Study programming techniques and learn how embedded microcomputer systems sense their environments to control the systems that contain them.
Design. Integrate. Deploy.
Applied Engineering in Action.
At Purdue’s School of Engineering Technology, students gain hands-on experience designing, building, and refining real-world technology solutions. Our faculty and students engage in innovative projects like launching high-altitude balloons and developing 3D printing labs. Faculty research focuses on global challenges, from improving fuel cells and cancer diagnostics to promoting youth fitness and advancing solar energy. We prepare students for successful careers by blending theory with practical, industry-driven applications.
Explore Undergraduate Majors
Combine knowledge of electricity and electronics to design, develop and test life-changing electronic products and systems.
Manage information, supplies and equipment to coordinate and optimize operations while directing people to make products or provide services.
Design, develop, test and manufacture sustainable products and machines via innovative technologies related to energy, advanced materials and manufacturing.
Focus on the development of the electromechanical products that are everywhere in modern life.
Combine sensing, computing and actuation to design and program robots for manufacturing, AI, healthcare and other applications.
GRADUATE PROGRAMS
This advanced degree produces industry-ready engineers and scientists with the skills needed for a career in robotics. Courses focus on the analysis, control and design of robots, which play a crucial role in modern society.
Having an advanced degree from Purdue University will position you to make high-impact contributions in the field of engineering technology.
The Dual MS in Engineering Technology Science awards degrees from both Purdue and Reutlingen University in Germany. A key feature is hands-on experience in each school’s on-campus manufacturing facilities.
Develop advanced skills in solving complex technology-related problems through applied research and leadership across various industries.
The Ph.D. in Robotics Technology at Purdue University offers a far-reaching and leading-edge educational experience that prepares graduates to become leaders in the rapidly evolving field of robotics.
Connect engineering, technology, and science to business applications and learn by completing realistic projects.
Advance your engineering career by mastering developmental testing and systems innovation. Customize your path with expertise in project leadership, risk management, and real-world system evaluation.
The Smart Manufacturing Graduate Certificate builds skills to optimize systems, integrate digital tech, and lead innovation in advanced manufacturing.
Featured Faculty
Internship and study abroad opportunities, hands-on lab experiences, independent and team projects, leadership events, mentorship opportunities with Women in Technology and the School of Engineering Technology – all of these opportunities have made me feel like a well-rounded candidate for my upcoming job."
Robotics Engineering Technology, Mechatronics Engineering Technology Alum
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