Intelligent Manufacturing

Create smart manufacturing processes to accelerate production and eliminate waste with a degree from Kettering University.

Fueled by intelligent manufacturing, Industry 4.0 — the fourth industrial revolution — is reshaping production. This era of smart manufacturing leverages breakthroughs in machine learning, the Internet of Things (IoT), and cloud computing to create highly automated, data-driven systems that supercharge efficiency and streamline global distribution.

At Kettering, you’ll build the skills to lead in this evolving field. Our programs offer hands-on experience in automation, robotics, AI, and IoT applications, all taught by high-caliber professors. From day one, you’ll solve problems in our trailblazing labs, building hands-on expertise to launch your career ahead of the curve. Whether pursuing a bachelor’s or a master’s degree, Kettering’s interdisciplinary approach equips you to drive innovation and thrive in intelligent manufacturing.

B.S. in Computer Engineering

Led by Dr. Mark Thompson, Department Head, Computer Engineering students gain hands-on experience with digital systems, microcomputers, and computer networks. This program prepares graduates to design embedded systems for innovations in autonomous vehicles, medical devices, and manufacturing.

B.S. in Computer Science

Learn from Dr. Michael Farmer, Department Head, whose expertise includes artificial intelligence, software engineering, and computer vision. Engage in projects developing software for real-time decision-making through artificially intelligent systems. Applications include the Internet of Things, smart grid, electric vehicle battery management, advancing safety systems, and object tracking and recognition.

B.S. in Electrical Engineering

Collaborate with Dr. Mark Thompson, Department Head, and other electrical engineering faculty, focusing on efficient production and utilization of electrical energy, including electric vehicle propulsion and power electronic converters. Participate in cutting-edge research on high-efficiency power systems and innovative charging solutions for EVs.

B.S. in Engineering

Build a strong foundation in engineering principles and excel in multidisciplinary areas like manufacturing systems, mechatronics, robotics, or engineering management. Guided by Dr. David Foster, BSE Program Director, learn to advance the Internet of Things by blending computer networking, fault-tolerant computing, and embedded systems.

B.S. in Industrial Engineering

Optimize systems that seamlessly integrate people, machines, and data. Led by Dr. Ghazi Nezami, Interim Department Head, whose research is focused on the optimization of energy-efficient production systems, supply chain, and collaborative logistics systems, and sustainability data analysis to drive innovative solutions and improve systems.

B.S. in Mechanical Engineering

Work alongside Dr. Javad Baqersad, an expert in vibrations, acoustics, and digital twins of mechanical systems, advancing vehicle performance and efficiency. Contributed to projects developing vehicles with improved noise and ride behavior, creating digital twin models to monitor system health and predict performance, and enhancing fuel efficiency through the use of advanced materials and innovative design approaches.

Artificial Intelligence Minor

Enhance your engineering or management degree with AI skills to tackle automation, machine learning, and smart manufacturing challenges.

Innovation and Entrepreneurship Minor

Transform creative ideas into impactful business ventures through courses in economics, entrepreneurial thinking, and innovation development.

Manufacturing Minor

Equip yourself with sought-after skills in manufacturing processes and techniques like Six Sigma and industrial robotics.

M.E. in Artificial Intelligence

Master AI technologies that enhance manufacturing processes, from automation systems to smart decision-making tools, preparing you for top roles in intelligent manufacturing.

M.S. in Applied Data Science and Data Analytics

Leverage data mining, analytics, and machine learning to drive decisions and efficiencies across manufacturing.

M.S. in Electrical Engineering

Advance your expertise in designing intelligent electrical systems for automation, robotics, and smart manufacturing applications.

M.S. in Engineering Management

Combine engineering expertise with management skills to grow businesses and accelerate your career. Add a certificate in fields like data analytics, supply chain and enterprise resource planning, and operations management.

M.S. in Mechanical Engineering

Expand your skills in smart mechanical systems, including automotive controls, autonomous vehicles, and mobility systems, with a focus on AI-driven innovation.

Online M.S. in Supply Chain Management

Learn to optimize supply chains through lean manufacturing, quality control, and intelligent logistics management, ensuring efficiency in production processes.

Online M.S. in Lean Manufacturing

Gain a competitive edge with advanced Lean Six Sigma skills, process optimization techniques, and manufacturing expertise — made possible by our partnership with General Motors.

Why Study Intelligent Manufacturing at Kettering University?

Our professors collaborate directly with industry experts, bringing real-world insights into the classroom. That means you’ll learn from experts who understand both cutting-edge technologies and what employers seek in the field, accelerating your career growth.

Their areas of expertise include:

Additive manufacturing (3D printing): Creating objects layer by layer from digital models, allowing for complex designs with minimal waste.
Big data analytics: Scrutinizing large datasets to optimize manufacturing processes, improve product quality, and predict maintenance needs.
Digital twinning: Building virtual models of physical systems, enabling manufacturers to test and optimize processes before applying changes in real life.
Industry robotics: Automating tasks using programmable machines, increasing production speed and accuracy while reducing the need for manual labor.
Industrial Internet of Things (IoT): Connecting devices and sensors in manufacturing environments, enabling real-time data collection and analysis to enhance efficiency and decision-making.

From your first year, you’ll have hands-on experience in labs integrated with your courses. Design smart supply chains, program industrial robots, and develop AI algorithms.

Our labs that specialize in intelligent manufacturing include:

Gain practical experience in AI, robotics, and autonomous vehicle technologies by participating in our award-winning competition teams. Collaborate with students to build leadership skills as you turn your hobbies and interests into career strengths.

Automation Engineer

Specialize in designing and implementing automated systems and machinery to enhance production efficiency.

Explore the M.S. in Electrical Engineering

Industrial Engineer

Work on improving production efficiency by analyzing and optimizing complex systems, including workflows, materials, and labor.

Explore the B.S. in Industrial Engineering

Information of Things (IoT) Solutions Architect

Define end-to-end IoT solutions, from data collection to integrating hardware and software, ensuring seamless real-time communication between devices and machines.

Explore the B.S. in Computer Science

Explore Kettering’s Areas of Study

Kettering offers five Areas of Study that guide your STEM journey toward innovative paths in AI, sustainability, and more. Each provides the cross-disciplinary skills and entrepreneurial mindset you need to launch a career in countless industries.

Learn About Our Areas of Study