Welcome to Technology Engineering
Welcome to the MSU Bachelor of Science in Technology Engineering (TechE) degree program. This innovative program integrates technology and engineering to address the challenges of our interconnected world.
The Technology Engineering degree program cultivates innovative Spartan Engineers. Through immersive learning in our state-of-the-art labs, students delve into electrical circuits, embedded systems, robotics, hardware cybersecurity, sensors and signal processing. Additional focuses include Mechatronics and Embedded Cybersecurity, which integrate mechanical and electrical systems while developing secure solutions for engineered hardware and software.
Welcome to the Technology Engineering (TechE) program at Michigan State University (MSU) College of Engineering! I am thrilled to serve as the founding director of this pioneering program as MSU continues its rich history of cultivating exceptional engineering talent.
Many of today's engineering challenges demand a blend of technology and engineering skills, as both hardware and software are integral to numerous modern products. To tackle these challenges, industries spanning mobility, communications, manufacturing, agriculture, and beyond, seek professionals with these strong engineering problem-solving capabilities. Our Technology Engineering program is uniquely designed to equip engineers with the hands-on experience and theoretical knowledge required to address the contemporary engineering issues involving software and hardware integration.
We invite you to explore our innovative curriculum, state-of-the-art teaching labs, and world-class faculty. Let us know if you have questions.
I eagerly anticipate welcoming you to the Spartan Engineering community.
GO GREEN!
Janet Brelin-Fornari, Ph.D., PE
Director
The Bachelor of Science in Technology Engineering (TechE) program represents a pioneering, multidisciplinary initiative that seamlessly integrates mechanical, electrical, and computer engineering with computer science, offering a truly innovative educational experience. Courses such as Hardware Cybersecurity, Electronics and Embedded Systems Lab, Sensors and Signal Processing, and Robotics, Automation and Controls, leverage hands-on, real-world projects to integrate cutting-edge technologies with a strong foundational engineering mindset.
Principles, Topics, and Technologies within the courses include:
- Circuits
- Computer Aided Design (mechanical and electrical)
- Prototyping
- Quality Assurance (QA)
- Project Management
- Data Science
- Programming including Python, C++, MatLab
- Embedded Systems, Internet of Things (IoT)
- Cybersecurity
Students choose a Mechatronics concentration, Embedded Cybersecurity concentration, or Smart Agricultural Systems Minor:
- Mechatronics Concentration: The study of mechatronics integrates mechanical engineering, electronics, control engineering, and computer science. Core program courses in electronics and sensors are brought together with topics in machine dynamics, automation, and system control. Mechatronic systems are often used in robotics, automotive systems, medical devices, and consumer electronics.
- Embedded Cybersecurity Concentration: Embedded cybersecurity refers to the protection of electronic devices and systems that are interconnected and have computing capabilities. Core program courses in electronics, programming, and embedded systems are augmented with topics in network security, hardware cybersecurity, and operating systems. Embedded cybersecurity is essential in industries such as smartphones, biomedical devices, and autonomous vehicles as they integrate design strategies in software, hardware and data management to confront unauthorized access, attacks, or damage.
- Smart Agricultural Systems Minor: The Minor in Smart Agricultural Systems, which is administered by the Department of Biosystems and Agricultural Engineering, is available for students who are interested in smart technology for management decision support and who plan to pursue careers in agriculture or natural resources. The minor will provide an opportunity for students to gain a working knowledge of digital technologies necessary to monitor and manage aspects of agriculture, food, natural resources, and bioenergy systems.
Visit Undergraduate Admissions for information on applying to the program today!
- Manufacturing Processes Lab: Additive and subtractive manufacturing processes including 3D printers, injection molders, mills, lathes, routers. Electronics manufacturing is introduced including Printable Circuit Boards (PCB).
- Circuits and Electronics Lab: Fundamental circuit design and analysis, embedded systems electronics, and sensors for system integration and testing needs.
- Hardware and Software Cybersecurity Range and Lab: Computer Networks, Communication, Computer Hardware and Software Integration
- Robotics and Automation Lab: Robotics, Assembly Systems, Automation sensors and controls
- Computer Aided Design (CAD), Computer Aided Manufacturing (CAM) Lab: Advanced CAD, Integrated Computer Numerical Control (CNC)
Mechanics of Materials Lab: Testing of material properties under load including tension, compression, torsion and impact
The Advisory Board aids in facilitating the highest quality of Technology Engineering education delivered at Michigan State University. The Board reports to the Director of Technology Engineering and makes appropriate recommendations.
The Board
- Acts as an advisory group to the Director regarding specific issues.
- Advises the program to ensure that educational, research and outreach programs stay attuned to the needs of the Program stakeholders such as industry (private and public corporations), governmental bodies, academic institutions, nonprofits and the community.
- Advises on the undergraduate (and graduate) curriculum of the Program.
- Advises and assists the Program on ways to raise resources from Program stakeholders.
- Serves as an advocate to represent the Program’s interests to Program stakeholders and to the Administration of the University.
- Mentors Technology Engineering Program students.
Advisory Board
- Jeff Abell – professor of practice, University of Michigan
- Jason Beaudin - executive director, Educational Technology, Michigan State University
- Kenneth Bonello – vice president of engineering, Humanetics (retired); Bonello Consulting LLC
- Stacy Chung – engineering manager, Daimler Truck North America
- Heather Dashner – global industrial engineering manager, Ford Motor Co.
- Tre Dipassio - principal research engineer, Harman International
- Steve DuMont – engineering group manager, General Motors Co.
- Jared Fisher – director of data intelligence services and integration, Stellantis
- Victor Hyde – senior manufacturing engineer, Steelcase
- Chad Ivan - sales and applications manager, DTS
- Sheryl Janca - senior program manager, Autoliv ASP
- Jay Judkowitz – director of product and engineering, autonomous mobile robots, Rockwell Automation
- Leah Kunzelman – director supply chain management, Eaton Corporation
- Eyad Nayef – President ZF LIFETEC Japan, ZF LIFETEC
- Alison Peterson - director of mobility initiatives, Washtenaw Community College
- Dean Sabelhaus - director for career technical education, Chippawa Valley Schools
- David Sanders - general manager – General Motors partnerships, Microsoft
- Matt Zaleski - senior cybersecurity engineer, GM Financial
- Louis Zednick - application engineer, Autoliv
History
The Technology Engineering (TechE) program was launched at Michigan State University in 2024. The program curriculum was developed to offer a unique blend of engineering and computer science, tailored to address the modern engineering challenges of coding and computer science integrated into modern engineered systems. Developed from the ground up with extensive input from industry, TechE graduates aim to bridge the communication gap between engineers and computer scientists across product development teams.
