An Industrial and Manufacturing Engineering major includes coursework in operations research, engineering statistics, quality engineering, ergonomics and safety, and manufacturing processes and more. You build skills such as process improvement, data analysis, quality methods, and simulation. Typical degrees: bachelor's and master's degrees.
- Typical degreesBachelor's and master's degrees
- Colleges reporting awards171U.S. schools, IPEDS
- With online programs166Schools reporting fully online programs
About the Industrial and Manufacturing Engineering major
Industrial engineering majors study operations research, statistics, quality control, ergonomics, supply chains and manufacturing processes. Graduates make factories, hospitals, warehouses and service operations more efficient and safer.
Classes you take
- Operations research
- Engineering statistics
- Quality engineering
- Ergonomics and safety
- Manufacturing processes
- Facilities and supply chain design
Skills you build
- Process improvement
- Data analysis
- Quality methods
- Simulation
- Project management
Career paths for industrial and manufacturing engineering majors
Careers connected to this major. Each profile explains the work, how to get started and what the job is like day to day.
Industrial Engineer
Design better ways to make products and deliver services with less waste.
- Typical training: 4-year engineering degree
Industrial Engineering Technician
Help engineers measure and improve how products are made.
- Typical training: 2-year degree
Industrial Production Manager
Run a factory’s production so products get made safely, on time and on budget.
- Typical training: 5+ years of manufacturing experience
Quality Control Inspector
Measure, test and inspect products to make sure they meet specifications.
- Typical training: 3–12 months on the job
Production Planner
Schedule what gets made when, and chase materials so production stays on track.
- Typical training: Several months on the job
Operations Research Analyst
Use math models to help organizations make better decisions.
- Typical training: Entry-level with a quantitative degree
Safety Engineer
Design systems, processes and products that prevent injuries, illness and damage.
- Typical training: 4 years
Minors that pair well with Industrial and Manufacturing Engineering
| Minor | How it complements Industrial and Manufacturing Engineering |
|---|---|
| Business | Connects efficiency work to costs and strategy. |
| Supply Chain Management | Applies your skills to logistics and distribution. |
| Occupational Safety | Adds ergonomics and workplace safety expertise. |
Start building practical skills now
These short online courses from Career Education Institute connect to industrial and manufacturing engineering careers. You can take one alongside your classes or before you choose a program.
A self-paced online course on what industrial engineers do: duties, 15+ key terms, step-by-step tasks, tools, safety and how to launch the career.
Skills you build: process improvement, time and motion study, and facility layout
Why it fits: Connected to careers that Industrial and Manufacturing Engineering majors pursue, such as industrial engineer.
A self-paced online course on what industrial engineering technicians do: duties, 15+ key terms, step-by-step tasks, tools, safety and how to launch the career.
Skills you build: time study, data collection, and CAD
Why it fits: Connected to careers that Industrial and Manufacturing Engineering majors pursue, such as industrial engineering technician.
A self-paced online course on what industrial production managers do: duties, 15+ key terms, step-by-step tasks, tools, safety and how to launch the career.
Skills you build: production planning, lean manufacturing, and budgeting
Why it fits: Connected to careers that Industrial and Manufacturing Engineering majors pursue, such as industrial production manager.
A self-paced online course on what quality control inspectors do: duties, 15+ key terms, step-by-step tasks, tools, safety and how to launch the career.
Skills you build: precision measurement, blueprint and GD&T reading, and sampling plans
Why it fits: Connected to careers that Industrial and Manufacturing Engineering majors pursue, such as quality control inspector.
Where to study industrial and manufacturing engineering
171 U.S. colleges and universities reported awarding degrees or certificates in this field (IPEDS completions, awards conferred July 2023 to June 2024 (C2024_A)).
- Certificate: 32 schools
- Associate: 6 schools
- Bachelor’s: 136 schools
- Master’s: 114 schools
- Doctoral: 54 schools
States with the most: Texas (17), California (11), Michigan (11), New York (10), Ohio (10).
Find colleges that offer Industrial and Manufacturing Engineering
Why consider career training alongside college?
Your college major gives you an academic foundation. Short career training can add practical knowledge of a specific job: what the work involves day to day, its vocabulary, common tasks, tools and safety rules. You do not have to wait until graduation: many students take a short course to test a career before choosing a major, to prepare for an internship or a part-time job, or to show employers they understand the work.
Industrial and Manufacturing Engineering major FAQ
What is an Industrial and Manufacturing Engineering major?
An Industrial and Manufacturing Engineering major improves how people, machines, materials and information work together. Industrial engineering majors study operations research, statistics, quality control, ergonomics, supply chains and manufacturing processes.
What does an Industrial and Manufacturing Engineering major include?
An Industrial and Manufacturing Engineering major includes coursework in operations research, engineering statistics, quality engineering, ergonomics and safety, and manufacturing processes and more. You build skills such as process improvement, data analysis, quality methods, and simulation. Typical degrees: bachelor's and master's degrees.
What classes do you take as an Industrial and Manufacturing Engineering major?
Typical courses include operations research, engineering statistics, quality engineering, ergonomics and safety, manufacturing processes, and facilities and supply chain design. Exact course names and requirements vary by college, and most degrees also include general education courses.
How long does it take to get an Industrial and Manufacturing Engineering degree?
It depends on the level. Industrial and Manufacturing Engineering is offered as certificate, associate, bachelor’s, master’s, and doctoral awards at U.S. colleges; certificates take from a few months to about two years, an associate degree usually takes about two years of full-time study, a bachelor’s degree usually takes about four years of full-time study, a master’s degree usually takes one to two years after a bachelor’s, and a doctoral or professional degree takes several more years beyond that. Part-time study takes longer.
What degree levels are available in Industrial and Manufacturing Engineering?
Bachelor's and master's degrees. In the latest federal data, 32 colleges reported certificate awards, 6 colleges reported associate awards, 136 colleges reported bachelor’s awards, 114 colleges reported master’s awards, and 54 colleges reported doctoral awards.
What can you do with an Industrial and Manufacturing Engineering degree?
Career paths connected to industrial and manufacturing engineering include industrial engineer, industrial engineering technician, industrial production manager, quality control inspector, production planner, operations research analyst, and safety engineer. Some roles need additional training, experience, certification or a license.
What jobs can you get with an Industrial and Manufacturing Engineering major?
Examples include industrial engineer (typical training: 4-year engineering degree), industrial engineering technician (typical training: 2-year degree), industrial production manager (typical training: 5+ years of manufacturing experience), quality control inspector (typical training: 3–12 months on the job), production planner (typical training: Several months on the job), and operations research analyst (typical training: Entry-level with a quantitative degree).
What skills do you learn in an Industrial and Manufacturing Engineering major?
Industrial and Manufacturing Engineering majors build skills such as process improvement, data analysis, quality methods, simulation, and project management.
What minor goes well with Industrial and Manufacturing Engineering?
Good pairings include Business (connects efficiency work to costs and strategy), Supply Chain Management (applies your skills to logistics and distribution), and Occupational Safety (adds ergonomics and workplace safety expertise).
Is Industrial and Manufacturing Engineering a good major?
It can be a good fit if you are interested in the work it leads to, such as industrial engineer, industrial engineering technician, and industrial production manager, and enjoy subjects like operations research and engineering statistics. No major guarantees a job, so compare the coursework, the careers and the education each career requires before deciding.
Is Industrial and Manufacturing Engineering a hard major?
How hard it feels depends on your strengths. Core coursework includes operations research, engineering statistics, and quality engineering; if those subjects interest you, the major is likely to feel more manageable. Reviewing a college’s course list and talking to current students helps you judge.
How many colleges offer an Industrial and Manufacturing Engineering major?
171 U.S. colleges reported awarding degrees or certificates in this field in the latest federal (IPEDS) data. Programs can have different names at different schools.
Which states have the most colleges offering Industrial and Manufacturing Engineering?
Texas (17), California (11), Michigan (11), New York (10), and Ohio (10), based on the colleges that reported awards in this field.
Can you study Industrial and Manufacturing Engineering online?
166 of the colleges that offer industrial and manufacturing engineering also report offering at least one program entirely online, though not necessarily this one. Use the college search with this major and “Offers fully online programs”, then confirm with the school.
What is the difference between Industrial and Manufacturing Engineering and Mechanical Engineering?
Industrial and Manufacturing Engineering improves how people, machines, materials and information work together. Mechanical Engineering designs machines, engines, tools and mechanical systems. Industrial and Manufacturing Engineering leads to careers such as industrial engineer and industrial engineering technician, while Mechanical Engineering leads to careers such as mechanical engineer and mechanical engineering technician.
What is the difference between Industrial and Manufacturing Engineering and Electrical Engineering?
Industrial and Manufacturing Engineering improves how people, machines, materials and information work together. Electrical Engineering designs electrical systems, electronics, power and communications equipment. Industrial and Manufacturing Engineering leads to careers such as industrial engineer and industrial engineering technician, while Electrical Engineering leads to careers such as electrical engineer and electronics engineer.
Can I take career training while I study industrial and manufacturing engineering?
Yes. Short online career training can help you understand a specific job and build practical knowledge alongside your classes. It does not replace your degree or any required license.
Does Career Education Institute offer an Industrial and Manufacturing Engineering degree?
No. Career Education Institute is not a college and does not award degrees. It offers short, non-credit online trainings about jobs connected to industrial and manufacturing engineering, such as Industrial Engineer Training.
Related majors
- Mechanical Engineering: Designs machines, engines, tools and mechanical systems.
- Electrical Engineering: Designs electrical systems, electronics, power and communications equipment.
- Civil Engineering: Designs roads, bridges, buildings, water systems and other infrastructure.
- Chemical Engineering: Designs processes that turn raw materials into fuels, chemicals, medicines and products.
- Aerospace Engineering: Designs aircraft, spacecraft, satellites and missiles.
- Biomedical Engineering: Applies engineering to medicine: devices, implants, imaging and diagnostics.
- Computer Engineering: Designs computer hardware and the software that runs closest to it.
- Environmental Engineering: Designs systems that protect air, water and land from pollution.
- Engineering Technology: An applied, hands-on engineering degree focused on building, testing and maintaining systems.
- Architecture: Designs buildings and spaces that are useful, safe and beautiful.
