MSOE's architectural engineering degree provide you the know-how to build efficient, sustainable structures safely, quickly and within budget through classroom theory and real-world practice in state-of-the-art labs.
Biomedical engineers use engineering principles and methods to create products and services to improve peoples’ lives, such as cardiac pacemakers, CT scanners and artificial hips.
Chemical and biomolecular engineers work at the interface of engineering and molecular biology to solve engineering problems, improve current products and processes and develop new products and processes at the molecular level. Students in MSOE’s program learn about cell engineering, nanotechnology and genomics in advanced laboratories.
Graduates of Civil Engineering learn mathematics, natural science and engineering principles but are also proficient in business, public policy, leadership and team work.
MSOE’s CE program integrates hardware and software, building on the disciplines of electrical engineering and computer science. Graduates have not only the technological know-how and communication skills, but also the leadership skills and business knowledge to move their organizations forward.
Construction managers are the people who get things done. They make sure that projects—from skyscrapers to stadiums to subdivisions—are built well, on time and on budget.
Contrary to popular belief, the field of electrical engineering is about much more than simply sitting in front of a circuit board. Through their work, electrical engineers make a difference in the world and improve people’s everyday lives.
The AAS-EET to BSEE Transfer Plan at MSOE is designed to allow AAS graduates of electrical engineering technology programs, from colleges with which MSOE holds transfer agreements, to transfer efficiently into the electrical engineering program. This program may also be appropriate for transfer students from other colleges – consult with an academic advisor.
MSOE’s Engineering Explorers Pathway exposes students to a variety of engineering disciplines to empower them to make an informed decision for their futures.
Often described as the “people-oriented” engineering profession, industrial engineering combines your abilities in math, logic and organization with a core understanding of business objectives to streamline operations and conserve resources.
Essential to industrial enterprise, mechanical engineering is versatile and continuously evolving. Mechanical engineers use their knowledge of design, energy and materials to ensure that objects function more efficiently to conserve resources.
Learn how to apply engineering concepts, techniques and methods to develop software systems in one of the first four ABET-accredited software engineering programs in the country.
