Program Overview
Engineering Science
School
School of Engineering and Applied Sciences
Department
Engineering Education
Major
Engineering Science BS
Engineering science gives you a chance to get a little bit of everything. It’s a flexible and multi-departmental degree that lets you see what you like—and get more of what you love. This program is ideal for people who want to learn how to be well-rounded problem-solvers, using experience from all different disciplines to make an impact on the environment, healthcare or nearly any field. If you’re having a hard time deciding which engineering major to choose, then pick engineering science—and do it all.
What will I learn?
As an engineering science major, you’ll get a breadth of engineering fundamentals, with the freedom and flexibility to explore your interests.
You’ll start with classes in chemistry, physics and calculus, plus a few other requirements to give you a solid foundation. You’ll take courses from a broad range of fields such as biology, geology and mechanics. And then you’ll get to go deeper into an interdisciplinary area such as data science or robotics and mechatronics, or a traditional engineering discipline like aerospace or civil engineering.
What can I do outside of class?
The classroom is only the beginning at UB.
- Internships, co-ops and experiential learning. At UB, you’ll find on-campus engineering intramurals, tinkering programs, internships that give you real-world experience and contacts, and much more.
- Student groups. Make friends and maybe even compete in national competitions through UB’s dozens of engineering and science clubs, including clubs based on specific academic interests.
- Research. Work alongside faculty to study how engineering students learn.
- Study abroad. If you’re looking for a life-changing experience and international perspective, consider going abroad; UB engineering students have traveled to Australia, Costa Rica, France and many other countries during summer and winter breaks.
What can I do with an engineering science degree?
This is one of the most flexible engineering degrees you can get because it gives you a background in a broad range of areas.
As an engineering science graduate, you might work for a government agency, a private company, a research lab or in a university. Your career might include research, education, sales, communication or project management. Some of our students also go to graduate school before getting a job.
Whether you decide you want to work in mechanical engineering, environmental engineering or nearly any career involving engineering or science, this degree puts you on the right path. (That said, if you’re sure that you want to focus on a specific type of engineering, you should also check out that major.)
Who will I learn from?
As an engineering science student, many of your classes will be taught by faculty from the Department of Engineering Education, where you’ll find professors who specialize in helping engineering students learn complex subjects. That’s just one reason why they’re exceptional teachers and mentors.
Within this program, you’ll also take classes from engineering and science experts throughout the university. For example, if you take an aerospace engineering class, you might learn from a professor who has done research for NASA. Your physics professor might be a National Science Foundation award winner. You get the idea. But regardless of who your teachers are, they’re here to help you achieve your goals.
Program Outline
- University at Buffalo
Degree Overview
This program is designed for students who:
- Want a well-rounded engineering education.
- Are unsure which specific engineering discipline to pursue.
- Enjoy exploring different areas of engineering and science.
- Aim to become innovative problem-solvers with multidisciplinary skills.
The program offers:
- A broad foundation in engineering fundamentals.
- Flexibility to explore diverse areas of interest.
- Opportunity to specialize in an interdisciplinary field or a traditional engineering discipline.
provides a strong foundation for a variety of career paths in engineering and related fields.
Outline
The program consists of:
- Core engineering fundamentals: chemistry, physics, calculus, and other introductory courses.
- Breadth courses: courses in diverse fields like biology, geology, and mechanics.
- Depth courses: specialization in an area like data science, robotics and mechatronics, or a traditional engineering discipline.
Assessment
Assessment methods in the program may include:
- Exams (written and practical)
- Quizzes
- Projects
- Presentations
- Participation
Teaching
The program features:
- Dedicated and experienced faculty from the Department of Engineering Education, specializing in helping students learn complex engineering subjects.
- Guest lecturers and instructors from across the university's engineering and science departments, bringing real-world expertise and diverse perspectives to the classroom.
- A focus on active learning and hands-on experiences, fostering student engagement and a deeper understanding of the material.
Careers
Graduates of the program can pursue careers in a variety of fields, including:
- Research and development
- Education
- Sales
- Communication
- Project management
- Government agencies
- Private companies
- Research labs
- Universities
Other
Additional program highlights:
- Opportunities for internships, co-ops, and experiential learning.
- Dozens of engineering and science clubs, including clubs based on specific academic interests.
- Research opportunities alongside faculty.
- Study abroad programs in countries like Australia, Costa Rica, and France.
