In the past two years, AI has become a bigger story than ever. Learn how Purdue Polytechnic faculty and students met with the U.S. Senate to collaborate on ideas for the future of AI, robotics and beyond:

A primary partner in our Smart Learning ecosystem, PTC, joined us in late March to hold one of their major events for employees and their clients. Learn more here:

Our Dean's Lecture Series recently featured Dr. Sudarsan Rachuri, an esteemed scholar in smart and sustainable manufacturing. Rachuri shared invaluable insights on overcoming smart manufacturing challenges, and a vision for U.S. manufacturing strategies. #SmartManufacturing #USManufacturing #DeanLectureSeries

Purdue Polytechnic recently hosted a dedication for its new smart manufacturing labs, designed to prepare students for the factory of the future. Engineering technology faculty have already begun shaping new curricula around these state-of-the-art facilities.

Purdue Polytechnic's School of Engineering Technology will dedicate four smart manufacturing facilities, the biggest learning ecosystem for future-focused manufacturing in the United States.

Consul-General Hiroshi Tajima of Japan toured Purdue Polytechnic’s smart manufacturing laboratories in the newly dedicated Dudley and Lambertus Halls.

Purdue Polytechnic and the College of Engineering celebrated the dedication of Dudley and Lambertus Halls, the Engineering & Polytechnic Gateway Complex. The state-of-the-art $140 million complex, built during the last three years, opened in January 2023. It is now home to new laboratories for the Polytechnic’s School of Construction Management Technology, School of Engineering Technology, Department of Computer and Information Technology and Department of Computer Graphics Technology, plus faculty offices and numerous labs and offices for the College of Engineering.

Workers with specialized skills in additive manufacturing, robotics programming, artificial intelligence and data science will work together to reshape the future of manufacturing, according to Purdue Polytechnic’s Nathan Hartman.

Soft actuators, components in mechanical devices that enable movement, are inspired by biological systems but can’t yet replicate the complexity of the human body. Purdue Polytechnic’s David Gonzalez Rodriguez is researching the creation of 3D-printed flexible structures that can function as soft actuators and sensors.

Purdue University’s Polytechnic Institute has teamed with leading technology and manufacturing corporations, including Rockwell Automation, Caterpillar, General Mills and Microsoft, to launch the Smart Manufacturing Industrial Infomatics program. Additional partners include the Foundry Educational Foundation, International Society of Automation and the US-DoE Clean Energy Smart Manufacturing Innovation Institute (CESMII).