What if you could track a plant’s health and growth every 15 minutes, all automatically and without ever touching it?
In this episode of Inside IALR, Dr. Scott Lowman, Vice President of Applied Research at the Institute for Advanced Learning and Research, explores the SMART Platform—IALR’s Spatially and Mechanically Accurate Robotic Table system. These high-tech tables combine robotics, precision imaging and automation to capture tens of thousands of data points per experiment, helping researchers analyze plant growth, stress response and even subtle movements in real time.
Learn how the SMART Platforms allow for entire plant life-cycle testing for beneficial microbes and enable real-time monitoring of plant health. You’ll hear about how interns have played a central role in coding and refining the system, how companies can contract research on the tables and how this technology is helping lay the groundwork for more sustainable agriculture.
Whether you’re into agtech, robotics, plant biology or data science, this episode connects it all. Plus, you’ll hear how this one-of-a-kind platform is opening doors for students and researchers alike.
🔍 Topics Covered:
- What makes SMART Platforms unique
- How 80,000+ images become meaningful plant health data
- Intern-driven innovation in Python and computer vision
- Industry collaboration and commercialization opportunities
- The future of AI in agriculture and early stress detection
