Industrial and Systems Engineering (ISE)
Bachelor of Science
Overview
Drive modern systems
Learn to solve complex engineering problems using data, mathematics and systems thinking in Idaho's only Bachelor of Science in industrial and systems engineering. Design efficient, human-centered solutions, analyze and interpret data, communicate with diverse audiences, collaborate on multidisciplinary teams and make ethical decisions that consider economic, environmental and societal impacts while preparing for lifelong learning and innovation.
Graduates are prepared for careers as industrial engineers, systems engineers, manufacturing engineers, supply chain analysts, quality engineers, operations analysts and process improvement specialists in industries including healthcare, manufacturing, aerospace, technology, logistics and government.
Complete your degree on the University of Idaho's Moscow campus or through a flexible online format designed to fit your schedule. Whether you're a traditional student or a working professional, you'll receive the same high-quality education, expert faculty support and industry-relevant curriculum wherever you choose to learn.
This program could be a good fit if you are interested in:
- Improving systems, processes and efficiency using data, analytics and AI
- Reducing waste, improve productivity and design more efficient, human-centered systems
- How complex systems work including agriculture, manufacturing, healthcare and supply chains
- Using data-driven decision-making and emerging technologies like AI to solve real-world problems
- Sustainability and improving outcomes across industries such as logistics, manufacturing and healthcare
- A flexible engineering degree that leads to careers in operations, systems design, strategy and organizational improvement
Design resilient, sustainable and human-centered systems
Curriculum
Idaho's only Bachelor of Science in industrial and systems engineering is a four- to five-year 126-credit program preparing students to lead in designing, analyzing, innovating and managing complex engineered systems across local, regional, national and global industries.
Choose your course pace
This degree program offers four-year and five-year course plans so you can choose the pace at which courses are completed. The five-year plan spreads coursework over an additional academic year, resulting in lighter semester workloads and an earlier focus on building the math foundation before entering upper-level engineering courses.
Learning outcomes
Students develop systems thinking to solve complex engineering problems by integrating business, equipment, materials, energy, information, human and environmental factors.
Learn to apply engineering principles, science and mathematics to identify, formulate and solve problems. Graduates use engineering design to create solutions that meet needs can. while considering public health, safety, welfare and global economic, social and environmental impacts.
Class format
Build your foundational knowledge in math, chemistry and physics in lower-division courses, complemented by general education coursework that strengthens your communication skills and anchors you in the human, social, and cultural dimensions of the systems you'll one day design.
Engage in engineering science courses grounded in systems thinking that teach you to see how methods, technologies and people fit together within larger systems. Upper-division courses advance your ability to integrate simulation techniques, human factors, operations research, scheduling, costing, artificial intelligence and machine learning, and robotics systems into complex industrial problems, increasing workplace efficiency within complex, cyber-socio-physical production systems.
Complete your study with a team-based senior design project through our nationally recognized Interdisciplinary Senior Capstone Design Program. Sponsored by a real client, projects tackle an open-ended, interdisciplinary challenge that mirrors the uncertainty, incomplete data and trade-offs of real-world operations. The experience culminates each spring at the Engineering Design EXPO, where students showcase innovative, industry-ready solutions to faculty, employers and partners.
Career outcomes
Clubs and involvement opportunities
Hands-on learning
All U of I College of Engineering students participate in hands-on activities through:
- Nationally ranked Senior Capstone Design Program - Emphasizing the engineering design process and the development of a fully engineered, tested and validated outcome or prototype. Interdisciplinary student teams present their industry-sponsored projects at the annual Engineering Design EXPO.
- Cooperative Education Program (Co-op) – Get paid up to $20,000 alternating semesters of academic study with paid full-time employment in your field.
- Earn funding to explore areas that interest you - Customize your college experience through opportunities that support academic, professional and personal development in the College of Engineering Professional Skills Academy. Pursue technical certificates in engineering and computer science, build professional networks with faculty and industry partners and engage in hands-on research and project-based learning.
- Internships and summer programs – Gain real-world experience through paid internships, fellowships and research mentorship programs. Work with leading companies, national laboratories and research centers to apply classroom knowledge, develop technical and professional skills and build industry connections.
Clubs and organization
The College of Engineering offers 20+ clubs and organizations tied to international and national engineering organizations, including national competition teams.
Learn about clubs related to your major:
- Institute of Industrial and Systems Engineering (IISE) Chapter
- Alpha Pi Mu chapter - ISE Honors Society
- Humanitarian Engineering Corps (HEC)
- National Society of Black Engineers (NSBE)
- Society of Hispanic Professional Engineers (SHPE)
- Society of Women Engineers (SWE)
- Tau Beta Pi - Engineering Honor Society (TBP)
Financial aid and scholarships
While paying for college can feel overwhelming, University of Idaho is committed to affordability and clarity about tuition and financial aid. Here are a few key resources to help you understand the cost of your degree and explore available financial support:
- Submit your FAFSA: Completing the Free Application for Federal Student Aid (FAFSA) is the first step to accessing federal, state and institutional financial aid.
- Estimate your cost of attendance: Use U of I’s Cost Calculator to estimate tuition and other expenses associated with earning your degree.
- Discover scholarship opportunities: When you apply to University of Idaho, you’re automatically considered for scholarships. Additional awards are available based on your previous experience, background and anticipated program of study.
If you have any questions about financial aid, scholarships or cost, U of I’s experienced financial aid counselors can help you make informed financial decisions and navigate each part of the process. Reach out to our Financial Aid Office for assistance.
Program specific scholarships
- Engineering students receive more than $1 million in scholarships annually.
- Earn more than $64,000 in scholarships over the course of four years through the Western Undergraduate Exchange (WUE). Eligible first-year and transfer students are considered simply by filling out their U of I admission application. There’s no separate application or deadline.
- All first-time students and first-time transfer students in the College of Engineering are automatically considered for merit- and need-based scholarships and financial aid when filling out the admissions application and FAFSA. There are no separate scholarship applications required to be considered. Continuing students are also automatically considered after filling out the FAFSA each year.
- Additional College of Engineering scholarships – Available based on major and interest areas. Browse engineering scholarships and application processes.
Idaho LAUNCH
This degree is approved for Idaho LAUNCH, a grant that supports Idaho students pursuing high-demand careers. Students enrolling under the 2026–27 Academic Catalog may be eligible for up to $4,000 per year / $8,000 total in scholarship funding through the Idaho LAUNCH program.
Learn about eligibility and application deadlines at nextsteps.idaho.gov/launch, or see our full list of approved U of I programs on the in-state scholarships page.
Recognized STEM Program
This program is recognized as a STEM program by the U.S. Department of Homeland Security and may be eligible for the 24-month STEM optional practical training extension for international students.
Application information
Undergraduate applications open each September and admissions are processed on a rolling basis. Qualified students are admitted and considered for scholarships and financial aid as applications are received.
Explore admission requirements and apply on our Admissions website.
Overview
Have questions?
Not sure if this program is the right fit? Connect with your admissions counselor or request more information to get personalized guidance on program details, requirements and next steps.
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Request more information
Connect with program faculty
Javier Calvo-Amodio
Associate Professor
Ph.D. in Systems and Engineering Management, Texas Tech University '12
M.Sc. in Business Management, University of Hull, UK '02
B.S. in Industrial and Systems Engineering, Tecnologico de Monterrey, Mexico '02
- Industrial and systems engineering
- Systems science
- Purposeful human activity systems
- Systems approaches to managing complexity
- Design of organizational processes
208-885-4099
Engineering Physics 115FEngineering
College of Engineering, Department of Nuclear Engineering and Industrial Management
Ean Ng
Clinical Associate Professor
M.S. in Industrial Engineering, Texas Tech University '04
B.S. in Industrial and Management Engineering, Montana State University '02
- Industrial and systems engineering
- Engineering management
- Engineering economic and decision modeling
- Workplace safety management
- Engineering education
208-885-4098
Engineering Physics 324DCollege of Engineering, Department of Nuclear Engineering and Industrial Management
Why earn an industrial and systems engineering degree?
- High career demand – Industrial and systems engineering graduates are in demand across manufacturing, healthcare, logistics, technology, aerospace, government, retail and consulting because organizations need engineers who can improve systems and operations.
- Competitive salaries and career advancement – This degree prepares graduates for high-paying careers with opportunities to advance into leadership, project management, operations management and consulting roles.
- Wide range of career paths – Graduates can pursue careers as industrial engineers, systems engineers, manufacturing engineers, supply chain analysts, operations research analysts, quality engineers, process improvement engineers and data analysts.
- Engineering plus business knowledge – The curriculum combines engineering, mathematics, project management, economics and operations to prepare graduates to make data-driven decisions and improve organizational performance.
- Preparation for emerging technologies – Graduates are prepared to work with automation, robotics, smart manufacturing, digital transformation and AI-enabled systems, making industrial and systems engineering a future-focused engineering degree.