The Department of Industrial, Systems and Manufacturing Engineering within the College of Engineering at WSU offers bachelor's degrees in Industrial Engineering and Product Design and Manufacturing Engineering. There is also the option of an accelerated bachelor's to master's in Industrial Engineering and a minor in Manufacturing Engineering.

Our Undergraduate Programs

 

Industrial Engineering

Bachelor of Science  ·  Bachelor of Science to Master of Science

Industrial Engineering


About the Program

The Industrial Engineering undergraduate program prepares graduates to design and optimize systems and processes with a focus on the people involved in those processes. They go on to make the complex systems of people, money, information, energy, equipment and materials operate effectively. The versatile degree can lead to a career in a wide variety of manufacturing or service industries, with various applications like data analytics, process improvement, ergonomics, supply chain management, system optimization, facility design and quality engineering.

Program Curriculum 

Students in the Industrial Engineering program study core industrial engineering courses and also choose from a number of technical electives with concentration on manufacturing engineering, systems engineering, supply chain, data analytics, or business. As a senior, you will work in a team on two separate semester-long projects, giving you practical experience you will put to use in your future engineering career.

Degree Requirements  Approved Technical Electives  Course Offerings Schedule


Product Design and Manufacturing Engineering

Bachelor of Science  ·  Minor (Specifically in Manufacturing Engineering)

Product Design and Manufacturing Engineering


About the Program

The Product Design and Manufacturing Engineering undergraduate program  integrates design, manufacturing, robotics and automation into a hybrid degree, teaching students how the production of goods and services works as a whole. Students develop an understanding of designing for manufacturability, creating a more cohesive process.

Program Curriculum 

Students in the Product Design and Manufacturing Engineering program study core industrial engineering courses in addition to materials, design and manufacturing courses. Within the program, courses focus on product design and assembly, manufacturing quality and productivity, and advanced processes and systems. Students may also choose from a number of technical electives that allow for the exploration of concepts and topics that impact design and processing.

Degree Requirements  Approved Technical Electives  Course Offerings Schedule


Frequently Asked Questions

 

What do industrial engineers do?

Industrial engineers apply scientific knowledge to solve problems in manufacturing and other industries, businesses and institutions, focusing on productivity improvement through better use of human resources, financial resources, natural resources and manmade structures and equipment. Industrial engineers apply a full range of analytical, simulation and experimentation tools that are applied to problems in designing, planning, implementing and operating systems. These problems are found in a wide variety of service organizations (e.g., banks, hospitals, social service and governmental agencies), project-based firms (e.g., construction and consulting), and product-based firms (e.g., processing, manufacturing, and electronics). The focus of industrial engineering is systems integration and improvement. 

What do manufacturing engineers do?

Manufacturing engineering is concerned with converting raw materials and intermediate products into final and other intermediate products through the use of various design, processing, assembly and automation techniques as well as the design and manufacturing of tools, jigs and machines used in these processes. The strength of the Product Design and Manufacturing Egnineering program is its emphasis on the following manufacturing engineering areas: materials and processes; product engineering and assembly; industrial robotics and automation; manufacturing quality and productivity. Manufacturing engineers can apply their broad and comprehensive skills in a wide spectrum of industries.

 

How To Get Started

If you have questions about our undergraduate programs, you can contact the undergraduate coordinator, Dr. Cindi Mason. Otherwise, you can apply for admission into the program and schedule an advising appointment.