Endress+Hauser and Purdue IN-MaC Collaborate to Cultivate STEM-Learning Opportunities

MC Endress Hauser and Purdue IN MaC Collaborate to Cultivate STEM Learning Opportunities 1 400x275

 September 20, 2022

 

Design and Innovation Studio opened to educate and inspire the next generation of STEM leaders through interactive learning.

On September 15th, Endress+Hauser inaugurated its Design and Innovation Studio, a center equipped with Industry 4.0 technology and STEM-learning opportunities for students K-8 as well as applications for high school students. In partnership with Purdue Indiana Next Generation Manufacturing Competitiveness Center (IN-MaC), the process automation manufacturer welcomed local educators, guidance counselors, and teachers to the grand opening of its new center. The center offers 3D printing, robotics, Spheros, Little Bits, engineering and science modules, and coding. Teachers can reserve the space as an extension of their classroom activities as all curriculum is aligned with Indiana State Standards.

“After years of engagement and awareness through established activities with middle and high school students, this Design and Innovation Studio provides our organization the opportunity to create career and early STEM awareness for younger students,” said Nicole Otte, Director of Workforce Development, Endress+Hauser. “It further expands our early talent initiatives. We really look forward to partnering with local educators to integrate this studio into their curriculum.”  

Additional studio expands educational offering  

In addition to opening the Design and Innovation Studio at the Endress+Hauser location, the two organizations were able to fund another Design and Innovation Studio at a different local location in Johnson County. The second location will serve Indian Creek Elementary, Intermediate and Junior High School.

MC Endress Hauser and Purdue IN MaC Collaborate to Cultivate STEM Learning Opportunities 2 771x434

“IN-MaC is thrilled to be partnering with Endress+Hauser to build awareness and increase access and equity in STEM educational pathways,” said Sascha Harrell, director of education and workforce for IN-MaC. “This collaboration is designed for students and teachers to gain skills required to succeed in the innovation-focused twenty-first century, learn more about STEM careers, challenge their understanding of the industry, and leverage their interests to inspire participation and prepare youth for future jobs.”  

Endress+Hauser STEM LEAD challenges conventional learning   

Concurrently with the opening of the Design and Innovation Studio, Endress+Hauser also kicked off its Youth STEM LEAD program for high school students. This initiative allows high schoolers the opportunity to interact with and learn directly from Endress+Hauser subject matter experts. This program offers a free 90-minute session once a month for students to explore career opportunities within the STEM field. Each session will feature a new topic, some of which were specifically chosen ahead of time, while the remaining will be chosen by participants via an online survey to provide students the unique freedom to have control over their learning experience.

Please click here to learn more.  

Endress Hauser Logo 300x150

 

 

Source

 

Related Articles


Latest Articles

  • Industry Insights: February 2025 – Navigating Economic Uncertainty

    March 26, 2025 As we enter 2025, Canadian industries are facing a rapidly shifting economic landscape shaped by fluctuating trade policies, rising costs, and ongoing supply chain disruptions. From industrial manufacturing to technology and energy, businesses are adjusting their strategies to remain competitive in the face of uncertainty. Despite economic pressures, Canada’s industrial sectors are… Read More…

  • Giving Lens Cleaning Cloths a Robotic Hand

    March 24, 2025 Robotic automation for textile processing Cleaning cloths may not be the first thing people notice when buying a new pair of glasses. Yet, these items are often the result of sophisticated printing and decorative processes which, to this day, remain largely manual. Here’s how Italian startup, Roboprint, partnered with TM Robotics, the… Read More…


Featured Article

Revolutionizing Material Movement with Autonomous Mobile Robots

Revolutionizing Material Movement with Autonomous Mobile Robots

In today’s fast-paced manufacturing and logistics industries, the need for efficient and flexible material movement solutions has never been greater. Traditional methods like conveyor systems, forklifts, and manual pushcarts have served us well, but they come with limitations.

That’s why Omron is thrilled to announce the launch of their game-changing MD Series of Autonomous Mobile Robots (AMRs). Read more


Products

  • Rockwell Automation Showcases Emulate3D Factory Test for the First Time at NVIDIA GTC 2025

    March 26, 2025 Enterprise-scale digital twins unlock new possibilities for virtual controls testing Rockwell Automation (NYSE:ROK), the world’s largest company dedicated to industrial automation and digital transformation, will debut its new Emulate3D® Factory Test ™ capabilities at NVIDIA GTC 2025. This first public showcase will demonstrate how the solution enables factory-scale virtual controls testing, helping manufacturers conduct Factory… Read More…

  • Solid State Relays with Push-In Spring Terminals: New Value for Control Panels

    March 25, 2025 Solid State Relays with screw terminals are commonly used but more and more push-in terminals are becoming more prominent in industrial applications, especially due to new technologies now available on the market making it easier to insert wires. How do push-in terminals work ? Push-in technology is based on plug-in terminals, in… Read More…