The Future of Mobility
成为自动化技术的下一个发明者. Join Kettering University at the forefront of the automotive industry and help mobilize the future.
想要帮助推动交通的未来? 探索这些汽车工程项目.
自动驾驶汽车和送货车辆. Unmanned aircraft. Intelligent driving features. Even just a few years ago, these capabilities were unrealistic, if not unimaginable. But to inventors and visionaries, these weren’t just possibilities—they were the next reality.
If working in new energy, engineering user interfaces, or developing the next solar-powered bike or electric motorcycle sound exciting to you, 与高级流动性相关的学位可以帮助你实现你的愿景.
定义交通的未来
“Advanced Mobility” is a broad term encompassing how we power—and improve—transportation. Advanced Mobility includes everything from self-driving vehicles to software programs that improve battery life for electric cars. They can also refer to lightweight and anticorrosive nanotechnological materials used to make vehicles faster and more efficient. 先进交通甚至可以包括减少交通拥堵的措施, such as AI systems that help traffic operators improve the timing of traffic signals.
Why Study Advanced Mobility?
加速你的工程事业
We’ve witnessed a rush of autonomous and electric vehicles hitting the market in just the past few years, 从自动驾驶汽车到电动滑板车. 创新带来了一些结果 $200 billion 投资于这个行业, making advanced mobility one of the fastest-growing fields—and an area of great opportunity for the next generation of engineers. 如果你对电气感兴趣的话, 自动驾驶或特种车辆, 这些领域的职业可能会增长.
帮助解决当今最紧迫的问题
Beyond career opportunities, studying advanced mobility can help you invent new products and engineer features that help address safety, 可持续发展和经济问题. Whether you want to build a new vehicle from the ground up or identify ways to make the technology we rely on every day even better, 学习先进的移动工程可以帮助你实现这一目标.
Careers in Advanced Mobility
交通运输的未来充满了可能性, 尤其是对发明家和对人工智能感兴趣的人, 特种车辆工程和智能移动. The Michigan Mobility Institute estimates that the United States will need 45,在未来十年内，我们将需要1万名新的移动工程师. 仅密歇根州就需要1.2万名新的移动工程师.
看看先进移动领域的一些顶级工程职业.
Mobility Systems Engineer
帮助确保下一代电动汽车既安全又实用. Mobility systems engineers work in multi-dimensional roles that could include research, design, technical mentorship and performance testing for new vehicles and features such as braking systems, 速度传感器和网络连接.
自动驾驶汽车机器学习工程师
Take autonomous vehicles to the next level by improving AI and enabling self-driving cars to make decisions in their environments. 在他们众多的责任中, 机器学习工程师使用来自激光雷达的数据, GPS, 摄像头系统和传感器为自动驾驶汽车开发算法
自动驾驶汽车机器人工程师
Design, create and test out automated cars, trucks, delivery vehicles and even trains. 机器人工程师将机械, computer and electrical engineering to build vehicles with new—and more human—capabilities.
为对高级流动性感兴趣的学生提供的课程
Undergraduate Programs
凯特林为移动技术领域的职业发展提供了多种途径. Browse our undergraduate automotive technology degrees and related engineering programs.
Graduate Programs
本科学历, Kettering University offers several specialized automotive technology degrees and other programs.
在先进的移动性中设计你的未来
Learn Hands-on in the Lab
Learn autonomous, electric and other specialty vehicle engineering hands-on in our state-of-the-art labs. Kettering developed these learning facilities to help faculty and students discover solutions for the future of smart mobility transportation.
Learn more about our labs.
Compete on Student Teams
和你的同学一起设计自动驾驶或电动汽车. You can enter competitions from General Motors and other leading companies to see how your inventions match up against those of students at other universities.
了解更多关于学生团队的信息.
学习先进的移动性人性化的一面
At Kettering, we not only teach and research the design of autonomous and electric vehicles; we also seek ways to improve human interaction with these vehicles.
In our research labs, you’ll focus on advances in automated driving and multimodal user interface designs—and you’ll learn to evaluate how humans and systems interact.
了解更多关于移动性的人性化方面.
特种车辆工程和先进移动新闻
凯特林教授团队成员奖励1美元.2 Million NSF Grant
正规的赌博app计算机科学副教授. 王云生(音译)正努力使驾驶更安全.
CNXMotion Hosts Its Technology Ride and Drive Event at Kettering’s GM Mobility Research Center
The track at the Kettering University GM Mobility Research Center (MRC) is getting a lot of action. Grand Blanc-based CNXMotion used the facility to show off its latest motion control technologies to invited guests, including partner companies — Continental Automotive and Nexteer Automotive — potential customers, 政府官员和战略合作伙伴.
GM's Features Dude & the 2022 Electric Hummer
Mike Colville ('00, EE), one of GM's leading performance engineers more commonly known as the “features dude,” discusses the development of one of the most audacious road vehicles ever developed, GM’s 2022 Electric Hummer. Colville also addresses the extreme off-road career where he gained his skills.
Kettering University Professor, Grad Students Test Automatic Emergency Brake Systems
Assistant Professor Dr. Ahmed Mekky and his team of graduate students are discovering the limitations of vehicles’ automatic emergency braking systems to help owners better understand their vehicles.
明矾利用在凯特林学到的技能来增强车辆网络安全
Kristine Pankow (’16, EE/ME) wanted a job that allowed her to apply her technical skills to serve the needs of others. 她在通用汽车公司找到了那份工作.
Kettering University AutoDrive Team, Advisor Take Home Awards in First Year of Challenge
正规的赌博app自动驾驶团队, Bulldog Bolt, brought home more awards after wrapping up Year One of the AutoDrive II Challenge at MCity in Ann Arbor. The team placed second in the Dynamic Obstacle Challenge, and the team’s faculty advisor, Dr. 戴安·彼得斯(Diane Peters)获得了首届年度顾问奖.
IGVC团队在第二年的比赛中赢得多个奖项
The KU Bulldog Intelligent Ground Vehicle (IGVC) Competition Team turned in a "great performance" in just its second year participating in the four-day IGVC event at Oakland University. 该队在自动驾驶挑战赛中获得第二名, 赢得了莱斯科奖杯的大奖, 自驾设计大赛第四名.
正规的赌博app将举办创新车辆设计大赛
Sixty-five middle and high school teams competed at Square One Education Network’s 15th Annual Innovative Vehicle Design (IVD) Challenge at the Kettering University GM Mobility Research Center (MRC).
设计下一代交通工具
Request information about the programs that interest you or apply to an advanced mobility degree program today.