Six Tools, Six Windows into the Industry
With our recent Gator Career Chat, we focused on the following learning objective: Understand how agricultural engineering applies principles to design technologies and systems that improve farming efficiency, sustainability, and resource management.
With this, 6 panelists from across the agriculture & engineering industries came together to share their journeys, and while their roles varied widely, a common thread emerged: the tools they use are as wide-ranging as their careers. From hydraulic modeling to AI to enterprise systems, these technologies are not just supporting the work—they’re shaping the future of agriculture.
Check out these real-world tools:
- StormWise & FloodWise – Nick Manco-Streamline Technologies: StormWise and FloodWise are hydraulic modeling tools used for flood prediction and analysis. StormWise focuses on single-event flood simulations, helping users assess the impact of specific storms, while FloodWise provides real-time monitoring of flood conditions. Together, they enable users to predict and visualize flood-prone areas, making them especially useful for counties and municipalities preparing for storms and hurricanes.
- Seed Breeding & Advancement Systems – David Bubeck-Corteva: An inside look on hydraulic modeling and agricultural engineering applications. Seed breeding and advancement systems support the development of field crops across multiple species, including rice and other food crops. These systems integrate data collection, trait development, and collaboration across disciplines such as engineering and molecular biology. The process is highly complex and must also meet strict regulatory requirements for GMO trait approvals both domestically and internationally.
- Thermal Processing Technology – Kim Davis-Lipman Family Farms: This thermal processing facility in Quincy, Florida, uses kettle cooking technology to produce cooked salsa at scale. The operation includes three kettles with a 5,000-pound capacity each. The process involves charring raw ingredients, rehydrating them, blending with seasonings, and cooling before packaging into 5-pound bags. The facility was recently built with a strong emphasis on meeting food safety standards.
- AI & Large Language Models (LLMs) – Mario Molina-ANELLO Photonics: Artificial intelligence tools, particularly large language models, are increasingly used to automate tasks, enhance efficiency, and support decision-making. These technologies are transforming how problems are approached and solved across industries, including agriculture.
- Google Workspace – Sarah Luther-Farmer’s Business Network: Tools such as Google Workspace and Gemini demonstrate how everyday platforms can be leveraged to improve productivity and collaboration. Their effectiveness relies heavily on clear and intentional communication when interacting with AI, highlighting the importance of well-structured inputs.
- ERP & MRP Systems – Bryan Gutierrez-Costa Farms: Enterprise resource planning (ERP) and material requirements planning (MRP) systems are used to manage large-scale horticultural operations. These systems help coordinate production, track inventory, and maintain efficiency, which is essential in a fast-paced agricultural business.
Key Takeaways
Careers That Don’t Follow a Straight Line
Beyond the tools, the stories behind them were just as compelling. Each panelist described a career path filled with pivots, unexpected opportunities, and continuous learning. Agricultural engineering isn’t a straight ladder—it’s more like a network of possibilities.
Keeping Up in a Fast-Moving Field is essential
The panelists emphasized practical ways to do this: attending conferences, joining webinars, and even learning from younger colleagues who often bring fresh insight into emerging technologies.
Overall, Agricultural engineering sits at the intersection of tradition and innovation. Whether it’s modeling water flow, developing better seeds, producing food products, or leveraging AI and enterprise systems, the field is powered by tools that are constantly evolving.
And for anyone considering this path, the message was clear: stay curious, embrace change, and don’t be afraid if your journey doesn’t look like anyone else’s. In ag engineering, that’s not a weakness—it’s the norm.
