Online Course in Robotics: Locomotion Engineering

The University of Pennsylvania, founded in 1740 and located in Philadelphia, is an Ivy League research university known for combining rigorous scholarship with practical, interdisciplinary education. With roughly 28,038 students and 6,392 international students, Penn offers a diverse, global campus community and 216 programs spanning liberal arts, engineering, business, medicine, and design. The university emphasizes translational research and social impact, encouraging students to apply ideas across sectors through centers, labs, and community partnerships.

Penn’s compact urban campus places students close to museums, startups, hospitals, and cultural venues, creating abundant experiential learning opportunities. International students benefit from comprehensive support services, including orientation, visa advising, language assistance, and career coaching tailored to global job searches. Collaborative initiatives like integrated dual-degree options and project-based courses help students build multidisciplinary skills and professional networks across the Philadelphia region and beyond.

Admissions are competitive; applicants should prepare strong academic records, meaningful extracurricular engagements, and clear statements of purpose reflecting interdisciplinary interests. Financial aid and fellowships are available for qualifying students, and many graduate programs offer research assistantships. Graduates routinely enter top firms, academic careers, public service, or entrepreneurial ventures. For international students seeking a research-intensive environment with practical connections to industry and community, Penn offers a well-resourced, globally connected setting to advance academic and professional goals.

This online course in Robotics: Locomotion Engineering is for students who want to learn about robotics and mobility. It's a non-degree course that lasts several weeks and is taught in English. You'll learn how to design and program robots to navigate different environments.

The curriculum covers complex mobility challenges and how to ensure stable mobility. You'll learn about energetic interactions between sensors and mechanical actuators. The course includes practical examples and projects to help you understand the concepts.

After completing this course, you can pursue careers like robotics engineer, mechanical engineer, or mechatronics engineer. You can work in industries like robotics, automotive, or aerospace. Employers like NASA, Boston Dynamics, or Google might be interested in your skills.