There are many possible solutions to a problem and many paths to take to get there. The MQP helps you put the theory of what you’ve learned into practice to tackle real-life scenarios and issues, often sponsored by corporations or other external organizations. You will see that the skills acquired over your undergraduate years will be your foundation on which to build your life's work. Employers are looking for mastery. The MQP, an integral part of the WPI plan, positions students to stand out in the applicant pool.
The Major Qualifying Project (MQP) is based on a fundamental philosophy – once you graduate, what will you be able to DO?
At WPI, the MQP, a team-based, professional-level design or research experience, makes the answer a very positive one. The culmination of WPI's project-based undergraduate education, a successful MQP demonstrates such learning outcomes as how to communicate effectively; understand the scientific, social, and ethical dimensions of the problem; and demonstrate knowledge appropriate to your specific major. And every year the results show students finding meaningful work.
Project Presentation Day
Each spring, on Project Presentation Day, student teams, representing all of WPI's academic departments, present the results of their Major Qualifying Projects to their faculty advisors and external sponsors. The public is also invited to take part in this annual exhibition of the remarkable outcomes of our students' project work.
WPI students working on a project in Australia.
Global Projects Program. Go into the World.
Everyone wants to make their last year of college one for the ages, and what better way to do that than by going into the real world? Starting with the Class of 2022, every student will receive a $5,000 scholarship. From designing a robotic arm to sort and move scrap metal for recycling in China to analyzing the effect of wind turbines on radar in Massachusetts, the world is at your fingertips.
MQPs In the News
The Boston Globe reports on Lola, the amputee sea turtle who received a first-of-its-kind prosthetic flipper designed by three WPI engineering students as part of their MQP. The new flipper they created will allow Lola and other injured turtles to be rehabilitated and live a more normal life--and is another step toward next-generation animal prosthetics.
Innovation and Entrepreneurship
The Innovation and Entrepreneurship (I&E) Center focuses on helping students’ innovative ideas turn into reality through funding and mentoring of Major Qualifying Projects. The Center also serves as a project collaboration space to support student MQP work.
Renewable Energy in the Rockies
A student team conducted a feasibility study of renewable energy at the Estes Park campus in Colorado.
The Invisible Work of Babies
Video ethnographer Kajsa Brimdyr shows the significance of skin-to-skin contact.
Sensing the Living Breath
Electrical engineer Ulkuhan Guler has an ambitious goal: creating a small, smart, skin patch that collects critical measures of respiration.
Jennifer Headman ’01
Jennifer uncovers the secret power of microbes, and how they just might save the world.
Jeremy Trilling '22
Trilling has the kind of imagination that’s exciting and a little mind-boggling—one that envisions a future where the jet stream moves packages, and people, around the world.
Kristophe Zephyrin '21
Even as a child, Zephyrin had grand ambitions to save the world and improve the human condition, starting with a dream of creating urban green spaces in his hometown of Houston, Texas.
News
Media Coverage
The Boston Globe
Boston Globe columnist Thomas Farragher wrote a column about WPI robotics engineering professor Marko Popovic and undergraduates Mia Buccowich ’22, Andy Strauss ’23 and Brian Fay ’22 helping to develop a partial hand prosthetic for University of Houston student Payton Heiberger. “Working with them in the lab and coordinating with students of my own age has been amazing,” Heiberger said of her experience working with the WPI team.
Telegram.com
In its College Town section, The Telegram & Gazette noted the roles of WPI robotics engineering professor Marko Popovic and undergraduates Mia Buccowich ’22, Andy Strauss ’23 and Brian Fay ’22 in helping to develop a partial hand prosthetic for University of Houston student Payton Heiberger.