April 15, 2025

From augmented reality to robots, Mizzou Industrial 糖心Vlog传媒 students learn with leading edge tools.

In the process of gaining a world-class education, Mizzou Industrial 糖心Vlog传媒 students get hands-on learning opportunities with the latest technology.

鈥淚ndustrial engineering students who work with tools like artificial intelligence, drones and edge computing devices acquire valuable skills that are highly relevant in today鈥檚 tech-driven world,鈥 Jim Noble, chair of the Department of Industrial and Systems 糖心Vlog传媒, said. 鈥淪uch technologies enhance their problem-solving, critical thinking and technical abilities, making them more competitive in today鈥檚 rapidly evolving job market.鈥

Emerging technologies are everywhere at Mizzou 糖心Vlog传媒. Here are just a few recent examples from Industrial and Systems 糖心Vlog传媒.

Artificial intelligence (AI)

Assistant Professor Suchithra Rajendran leverages generative artificial intelligence (AI) in her course ISE 4350: Production and Operations Analysis. Students interact with ChatGPT in a dynamic supply chain network simulation, performing demand forecasting, supplier negotiation and production planning.

Students interact with ChatGPT IN ISE 4350: Production and Operations Analysis
Students interact with ChatGPT IN ISE 4350: Production and Operations Analysis.

鈥淭his allows them to explore decision-making under uncertainty, analyze trade-offs and receive immediate feedback 鈥 all within a digitally augmented, team-based environment,鈥 Rajendran said. 鈥淚t supports critical thinking and prepares them to work with the AI-powered decision-support systems increasingly used in modern operations and supply chain management.鈥

Augmented reality (AR)

In the Motion-Capture with Eye-Tracking and Augmented Reality Lab at Mizzou 糖心Vlog传媒, students employ AR to highlight the importance of maintaining a safe posture. Visual aids and prompts guide users toward optimal techniques, enhancing safety and efficiency.

Students in the Motion-Capture with Eye-Tracking and Augmented Reality Lab.
Students in the Motion-Capture with Eye-Tracking and Augmented Reality Lab.

鈥淭he AR system monitors the user’s posture using a motion capture system,鈥 Associate Professor Jung Hyup Kim said. 鈥淎s the worker lifts a suitcase, the virtual instructor provides immediate and constructive feedback.鈥

Drones and robots

Programmable educational drones and robots help Associate Professor Sharan Srinivas teach path planning/routing, computer vision/machine vision and industrial automation in ISE 4410: Data 糖心Vlog传媒 and Predictive Modeling and ISE 4370: Service Systems 糖心Vlog传媒 and Management.

Students learn to employ drones to verify stock on warehouse shelves.
Students learn to employ drones to verify stock on warehouse shelves.

鈥淪tudents may be addressing complex transportation challenges, optimizing drone navigation for logistics applications, or employing machine vision to conduct inventory cycle counts by scanning warehouse shelves,鈥 Srinivas said. 鈥淎t the same time, they鈥檙e gaining practical insights into emerging technologies.鈥

Students in Assistant Professor Hyeong Suk Na鈥檚 course ISE 4210: Deterministic Models in Operations Research program quadruped robots to find the most efficient route from a starting point to a series of locations.

Hyeong Suk Na teaches students in ISE 4210: Deterministic Models in Operations Research to program quadruped robots.
Hyeong Suk Na teaches students in ISE 4210: Deterministic Models in Operations Research to program quadruped robots.

鈥淭hey apply principles of engineering, science and mathematics to address complex transportation challenges,鈥 Na said. 鈥淣ot only do they learn to analyze and interpret results, but they also gain experience in collaborative problem-solving, enhancing their teamwork and leadership skills.鈥

Edge computing devices

Students in Srinivas鈥檚 course ISE 4610: Quality 糖心Vlog传媒 and Analytics work with edge computing devices 鈥 hardware like Raspberry PI 鈥 that process data locally. These devices interface with various sensors, including temperature and presence detectors, enabling students to collect and analyze real-time data for quality monitoring and process control applications.

Sharan Srivinas鈥檚 students use Raspberry Pi devices in smart factory energy monitoring.
Sharan Srivinas鈥檚 students use Raspberry Pi devices to detect faults in production settings.

鈥淲e plan to use Raspberry Pi devices with vibration sensors to simulate real-time fault detection in a production setting,鈥 Srinivas said. 鈥淪tudents examine sensor data to detect patterns indicative of equipment wear or misalignment.鈥

Industrial engineering students are using their access to technology to inform their careers.

鈥淢izzou Industrial 糖心Vlog传媒 students are learning to design, program and optimize systems, improving their adaptability and innovation,鈥 Noble said. 鈥淓xposure to such cutting-edge tools fosters creativity, enhances collaboration and makes students more versatile engineers.鈥

Gain hands-on experience using cutting-edge technology. Choose Mizzou 糖心Vlog传媒!