Kettering University Courses & FeesFlint, USA

Our Bachelor of Science in Management degree does just that as it prepares graduates for leadership roles in any industry or business.

We achieve this by providing a unique combination of project-based management and business-related courses with a substantial technical and quantitative analysis. Then we complement this approach in the classroom with hands-on experience working with industry partners in the Co-op program, where you will tackle real-world management challenges.

By the time you complete this unique program, you will have two and a half years of work experience with one of the University’s many employer partners in its Co-op program.

Our Business Analytics Concentration program can show you how to turn these skills into a career.

You can do this while customizing your study by selecting four approved electives that may include courses from Computer Science, Liberal Studies and Business, in addition to completing the core Management program. Students in this concentration receive a Bachelor of Science in Management and so much more.

You will learn the core languages used in data-science (R and python), pick up skills in descriptive statistics and data-visualization, and master the core algorithms used for Machine Learning. Along the way, you will build broad and deep skills in data-science and computing which will make you marketable as a business analyst.

Our Innovation and Entrepreneurship Concentration can show you how and give you a head start to a successful venture creation experience and dynamic career in business.

Your first step here will be to customize your own degree path, in a program ranked in the top 50 in the nation by Princeton Review.

You will choose four approved electives that may include courses from Business, Economics and Engineering, in addition to completing the core Management program. Students in this concentration receive a Bachelor of Science in Management and so much more.

The New Venture Creation: Entrepreneurship course will guide you through the creation of a new company around an innovative business idea in a project-based learning experience, with an emphasis on business planning for a venture-capital-scale enterprise. Every great entrepreneur must become a good intrapreneur, so the Intrapreneurship and Innovation Development course will equip you with the methods to innovate and build a continuing stream of new innovations. Courses in Entrepreneurial Finance, Entrepreneurial Thinking, Social Entrepreneurship and related subjects are available to round out your innovative abilities.

Not only will you learn the theory and concepts of leadership in innovation and entrepreneurship, you will put it into real world practice with one of the University’s employer partners in the Co-op program.

You will be able to master these kinds of challenges after delving into our Supply Chain and Logistics Management concentration.

Learning these methods and tools to increase revenue and reduce costs will position you well in a global economy that moves through supply chains. First, though, you’ll have some choices to customize your concentration.

The concentration begins with an introduction to Operations and Supply Chain Management, before moving on to industrial engineering topics such as Production System Design, Operations Research and Tools for Managing the Supply Chain, as well as information technology coursework such as Business Information Systems. Students in this concentration receive a Bachelor of Science in Management, in addition to completing the core Management program.

The coursework, however, is just half of the benefit of a Kettering bachelor’s. You will also have the opportunity to apply what you’re learning in the classroom on the job well before you finish your degree here.

In our Technology Leadership concentration, you will acquire the management skills you need while pursuing your own path picking up the technology skills to suit your own interests.

You will choose four approved electives that may include courses in Industrial and Manufacturing Engineering, Mechanical Engineering, Electrical and Computer Engineering, Chemistry, Biology and Computer Science, in addition to completing the core Management program. Courses like Industrial Robotics, Energy and the Environment, Virtual Reality and Artificial Intelligence.

This concentration will set you apart from graduates of business programs, as you will learn how to integrate the latest technological advancements into the workplace, from corporate missions to business strategy to your own management skills and approach. And you will have practiced how to do this in real jobs before you graduate.

Our Master of Business Administration degree prepares leaders for tomorrow’s organizations that develop and market complex services and solutions. We achieve this by focusing on innovation and blending engineering, technology and business acumen.

Then we complement this approach in the classroom with hands-on experience in a full-time internship, an opportunity available to on-campus students.

Students on-campus or online can select certificate courses with contemporary curricula in engineering and management including the following:

• Supply Chain and Enterprise Resource Planning
• Operations Management
• Healthcare Management
• Global Leadership
• General Management

Our Technical Master’s of Business Administration is a STEM-designated program that prepares graduates to be ambidextrous with business and technology in leading organizations.

You will be able to achieve this as both a technology expert and a digital value creator, while competing in an economy characterized by disruptive innovations and digital reinvention and reconfiguration.

The combination of technical knowledge and management skills will make you incredibly marketable with well-established, larger tech firms. U.S. News and World Report also says it will prime you for senior leadership roles in the industry.

Our graduate programs give you an option of selecting a management internship course to meet the capstone core requirement. In addition, you can choose three graduate elective courses in a specific technical emphasis area among the options listed below.

• Data Analytics and Big Data
• Advanced Mobility
• New Energy and Sustainability
• Materials Science and Engineering
• Advanced Manufacturing
• Systems Engineering
• Logistics & Supply Chain Management

The program is accredited by the Accreditation Council for Business Schools and Programs.

Are you in — or do you want to be in — a management position within a manufacturing or services company?

The Master of Science in Operations Management degree program can get you there.

Its focus is on the management skills, knowledge and attitudes these organizations demand. You will gain expertise in general business management areas, as well as a firm understanding of methods and practices in modern operations management.

No specific academic or professional experience is required as current students represent a wide variety of backgrounds and undergraduate degrees.

Once you are here, you can choose from four concentrations or create your own:

• Global Leadership
• Operations Management
• Supply Chain and Enterprise Resource Planning
• Healthcare Management

The program is accredited by the Accreditation Council for Business Schools and Programs.

Our program is like no other in the state of Michigan, the nation or the world. With a unique blend of academic and hands-on experiences, this STEM program produces graduates with a better foundation of real-world skills to enter the job market.

The academic portion of the experiential program features small class sizes with a focus on embedded-computer systems, in which a computer chip, module or circuit board is built into a larger product or system. The application of embedded-computer systems span nearly every industry sector including consumer electronics, internet technology, computer hardware, automotive systems and automated manufacturing.

Courses you would be taking include hardware design, software development in both assembly and higher-level languages, computer networking and embedded computer applications through a combination of computer engineering, electrical engineering and computer science courses.

The department has modern lab facilities for digital systems, embedded systems, computer networks, virtual reality systems, artificial intelligence, computer vision, mobile robotics, circuits and electronics.

In our Cybersecurity concentration program, you will learn how to prevent hacking and to secure not only networks but your future career in one of the hottest job markets.

You will take study topics such as computing and algorithms, cryptography, networks, wireless and mobile security and forensics.

The program features access to four state-of-the-art labs: Computer Networks Lab, Computer and Network Security Lab, Computer System Lab and Microcomputers I and II Labs.

Students in this concentration receive a Bachelor of Science in Computer Science.

You will be in a hands-on Master of Engineering in Artificial Intelligence program based in the heart of the country’s automotive industry where AI professionals are in high demand. The program includes courses in mobility systems fundamentals, on automotive controls and signal processing, in management and four technical courses specifically in artificial intelligence.

Take a closer look at the Computer Engineering concentration of the Master of Science in Engineering.

This is a research-intensive, on-campus STEM program with three main objectives:

• Deepen your technical knowledge to match your personal career goals
• Prepare you to advance into leadership positions
• Develop your ability to sustain a life-long career in engineering

The 10-course program includes digital systems design, real-time embedded systems, mobile robotics and virtual reality systems.

Our Alternative Energy Concentration should be on your radar then. 

Imagine studying various energy resources and systems and taking such courses as energy and the environment, bio and renewable energy, hybrid electric vehicle propulsion and fuel cell science.

Are you looking to expand your skills and knowledge designing medical tools and devices that help save lives?

Then consider the Bioengineering Applications Concentration as part of your Bachelor of Science in Mechanical Engineering degree program.

With this specialty, you will receive an introduction to the field of medical engineering without jeopardizing the fundamentals of the mechanical engineering discipline. Courses include bioengineering applications and special focuses.

Check out our Automotive Engineering Design Concentration as part of your Bachelor of Science in Mechanical Engineering degree program. You will gain greater insight into automotive engineering with courses including engine design, vehicle performance, transmission design and chassis design.

You will also have the opportunity to work closely with the Society of Automotive Engineers (SAE) on competition teams such as Formula SAE and BajaSAE.

Unique to Michigan and the country, this STEM program blends academic and hands-on experiences.

The academic portion of the experiential program features small class sizes, with a strong interdisciplinary approach that draws on the strength of our exceptional faculty, extensive laboratories and unique Co-op component.

Courses you would be taking include thermodynamics, mass transfer, fluid dynamics, process control, calculus, Newtonian mechanics, mass and energy balance. Most of the courses in the core curriculum include a strong laboratory experience, which both enhances students’ learning and hones their abilities to apply technology effectively in the workplace.

Kettering’s Bachelor of Science in Electrical Engineering degree will give you the real-world skills to pursue such careers.

Electrical engineers design, develop, test and supervise the manufacture of electrical equipment that spans nearly every industry sector including consumer electronics, automotive systems, aerospace, medical technology, and power generation and utilization.

Our Bachelor of Science degree in Engineering Systems will do it, with a combination of classroom/lab training and real world experience.

The academic portion of this STEM program features small class sizes with a focus on preparing students for careers in multidisciplinary engineering, such as in engineering management, manufacturing, mechatronics and robotics systems.

Courses you would be taking include a foundation in computer, electrical, industrial and mechanical engineering principles, before selecting your concentration in manufacturing, mechatronics or robotics systems. Many of the courses in the core curriculum include a strong laboratory experience, which both enhances students’ learning and hones their abilities to apply technology effectively in the workplace.

With our  Manufacturing Systems Concentration you will study modern manufacturing processes and systems with a focus on sustainable manufacturing and industry4.0.

Our program can prepare you for a career in systems engineering, which the U.S. Bureau of Labor Statistics forecasts will see job growth at more than twice the average level in the coming decade. The median salary tops $88,000.

In addition to general education and foundational courses in our program, you will take courses in engineering design, materials processing and advanced manufacturing leading to a Bachelor of Science degree in Engineering Systems.

You will also choose from a set of courses related to industry4.0, with additional electives in lean design and manufacturing quality/statistics, ergonomics and human factors.

Our Bachelor of Science degree in Mechanical Engineering will provide the opportunity to learn these skills and more that employers demand today.

It blends the classroom with hands-on experiences with industry partners, making it like no STEM program in the state of Michigan or the nation.

This unique approach consistently earns a spot among the nation’s top-ranked programs by U.S. News & World Report.

The academic portion of the experiential program features small class sizes in the heart of America’s industrial core.

The courses you would take include machine design, dynamics, solid mechanics, engineering materials, CAD/CAM, thermodynamics, fluid mechanics, heat transfer, vibrations and controls, systems analysis and associated laboratories.

Many of the courses include a strong laboratory experience, which both enhances students’ learning and hones their abilities to apply technology effectively in the workplace. The program features large and well-equipped laboratories in experimental mechanics, CAD/CAM, heat transfer, fluid mechanics, engines, vibrations, instrumentation, fuel cells, crash safety, renewable energy and automotive emissions.