1. WENTWORTH INSTITUTE OF TECHNOLOGY
Engineering and
Engineering Technology
Wentworth Institute of Technology has expanded its commitment to preparing engineers for the next
generation. With the introduction of six new undergraduate engineering programs, in addition to its rich
history in engineering technology, Wentworth is educating students to excel in engineering roles from
design through delivery.
With our three-part educational model combining classroom instruction, lab experience, and cooperative
education Wentworth students and graduates are ready to make an impact in the workplace.
Engineering Engineering Technology
Wentworth’s engineering programs have grown Through its engineering technology programs,
out of our emphasis on a practical engineering Wentworth continues to prepare students and
education. Our students and graduates are highly graduates to develop and apply systems,
prepared to address challenges of design and components and processes.
analysis of complex systems.
Programs
Programs • Civil Engineering Technology
• Biomedical Engineering • Computer Engineering Technology
• Civil Engineering • Electronic Engineering Technology
• Computer Engineering • Mechanical Engineering Technology
• Electrical Engineering
• Electromechanical Engineering Computer Science & Networking
• Engineering The Wentworth computer science and
• Mechanical Engineering networking programs emphasize software
development as well as building and maintaining
critical IT infrastructure.
Programs
• Computer Networking
• Computer Science
As a part of the engineering senior showcase, Electromechanical Engineering
students Paul Britton and Andrew Beaulieu displayed their biomedical devices,
co
which can detect the presence of prostate cancer with only a drop of blood.
The
opportunity
WENTWORTH
together we’re building a better workforce
Career Services | 617-989-4101 | careerservices@wit.edu | www.wit.edu/career-services

2. WENTWORTH INSTITUTE OF TECHNOLOGY
Student Profiles
Mechanical Engineering Technology student, Meghan Puente, worked on a
variety of challenging projects at Energizer, ranging from creating new tools, to
installing a recycling system, to changing machinery to reduce operator downtime.
She was given much responsibility and hit the ground running, working on
substantial projects immediately.
“My role as an engineering co-op was no different than the other engineers at the
plant, which gave me the necessary experience and confidence.”
Rebecca Williams, Electromechanical Engineering, performed
and tracked a series of seven tests on the main engine start of a
military cargo helicopter for Hamilton Sundstrand. She performed
data analysis, coordinated and participated in company-wide
meetings, and acted as a liaison between Hamilton Sundstrand
and its clients.
Most of Eric Schmidt’s, Civil Engineering Technology,
work at Pratt & Whitney has consisted of parking lot
redesign while the company’s campus is under
construction. “I have been on the jobsite almost every day
since construction began and, along with another
co-worker and a contracted survey team, [I have provided]
maps and information to help the contracted construction
team.”
For her co-op with the MBTA, Madison King, Electronic Engineering
Technology, has been responsible for testing, monitoring, and
implementing solutions for the entire fleet of Blue Line subway cars.
One of her biggest projects was working on the auxiliary power supply,
which can sometimes overheat. King studied the problems and worked
to redesign the thermal system to make incidents less likely to happen.
Career Services | 617-989-4101 | careerservices@wit.edu | www.wit.edu/career-services