Bachelor of Science in Engineering

Program Overview

The Multidisciplinary Engineering program at the University of Connecticut empowers students to tailor their engineering education by selecting courses from various disciplines and focusing on a chosen area. This customizable approach equips graduates with a broad understanding of engineering and specialized knowledge in their field of interest, preparing them for diverse career opportunities in various industries. The program also offers optional specializations in Entertainment Engineering, Human Rights and Sustainability, and Industrial Design.

Program Outline

Multidisciplinary Engineering (BSE) - University of Connecticut

Degree Overview:

• The B.S.
in Multidisciplinary Engineering allows students to design their own specialized engineering program by selecting courses from various engineering disciplines and pairing them with a chosen area of focus.
• This customizable approach provides graduates with a broad understanding of engineering and a deeper specialization in their chosen field.
• The overall goal of the program is to equip students with the necessary knowledge and skills to excel in a variety of engineering careers.

Outline:

• Required Courses:
• This section outlines the core curriculum of the program, listing all mandatory courses students need to complete.
• Each course entry includes its title and credit value.
• Engineering Electives:
• Area Elective Credits:
• This section provides a further layer of customization, offering 24 credits for students to delve deeper into a chosen area of focus.

Assessment:

• The program employs various assessment methods to evaluate students' learning and progress, which likely includes:
• Exams:
Assessing knowledge and comprehension of course content.
• Assignments: Measuring students' ability to apply learned skills to practical problems and critical thinking.
• Projects: Offering opportunities to demonstrate problem-solving abilities, teamwork skills, and creativity in applying theoretical concepts to real-world scenarios.

Teaching:

• The program likely leverages a diverse range of teaching methods to suit various learning styles:
• Lectures:
Facilitating knowledge transfer and introducing core concepts.
• Hands-on activities: Offering practical experiences and reinforcement through tasks, laboratory work, and project involvement.
• Group discussions and presentations: Encouraging collaborative learning, communication skills, and diverse perspectives on engineering challenges.

Careers:

• The program prepares graduates for diverse career opportunities in various industries and sectors leveraging the broad engineering skills and specialized knowledge gained.
• Some potential career paths for graduates include:
• Research and development engineer
• Design engineer
• Manufacturing engineer
• Project engineer
• Consultant

Other:

• The program offers two optional specializations students can choose to pursue, each adding specific courses to their program:
• Entertainment Engineering:
Focusing on technical theater and stagecraft skills through a combination of traditional engineering courses and specialized theater courses, making graduates exceptionally well-suited for careers in the entertainment and performing arts industries.
• Human Rights and Sustainability: Aiming to integrate a human-rights approach within engineering practices and perspectives.
Students in this specialization complete 24 credits in Human Rights-related coursework and design a capstone project centered on this approach, preparing them for socially impactful careers in human rights advocacy, engineering fields with ethical considerations, or related areas.
• Industrial Design: Providing a strong engineering foundation complemented with extensive coursework in industrial design practices, allowing graduates to address challenges in engineering design with unique skillsets and understanding of fabrication, human factors, and presentation techniques.