodynamics, fluid mechanics, and heat transfer

Launch

functional prototypes with advanced manufacturing and materials testing 

Analyze

complex engineering problems through hands-on experimentation

BUILD

a professional portfolio of completed projects at one of our 50+ project centers worldwide

 

CUSTOMIZE

your expertise by choosing a mix of electives or a concentration to match your interests

Collaborate

with teams across disciplines to develop solutions for today's complex challenges

Resources & Tech You'll Tap Into

WPI Students working with 3D Printing

3D-Printing Lab

Use rapid prototyping to build functional parts directly from your CAD files for course projects and research.
xWPI student in Metal Processing Institute Lab in metal processing suit

Metal Processing Institute

Work with industry-grade heat treatment, casting, and surface engineering equipment at North America's largest industry-university materials alliance.
Autonomous vehicle

Autonomous Vehicle Mobility Institute (AVMI)

Design and test vehicle systems using modeling, simulation, and hybrid testing facilities for autonomous mobility research.

Research Opportunities 

  • Advanced materials design and characterization 
  • Heat treatment and thermochemical surface engineering 
  • Sustainable manufacturing and materials recycling 
  • Autonomous vehicle design and control systems 
  • Lithium-ion battery production and recycling 

Project-Based Learning Experiences

Apply mechanical engineering theory and practice from day one. Build a professional portfolio with real work that matters.

At WPI, learn in an immersive environment where classroom concepts transform into hands-on projects, thanks to our intensive, seven-week terms. Complete increasingly advanced projects for industry partners and community organizations, both local and global. Present your solutions directly to organizations that will implement what you create.  

Below, explore real projects completed by mechanical engineering students at WPI.

WPI students building project wood prototype
Global

📍Akyem Dwenase, Ghana

Students developed irrigation systems using recycled materials that boost food security for 200+ Ghanaian cocoa farming families.

Global

📍Berlin, Germany

Students partnered with the Leibniz Institute of Freshwater Ecology to develop interactive displays on sustainable water management to 5,000+ annual Lake Stechlin visitors.

Local

Students analyzed and redesigned cleaning protocols that cut production time by 30% at Headwall Photonics' Fitchburg manufacturing facility.

Local

Teams built alert systems and communication protocols for Massachusetts' Department of Environmental Protection to notify residents within 2 hours of sewer system overflows.

Industry

Students engineered protective mechanisms and maintenance protocols that extend medical endoscope lifespan by 40% for Karl Storz Endoscopy.

Industry

Students built a compact, transportable steel casting system with modular components that produce military-grade steel parts on-site for the U.S. Department of Defense.

Skills & Salary

Skills You'll Gain

Through WPI's mechanical engineering degree, you'll gain the technical expertise and hands-on experience to design machines, optimize systems, and engineer solutions that power industries from aerospace to medical devices.

Explore opportunities to build skills such as:

Mechanical Systems Design & Analysis

 

Apply statics, dynamics, and stress analysis to design and evaluate mechanical components and assemblies using industry-standard CAD tools.

Integrate mechanical design principles to create functional prototypes that meet performance, safety, and manufacturing requirements.

Thermal-Fluid Systems Engineering

 

Analyze thermodynamics, fluid mechanics, and heat transfer to design energy-efficient systems for HVAC, power generation, and manufacturing.

Model and optimize thermal systems using computational tools and experimental validation techniques.

Materials Selection & Manufacturing

 

Select appropriate materials based on mechanical properties, cost, and application requirements for product development.

Apply manufacturing processes and quality control methods to transform designs into production-ready components.


 

Professional Excellence

 

Lead interdisciplinary project teams through complex engineering challenges while managing budgets, timelines, and stakeholder requirements.

Communicate technical findings through professional design documentation, reports, and presentations that meet industry standards.

→ Explore the full curriculum in the academic catalog.

Student Voice

"Project based learning has influenced my WPI education by further propelling me into real work-based opportunities that I will see after graduation." 

Ron Isidor ’27
Ron Isidor ’27
BS in Mechanical Engineering, minor in Aerospace Engineering

Ron gets involved with student community groups and appreciates the supportive faculty as he pursues his studies. [...]

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#15

Best Career Placement

The Princeton Review (2026)
#63

Best Mechanical Engineering Program

U.S. News & World Report (2024)
Top 15%

Best Colleges for Engineering in America

Niche (2025)
Career

Mechanical Engineering Career & Salary Outlook

Career Path 

Industry Sector 

Entry Level (0–5 years) 

Mid-Level (5–10 years) 

Senior Level (10+ years) 

Aerospace Engineering  Research & Development Aerospace Engineer 
$78K 
Senior Aerospace Engineer 
$117K 
Chief Aerospace Engineer 
$179K 
Mechanical Engineering  Enterprise  Mechanical Engineer 
$75K 
Senior Mechanical Engineer 
$113K 
Director of Engineering 
$173K 
Biomedical Engineering  Research & Development Biomedical Engineer 
$82K 
Senior Biomedical Engineer 
$123K 
Director of Biomedical Engineering 
$189K 
HVAC Systems  Enterprise  HVAC Systems Engineer 
$71K 
Senior HVAC Engineer 
$107K 
Director of Facilities Engineering 
$164K 
Manufacturing Engineering  Enterprise Manufacturing Engineer 
$76K 
Senior Manufacturing Engineer 
$114K 
Director of Manufacturing 
$175K 
Product Design  Research & Development Mechanical Design Engineer 
$79K 
Lead Design Engineer 
$119K 
Director of Product Design 
$182K 

Salary data from the Bureau of Labor Statistics 

Tuition & Costs
Preview

Financing Your Future

College is a great investment in your future—and were here to help you plan for it. Explore WPIs cost of attendance and learn how our Office of Financial Aid can guide you through options for funding your education. 

Start Building Your Future Today

WPI's simple formula helps students thrive: "Go to class. Do the work. Ask for help." With our mechanical engineering degree, you'll gain the expertise, experience, and network to engineer solutions that improve lives.