inline-defaultCreated with Sketch.

This website uses cookies to ensure you get the best experience on our website.

Students
Tuition Fee
Start Date
Medium of studying
Duration
Program Facts
Program Details
Degree
Bachelors
Major
Engineering Technology
Area of study
Engineering
Course Language
English
About Program

Program Overview


Shenandoah University's Bachelor of Science in Engineering provides a solid foundation in engineering principles, preparing students for careers in various fields. Students develop problem-solving skills, apply engineering principles, and gain hands-on experience through a capstone project or internship. The program prepares graduates for further studies, professional licensure, and successful careers in the engineering industry.

Program Outline


Degree Overview:

The Bachelor of Science in Engineering at Shenandoah University is designed to provide students with the essential skills to pursue a career in engineering at both the undergraduate and graduate levels. The program focuses on developing the mathematical, scientific, and problem-solving skills required for success in the field.


Objectives:

  • Provide students with a strong foundation in the fundamental principles of engineering.
  • Prepare students for further studies in engineering or related disciplines.
  • Equip students with the skills needed for a successful career in engineering.

Program Description:

The program consists of a 50-credit engineering core, an 18-credit concentration in a chosen area of specialization, 15 credits of engineering electives, 21 credits of general education courses, 10 credits of free electives, and a 6-credit capstone project or internship.


Concentrations:

  • Computer Engineering:
  • Focuses on designing, analyzing, building, and testing computer hardware and software systems.
  • Requires courses in discrete mathematics, data structures, signal processing, digital system analysis and design, and computer architecture.
  • Engineering Physics:
  • Includes courses in computational physics, thermal physics, electrical circuits, classical mechanics, electricity and magnetism, and quantum mechanics.
  • Simulation Engineering:
  • Combines computer engineering and computer science to create simulations of real-world systems and processes.
  • Requires courses in 3D modeling and design, development and programming in game engines, digital system analysis and design, computational physics, fundamentals of modeling and simulation, and simulation and analysis methods.
  • Software Engineering:
  • Teaches the engineering concepts and methods required to design, develop, maintain, test, and evaluate computer software systems.
  • Includes courses in discrete mathematics, data structures, operating systems, software design, introduction to databases, and programming languages.

Outline:


Engineering Core:

  • Mathematics: Linear algebra, calculus I-III, probability and statistics, differential equations.

Concentrations:

  • Specific coursework for each concentration is listed above.

Engineering Electives:

  • Students can choose 15 credits of engineering electives from a variety of topics.

General Education:

  • Students complete 21 credits of general education courses in various disciplines.

Free Electives:

  • Students can choose 10 credits of free electives from any subject.

Capstone Project/Internship:

  • Students complete a 6-credit capstone project or internship to apply their skills and knowledge to a real-world engineering problem.

Assessment:

  • Assessment methods may include exams, quizzes, assignments, projects, presentations, and participation.
  • Specific assessment criteria will vary depending on the course and instructor.

Teaching:

  • The program utilizes a variety of teaching methods, including lectures, discussions, labs, group projects, and individual work.
  • The faculty consists of experienced engineers and researchers with expertise in their respective fields.
  • The program emphasizes hands-on learning and active engagement with the material.

Careers:

  • Computer Engineering: Robotics, manufacturing, satellite technologies, electronics design.
  • Engineering Physics: Developing new propulsion and energy systems, designing and testing sensors, advancing the field of quantum computing.
  • Simulation Engineering: Building real-time simulations, creating educational and decision-making tools, gamification.
  • Software Engineering: Building web and mobile applications, enhancing self-driving car safety, implementing secure data systems.

Other:

  • Students are encouraged to submit their work to the Shenandoah University Research Expo (SURE), which showcases student research and creative projects.
  • The program prepares students for professional licensure and certification exams.
  • The program offers opportunities for internships and research experiences.
  • The average annual U.S. base salary for someone with a bachelor's in computer engineering is $93,000.
  • The average annual U.S. base salary for someone with a bachelor's in engineering physics is $87,000.
  • The average U.S. modeling and simulation engineer makes approximately $97,000 annually.
SHOW MORE
How can I help you today?