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BYU Engineering | Ira A. Fulton College of Engineering
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manufacturing

Description

This major is for students who are interested in designing, developing, and testing electrical equipment. They focus on the hardware and energy parts of electronics more so than software. This major shares entry-level courses with Computer Engineering. Electrical engineering involves electromagentics, feedback control, digital communications, digital signal processing, advanced electromagnetics, advanced analog electronics, semiconductors, and multivariable calculus. This is the practical application of electricity, focusing on anything that turns on/off.

Careers

Electrical/Electronics Engineer, Controls Engineer, Project Engineer, Test Engineer, Electrical Design Engineer, Systems Engineer

Credits

90 credits

Requirements

Open major

Research Areas and Labs

Camacho, Cleanroom, Electro-Holography, Electromagnetic Measurement, Micropower Circuits, Phototonics, Radio Astronomy Systems, Smart Antenna Systems

Extracurricular Opportunities

Automated Robotics Competition, Spacecraft, Rocketry

Interested? Take This Class!

Electrical Engineering Website

Description

Manufacturing Engineering is how we make things! In this career, you will be a valuable member of engineering teams. In manufacturing engineering, you are prepared for technical and management careers; you should be willing to work as a team and as a leader. This field is more practical and hands-on, working with multiple departments to create more efficient processes. You will be preparing to enter careers in Production Engineering, Quality Engineering, Continuous Improvement, Medical Device Manufacturing, and Operations. If you are a tacticle learner interested in engineering, this could be the major for you!

Careers

Supply Chain Engineer, Simulation Engineer, Operations Engineer, Medical Device Manufacturing, Design Engineer, Technology Management, Quality Control Engineer, Conceptual Designer, Automation Supervisor, Applications Engineer, Production Technologist, Line Supervisor, Engineering Manager, Material Planner, Manufacturing Engineering Technologist, Manufacturing Engineer

Credits

94 credits

Requirements

Open major

Research Areas and Labs

Friction Stir Research Lab, Smart Manufacturing, Additive Manufacturing Lab, Composites Processing & Simulation, Tribology & Materials, Waterjet, Weld Lab

Extracurricular Opportunities

Women in Manufacturing, Society of the Advancement of Materials and Process Engineering, Society of Manufacturing Engineers, Engineering Design Club

Interested? Take This Class!

Manufacturing Engineering Website

Upcoming Study Abroad Programs

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Central America Hydro-Engineering

When: Middle to Late March
Cost: $2,200-2,500
Scholarships: $700 from the Weidman Center

Application Deadline: Summer 2025


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Europe Infrastructure and Global Leadership

When: 16 May–6 June 2025
Cost: $6,400–6,800
Scholarships: $1,540 from the Weidman Center; $600 from the Civil & Construction Engineering Department

Application Deadline: Fall 2025


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Fundamentals of International Product Design & Development: Singapore

When: 12 May–1 June 2025
Cost: $5,400–5,800
Scholarships: $1,400 from the Weidman Center

Application Deadline: Winter 2026


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Global Engineering Outreach: Ecuador, Peru and Bolivia

When: 28 Apr–15 May 2025 (approx.)
Cost: $4,200–4,500
Scholarships: $1,260 from the Weidman Center

Application Deadline: Fall 2025


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Renewable Energy in Denmark

When: 1 July–3 August 2025
Cost: $4,600–4,900
Scholarships: $1,510 from the Weidman Center

Application Deadline: Fall 2025


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Engineering Major Comparison
Electrical and Computer Engineering
Civil and Construction Engineering
Manufacturing Engineering
Chemical Engineering
Mechanical Engineering
Technology and Engineering Studies

Electrical and Computer Engineering Majors

  • Description

    This major is for students who are interested in designing, developing, and testing electrical equipment. They focus on the hardware and energy parts of electronics more so than software. This major shares entry-level courses with Computer Engineering. Electrical engineering involves electromagentics, feedback control, digital communications, digital signal processing, advanced electromagnetics, advanced analog electronics, semiconductors, and multivariable calculus. This is the practical application of electricity, focusing on anything that turns on/off.

    Careers

    Electrical/Electronics Engineer, Controls Engineer, Project Engineer, Test Engineer, Electrical Design Engineer, Systems Engineer

    Credits

    90 credits

    Requirements

    Open major

    Research Areas and Labs

    Camacho, Cleanroom, Electro-Holography, Electromagnetic Measurement, Micropower Circuits, Phototonics, Radio Astronomy Systems, Smart Antenna Systems

    Extracurricular Opportunities

    Automated Robotics Competition, Spacecraft, Rocketry

    Interested? Take This Class!

    • EC EN 191: New Student Seminar
    • EC EN 192: Freshman Project
    • EC EN 224: Intro to Computer Systems
    • CS 111: Intro to Computer Science
    • If no prior coding experience take CS 110

  • Description

    This major is the sibling to Electrical Engineering, sharing entry-level courses and vital concepts like digital logic, microcontrollers, signals and systems, programming, and circuits. Computer Engineering focuses on the software end of electronics; it is different from Computer Science with practical application in computer architecture and digital logic. You will have a wide selection of job opportunities as you learn skills that easily translate to the fast-paced modern world. This is engineering in the digital age: programming computers, embedded systems, internet of things, digital circuits, robotics, autonomous systes, computer vision, AI systems, networking, and so much more.

    Careers

    Software Engineer, Computer Systems Analyst, Computer Programmer, Machine Learning Engineer, Hardware Engineer, Database Administrator,

    Credits

    90 credits

    Requirements

    Open major

    Research Areas and Labs

    NET Lab, Configurable Computing, Field Robotic Systems (FRoSt lab), MAGICC lab, Robotic Vision

    Extracurricular Opportunities

    Mixed Reality, Robotics, Spacecraft, Rocketry

    Interested? Take This Class!

    • EC EN 191- New Student Seminar
    • EC EN 192- Freshman Project
    • C S 111- Intro to Computer Science
    • If no prior coding experience take C S 110

  • Description

    Cybersecurity is just as its name suggests--the security of computer systems. You will study not only engineering, but aspects of law, policy, human factors, ethics, and risk management in this interdisciplinary major. You can choose any of the following emphases: digital forensics, penetration testing, internet of things (IoT), or system & network administration. Cybersecurity students are required to complete at least 200 hours of work experience in order to graduate, giving BYU students a leg up in the industry. In the 21st century where everything is digital, learn how to keep networks secure and make a difference in a wide variety of disciplines.

    Careers

    Systems Administrator, Cybersecurity Analyst, Information Security, Computer Forensic Investigator, Network Administrator, Ethical Hacker, Cybersecurity Consultant, Security Architect

    Credits

    74-75 credits

    Requirements

    Open major

    Research Areas and Labs

    Cybersecurity Research Lab

    Extracurricular Opportunities

    Cybersecurity Students Academic Association (CSA), Cyber Games, Collegiate Cyber Defense Competition (CCDC), Hacker Challenge

    Interested? Take This Class!

    • CS 111: Intro to Computer Science
    • If no prior coding experience take C S 110

Civil and Construction Engineering Majors

  • Description

    Want to make a positive impact on communities? Civil engineering could be the major for you. Civil engineers design, build, and maintain public works such as buildings, roads, bridges, waterways, energy systems, infrastructure, transportation, and everything in between. If you're looking for a broader career trajectory, this has plenty of options with a variety of specialities: transportation, architectural, geotechnical, aerospace, surveying, utilities, structural, construction, environmental, and more! This major is generally more collaborative than other engineering disciplines because of the connection to public service and policy. Every city needs civil engineers to maintain it, promising positive job security. As you continue your studies, you have the option of four speciality areas: Geotechnical, Structural, Transportation, or Water. You will learn problem-solving skills and exercise your creativity in your work.

    Careers

    Civil Engineer, Environmental Engineer, Structural Engineer, Water Resources Engineer, Surveyor, CADD Technician, Urban Planner, Nuclear Engineer, City Engineer, Transportation Engineer, Zoning Inspector, Cost Estimator, Construction Manager, Building Inspector, Policy

    Credits

    89-90 credits

    Requirements

    Open major

    Research Areas and Labs

    Hydroinformatics, Sustainability, Transportation Engineering

    Extracurricular Opportunities

    American Society of Civil Engineers (ASCE), Institute of Transportation Engineers (ITE), Earthquake Engineering Institute, BYU Engineering Together

    Interested? Take This Class!

    • CCE 101: Introduction to Civil/Construction Engineering
    Civil Engineering Website

  • Description

    Construction Management wears many hats-- this degree is more than working construction. You will take classes covering architecture, sustainability, labor relations, management, materials handling, laws/regulations, cost evaluation, and more. This major combines engineering knowledge with business and project management skills. You have a wide variety of options for electives within the major to tailor your degree to your career goals.

    Careers

    Residential Construction Manager, Commercial Construction Manager, Inspector, Estimator, Sustainability Consultant, General Contractor, Field Engineer, Industrial Construction Manager, Heavy Highway Construction Manager, Health and Safety Manager, Contract Administrator, Quality Control Specialist, Site Superintendent

    Credits

    85-86 credits

    Requirements

    Open major

    Research Areas and Labs

    Sustainability lab, Transportation

    Extracurricular Opportunities

    CM Challenge, NAHB, ASC, UREC (Utah Real Estate Challenge), Construction Management Student Association

    Interested? Take This Class!

    • CCE 101: Introduction to Civil/Construction Engineering

  • Description

    The sibling to Construction Management-- these majors seem identical for the first few courses, but they are different. Facilities and Property Management differs with real estate/property classes in the curriculum. You will learn about the engineering concepts behind the structures while also learning about economics, maintenance, management, and business practices. You have a wide variety of electives within the major to tailor your education to your career goals. If you want a job that keeps you on your toes and prioritizes people, this could be the major for you-- each day looks different when managing facilities to ensure the functionality, safety, sustainability, and efficiency of the built environment.

    Careers

    Field Operations Manager, Compliance Officer, Facilities Director, Building and Grounds Supervisor, Director of Plant Operations, Strategic Site Planner, Space Planning and Logistics Leader, Facilities System Specialist, Building Manager, Facility Maintenance Analyst, Real Estate Developer

    Credits

    82-83 credits

    Requirements

    Open major

    Research Areas and Labs

    Sustainability Lab

    Extracurricular Opportunities

    FPMSA (Facility & Property Management Student Association)

    Interested? Take This Class!

    • CCE 101: Introduction to Civil/Construction Engineering
    Facility and Property Management

Manufacturing Engineering Majors

  • Description

    Manufacturing Engineering is how we make things! In this career, you will be a valuable member of engineering teams. In manufacturing engineering, you are prepared for technical and management careers; you should be willing to work as a team and as a leader. This field is more practical and hands-on, working with multiple departments to create more efficient processes. You will be preparing to enter careers in Production Engineering, Quality Engineering, Continuous Improvement, Medical Device Manufacturing, and Operations. If you are a tacticle learner interested in engineering, this could be the major for you!

    Careers

    Supply Chain Engineer, Simulation Engineer, Operations Engineer, Medical Device Manufacturing, Design Engineer, Technology Management, Quality Control Engineer, Conceptual Designer, Automation Supervisor, Applications Engineer, Production Technologist, Line Supervisor, Engineering Manager, Material Planner, Manufacturing Engineering Technologist, Manufacturing Engineer

    Credits

    94 credits

    Requirements

    Open major

    Research Areas and Labs

    Friction Stir Research Lab, Smart Manufacturing, Additive Manufacturing Lab, Composites Processing & Simulation, Tribology & Materials, Waterjet, Weld Lab

    Extracurricular Opportunities

    Women in Manufacturing, Society of the Advancement of Materials and Process Engineering, Society of Manufacturing Engineers, Engineering Design Club

    Interested? Take This Class!

    • MFGEN 130: Modern Manufacturing
    • TES 112: Innovation
    Manufacturing Engineering Website

Chemical Engineering Majors

  • Description

    Can't decide between chemistry and engineering? Choose both! This program offers a variety of career paths: oil and gas, pharmaceuticals, nanotechnology, environment, semiconductors, chemicals, textiles, aerospace, energy, biomedical, and consumer goods. You will use chemistry, math, physics, and biology to convert materials into more useful materials or into energy. You will be taught by nationally recognized faculty and have the opportunity to be actively involved in research even as an undergraduate. You will learn how to improve the quality of life by inventing, optimizing, and economizing new technologies and products. You can improve the world through molecular transformation. This is a tough program but you will gain valuable mentorship and research experience from one of the best programs in the country.

    Careers

    Chemical Engineer, Biotechnologist, Energy Engineer, Geochemist, Nuclear Engineer, Petroleum Engineer, Matellurgist, Materials Engineer, Waste Management Officer, Chemical Technician, Chemical Plant Operator, Food Engineer, Analytical Chemist, Pharmaceutical Manufacturer, Consulting Engineer

    Credits

    102.5- 103.5 credits

    Requirements

    Open major

    Research Areas and Labs

    Biochemistry/Biomedical, Catalysis, Combustion, Electrochemical, Molecular Simulation, Nuclear, Process Optimization, Sustainable Energy, Thermodynamics

    Extracurricular Opportunities

    AICheE Student Chapter, Global Engineering Outreach Club, American Nuclear Society, Society for Biological Engineering, Biomedical Engineering Club, 2ft Prosthetics Club, Society of Women Engineers

    Interested? Take This Class!

    • CH EN 170: Intro to Chemical Engineering, concurrent with:
    • CHEM 105- General College Chemistry 1 or CHEM 111- Principles of Chemistry 1
    Chemical Engineering Website

Mechanical Engineering Majors

  • Description

    When you think of an engineering major, this is the one that you are probably imagining. This is a broad field that provides great flexibility for future employment. It is one of the largest programs in the college with endless possibilities! Mechanical engineering is a very broad subject that deals with essentially anything that moves (including the human body), machines that range from simple to complex systems, and devices with embedded sensors and actuators. You can design and develop products that could change the world--most products you see in your life were developed by a mechanical engineer. Some industry possibilities include materials, dynamics, vibrations, controls, computer aided engineering, design, manufacturing, biomechanics, thermal sciences, and fluid sciences. Once in the major, you can tailor your elective classes to create a particular emphasis. The technical elective focus areas are Aerospace, Automotive, Biomechanics, Design and Manufacturing, Dynamic Systems/Controls/Robotics, Energy Systems, Fluid Mechanics, Materials, Structural Dynamics and Acoustics, and a general overview of Mechanical Engineering.

    Careers

    Mechanical Engineer, Materials Engineer, Marine Engineer, Maintenance Engineer, CAD Technician, HVAC Technician, Mechanical Technician, Product Designer, Quality Engineer, Thermal Engineer, Robotics Engineer, Biomedical Engineer, Automotive Engineer, Mechatronics Technician, Mechanical Engineering Technician, Aerospace Engineering

    Credits

    101.5 credits

    Requirements

    Limited Enrollment Program. Certain classes are required in order to apply. Admission to the program is based on your grade in the 4 classes listed below. See this application page for more details.

    Research Areas and Labs

    Aerospace; Bioengineering; Design; Dynamic Systems, Controls, and Robotics; Energy Systems and Air Quality; Fluid Mechanics; Materials; Structural Dynamics and Acoustics; Thermal Transport

    Extracurricular Opportunities

    Student Section of the American Nuclear Society, Global Engineering Outreach (GEO), American Society of Mechanical Engineers (ASME), BYU Mechatronics Association, Mars Rover Team, Society of the Advancement of Materials and Process Engineering, Society of Automotive Engineers (SAE), BYU Formula Electric, BYU Agricultural Robotics, Commercial Space Association, Supermileage, BYU Combat Robotics

    For the Aerospace Emphasis:

    BYU Rocketry, BYU Aeronautics Club, BYU AIAA (American Institute of Aeronautics and Astronautics) Leadership Team, BYU Drone Team, BYU Mars Rover, BYU Wind Energy Club, Spacecraft Club, BYU AUVSI Team

    Interested? Take This Class!

    • ME EN 191: Seminar for new majors
    • First physics course (PHSCS 121/123/EC EN 301)
    • First math course (MATH 112/113/302/303/213/314/334)
    • First mechanics course (ME EN 101/CCE 203/ ME EN 204)
    • First course means the first course of each category you take ONCE AT BYU.
    Chemical Engineering Website

Technology and Engineering Studies Majors

  • Effective Teamwork
    Photo by Jaren Wilkey/BYU

    Description

    This is a dynamic degree tailored to your individual goals. If you are interested in teaching CTE classes, this major could be the one for you! The demand for technology teachers is greater than the supply. Technology and engineering educators prepare students for engineering and technology careers by teaching them practical engineering principles as well as skills in creativity, design, invention, innovation, collaboration, and teamwork. More specifically, the teaching emphasis prepares and licenses individuals to teach in secondary education. Elective class options include Architecture and Furniture Design; Business and Entreprenuership; Computer Science; Construction Systems; IT, Cybersecurity, and Information Systems; Graphic Design, UX Design, and Multimedia; and Manufacturing.

    Careers

    Auto Teacher, Wood Shop Teacher, Welding Teacher, Fabrication Teacher, Computer Teacher, Cybersecurity Teacher, Construction Teacher, Photography Teacher, Web Design Teacher, Business Teacher, Programming Teacher, Interior Design Teacher, Landscaping Teacher, Finance Teacher, etc. Wide variety of classes you can teach typically to middle and high school students.

    Credits

    75-76 credits

    Requirements

    Process of Admittance (must apply but not limited enrollment). Declare as pre-teaching and meet with your academic advisor to discuss the academic levels you are interested to teach as well as specific technology areas you are interested in teaching. You must maintain a total GPA of 2.7 or higher after admission.

    Extracurricular Opportunities

    TEECA (Technology and Engineering Education Collegiate Association)

    Interested? Take This Class!

    • TES 276A/276B: Exploration of Teaching
    • TES 112: Innovation
    • TES 320: Creative Engineering and Problem Solving I
    TES Website

  • Description

    If you are reading this and feel like none of these majors fit you, this major is the one! TES Technical Emphasis is customized to your career goals by being flexible and offering a wide variety of elective courses. With advancements in technology and engineering there is a greater and greater need for skilled individuals in the workforce. Students who graduate from this major will be well prepared to enter their chosen area and continue to learn, lead, and innovate. Such areas include photography, videography, graphic design, prototyping, robotics, electronics, drafting, and engineering. This is the major for niche fields such as interior design, furniture design, landscaping, plumbing, welding, HVAC, and more. Your dreams are the limit as you obtain relevant, hands-on experience in the career of your choosing.

    Careers

    Because this is such a customizable major, a list of careers would not help. If your ideal career does not fit any other category, consider TES Technical Emphasis.

    Credits

    75-76 credits

    Requirements

    Process of Admittance (must apply but not limited enrollment). Submit a degree proposal that includes your educational experience, professional goals, future plans, plan of study, future plans, and an explanation of why existing majors do not address your educational and professional goals.

    Extracurricular Opportunities

    TEECA (Technology and Engineering Education Collegiate Association), Global Engineering Outreach, Social Impact

    Interested? Take This Class!

    • CCE 112: Engineering Drafting
    • TES 112: Innovation