Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
The Engineering Science program equips students with a solid grounding in core engineering principles. The T-shaped curriculum's foundation consists of shared courses drawn from multiple engineering fields (including industrial, electrical, and mechanical) along with essential science and math coursework. Students gain specialized knowledge through technical electives, choosing from diverse engineering disciplines to focus their studies. Graduates will be prepared for careers in industrial, electrical, mechanical, design, or process engineering, and will qualify for advanced studies in these areas.
After completing the program, students will achieve these educational goals:
Analyze, define, and resolve challenging engineering issues using engineering principles, scientific knowledge, and mathematical concepts.
Develop engineering solutions that address specific requirements while accounting for public safety, health considerations, and broader societal, environmental, economic, and global impacts.
Communicate clearly with diverse groups.
Understand ethical obligations in engineering practice and evaluate solutions based on their worldwide consequences across economic, environmental, and social dimensions.
Collaborate successfully in team settings, demonstrating leadership, fostering inclusive teamwork, setting objectives, and accomplishing goals.
The Energy Systems Engineering Option allows Energy Science students to specialize in energy conversion, distribution networks, and storage system design.