Flint, United States of America
Flint, United States of America
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Post Graduate Fees International Students
Kettering University's unique selling proposition lies in its robust cooperative education program, which integrates academic learning with real-world work experience, allowing students to graduate with significant professional exposure. The university's strong focus on STEM disciplines, particularly engineering and technology, equips students with cutting-edge skills relevant to today's job market. Additionally, Kettering's close partnerships with leading industries provide students with exceptional networking opportunities and a pathway to high-demand careers.
A former executive at General Motors, David Hagan played a key role in developing automotive technologies and strategies... View More
A former executive at General Motors, David Hagan played a key role in developing automotive technologies and strategies that shaped modern vehicle design. He holds a degree in Mechanical Engineering and has been instrumental in promoting engineering education. View Less
R. Keith M. Smith is a respected leader in the automotive industry, having served as an executive at Delphi Technologies... View More
R. Keith M. Smith is a respected leader in the automotive industry, having served as an executive at Delphi Technologies. He is known for his expertise in product development and has contributed to advancements in electric vehicle technology. View Less
Nico M. S. Smith is a notable entrepreneur and engineer, recognized for founding a successful startup focused on sustain... View More
Nico M. S. Smith is a notable entrepreneur and engineer, recognized for founding a successful startup focused on sustainable energy solutions. His innovations have garnered attention in the renewable energy sector, reflecting Kettering's emphasis on applied engineering. View Less
An accomplished engineer, Jessica McKinney has made significant contributions to aerospace technology at Boeing. Her wor... View More
An accomplished engineer, Jessica McKinney has made significant contributions to aerospace technology at Boeing. Her work focuses on improving aircraft systems, and she actively promotes diversity in engineering fields. View Less
Gregory D. Morrison is known for his leadership role at Tesla, where he has been involved in developing cutting-edge ele... View More
Gregory D. Morrison is known for his leadership role at Tesla, where he has been involved in developing cutting-edge electric vehicle technologies. He advocates for engineering excellence and sustainability in the automotive sector. View Less
Michele Bader is an influential figure in the manufacturing industry, currently serving as an executive at Ford Motor Co... View More
Michele Bader is an influential figure in the manufacturing industry, currently serving as an executive at Ford Motor Company. She specializes in process optimization and is committed to advancing women in engineering roles. View Less
Harlan R. J. Lentz is a prominent figure in the field of robotics, having worked with several leading tech firms. His re... View More
Harlan R. J. Lentz is a prominent figure in the field of robotics, having worked with several leading tech firms. His research and innovations in automation have significantly impacted manufacturing processes. View Less
Jesse L. Cummings is an accomplished engineer and project manager at Northrop Grumman, focusing on aerospace systems. He... View More
Jesse L. Cummings is an accomplished engineer and project manager at Northrop Grumman, focusing on aerospace systems. He is known for his leadership in complex projects and dedication to mentoring young engineers. View Less
Lisa M. Rodriguez is a recognized leader in automotive safety and innovation at Honda. Her contributions to vehicle safe... View More
Lisa M. Rodriguez is a recognized leader in automotive safety and innovation at Honda. Her contributions to vehicle safety systems have earned her several industry awards, and she is a strong advocate for engineering education. View Less
Timothy R. O'Brien is a successful entrepreneur and founder of a tech startup specializing in smart manufacturing soluti... View More
Timothy R. O'Brien is a successful entrepreneur and founder of a tech startup specializing in smart manufacturing solutions. He utilizes his engineering background to drive innovation and efficiency in production processes. View Less
State-of-the-Art Laboratories
Kettering University is equipped with modern laboratories that provide hands-on experience in various engineering disciplines. These labs include advanced equipment for automotive engineering, robotics, renewable energy, and materials science, enabling students to conduct experiments and develop practical skills essential for their careers.
Collaboration Spaces
The campus features dedicated collaboration spaces designed to foster teamwork and innovation among students and faculty. These spaces include group study rooms, innovation hubs, and collaborative learning areas that encourage interdisciplinary projects and brainstorming sessions, enhancing the overall educational experience.
Library and Research Facilities
The Kettering University Library offers a wealth of resources, including extensive collections of engineering and technical journals, e-books, and research databases. Additionally, the library provides quiet study areas and collaborative workspaces, supporting both individual and group research efforts.
Sustainable Campus Initiatives
Kettering University emphasizes sustainability in its infrastructure by incorporating green building practices and energy-efficient systems. The campus features solar panels, energy-efficient lighting, and sustainable landscaping, promoting environmental stewardship and serving as a living lab for students studying sustainability.
Recreation and Student Life Facilities
The university offers various recreational facilities, including a fitness center, sports fields, and multipurpose courts, promoting a healthy and active lifestyle among students. These facilities host intramural sports, fitness classes, and social events, enhancing student life and encouraging community engagement on campus.
Student life at Kettering University is vibrant and engaging, with numerous clubs and organizations catering to diverse interests, including academic, cultural, and recreational activities. The university hosts various events throughout the year, such as career fairs, social gatherings, and competitions, promoting a strong sense of community among students. Additionally, Kettering's close-knit campus environment fosters lasting friendships and networking opportunities, enriching the overall college experience.
Kettering University provides robust career support services, including personalized career counseling, resume workshops, and interview preparation tailored to help students succeed in the job market. The university hosts regular career fairs and employer networking events, connecting students with top companies seeking talent in engineering and technology. Additionally, Kettering's cooperative education program offers hands-on work experience, enhancing students' employability and readiness for their future careers.
The below information is required while
completing the university application :
a) Online Application Form
b) Degree and School Leaving Certificates and Transcripts
c) English Language Proficiency
d) 79 in IBT or 6.0 in IELTS
e) Passport Copy
f) Letters of Recommendation
Requirements may vary for each program. Please visit the program page for specific requirements
Know moreKettering University boasts an impressive campus recruitment program, with a high percentage of students securing job placements before graduation, thanks to its strong cooperative education model. The university hosts regular career fairs and employer networking events, connecting students with top companies seeking talent in engineering, technology, and business. Additionally, Kettering's dedicated career services team provides personalized support, including resume workshops and interview preparation, to help students effectively navigate the job market.
Kettering University has consistently ranked among the top engineering schools in the nation, highlighting its strong emphasis on experiential learning and industry partnerships. The university's innovative co-op program has earned accolades for effectively integrating academic coursework with practical work experience, significantly enhancing student employability. Additionally, Kettering alumni have made notable contributions to various fields, including automotive engineering and renewable energy, reflecting the university's commitment to producing industry leaders.
Kettering University forged international partnerships with universities in Europe and Asia to enhance engineering education through collaborative research and exchange programs. This achievement promotes global engagement and prepares students for international careers.
Kettering expanded its educational offerings by launching online degree programs, making its high-quality engineering education accessible to a broader audience. This achievement reflects the university's adaptability to changing educational needs.
Kettering significantly increased its research funding, securing grants from governmental and industry sources for projects in automotive engineering and advanced manufacturing. This growth has enhanced the university's research capabilities and impact.
Kettering University received accolades for its sustainability efforts, including energy-efficient campus operations and renewable energy projects. These initiatives highlight the university's commitment to environmental stewardship and sustainable practices.
Kettering partnered with ASE to enhance automotive education and certification standards. This collaboration has improved training programs for automotive technicians and elevated the quality of service in the industry.
Kettering University established the Innovation Hub to support entrepreneurship and technology development among students and faculty. This initiative has provided resources and mentorship for aspiring entrepreneurs, promoting a culture of innovation.
Kettering formed a strategic partnership with General Motors, leading to the establishment of research initiatives and co-op opportunities for students. This collaboration has strengthened ties between academia and industry, fostering innovation in automotive technology.
Kettering University launched a specialized degree program in Automotive Engineering, catering to the needs of the automotive industry. This program has produced highly skilled graduates who have gone on to make significant contributions in the field.
Kettering consistently ranks among the top engineering schools in the United States, recognized by publications like U.S. News & World Report. This achievement reflects the university's commitment to academic excellence and industry-relevant education.
Kettering University pioneered the cooperative education model, integrating academic study with professional work experience. This innovative approach has set a standard for experiential learning in higher education and significantly enhanced student employability.
Kettering University is at the forefront of innovation and research, particularly in areas such as automotive engineering, renewable energy, and advanced manufacturing technologies. The university actively engages in collaborative research projects with industry partners, leveraging its state-of-the-art laboratories and facilities to develop practical solutions to real-world challenges. Kettering's commitment to fostering entrepreneurship is evident through initiatives like the Innovation Hub, which supports students and faculty in bringing their ideas to market.
Kettering researchers have been at the forefront of 3D printing technology, creating new materials and techniques for rapid prototyping in engineering. This innovation has accelerated product development and customization in various industries.
Kettering University has made significant advancements in autonomous vehicle technology, developing systems that enhance vehicle navigation and safety. This research is critical to the future of transportation and mobility.
Kettering researchers explored the use of smart materials that respond dynamically to environmental changes, improving vehicle performance and safety. These materials are set to revolutionize automotive design and functionality.
The university's engineering teams developed advanced automated manufacturing processes that enhance precision and reduce labor costs. These innovations are transforming manufacturing practices in the automotive and aerospace industries.
Kettering University pioneered research on Vehicle-to-Grid (V2G) technology, allowing electric vehicles to communicate with the power grid. This innovation enables energy storage and management, enhancing grid reliability and supporting renewable energy integration.
Kettering's research teams developed innovative electric vehicle charging solutions, including smart charging stations that optimize energy usage and reduce costs. This technology supports the growing demand for electric vehicles and sustainable energy sources.
Researchers at Kettering University contributed to the creation of Intelligent Transportation Systems that utilize sensors and data analytics to improve traffic flow and safety. These systems have been implemented in urban areas to reduce congestion and enhance mobility.
Kettering engineers developed sophisticated battery management systems that optimize the performance and longevity of lithium-ion batteries. These systems are integral to the functionality of electric vehicles and portable electronic devices.
Kettering University researchers played a crucial role in developing hybrid electric vehicle technology, which combines traditional internal combustion engines with electric propulsion. This innovation has significantly contributed to the growth of eco-friendly transportation options.
Developed as part of Kettering's commitment to improving production efficiency, the Lean Manufacturing System emphasizes minimizing waste while maximizing productivity. This approach revolutionized the automotive industry and is widely adopted in various sectors for operational excellence.
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