Effective learning blends theoretical instruction with real-world application. At the Institute for Advanced Learning and Research (IALR), hands-on training is a core principle across diverse programs.
“Theory is important, and it has value. However, my years working in and with educators has taught me that most learners are visual kinesthetic learners, and the most impactful learning tends to be hands-on learning.” – Telly Tucker, IALR President
This approach equips participants with practical skills and boosts their confidence in real job environments. Whether middle school students or seasoned adults, participants walk away with experiences they can immediately apply.
GO TEC: Sparking Early Curiosity
The Great Opportunities in Technology and Engineering Careers (GO TEC®) program exposes middle school students to the emerging technologies shaping tomorrow’s industries. Students learn about and, more importantly, get to practice with virtual reality welding tools, desktop CNC mills, different types of robots and much more, offering a direct glimpse into in-demand careers.
“Middle school is the perfect time to spark a lasting interest in STEM. Getting to touch and try these business-relevant technologies shows that advanced concepts and careers are within reach.” – Julie Brown, Ph.D., Vice President of Advanced Learning
Dual-Enrollment Momentum
Dual-enrollment students in the Academy for Engineering and Technology (AET)—a collaboration with Danville Community College and the local school divisions—learn concepts in the classroom and apply them immediately. This balance of theory and application strengthens their problem-solving abilities and prepares them for modern challenges.
“We’ve seen impressive results when students can test what they learn right away,” Dr. Brown says. “That combination pushes them to think critically and perform with confidence.”
IALR also houses students in the Piedmont Governor’s School for Mathematics, Science, and Technology. Every year, seniors in this program participate in a senior research project, some seeking support from IALR’s Applied Research division.
ATDM: Accelerated Skills for Adults
Accelerated Training in Defense Manufacturing (ATDM) equips adult learners with the skills needed to work with Navy suppliers in the Maritime Industrial Base. In just four months, participants build foundational knowledge and participate in hundreds of hours of hands-on practice with actual machinery.
“ATDM bridges the gap between classroom insights and real-world shop floors. Graduates leave ready to excel in high-demand defense manufacturing roles.” – Jason Wells, Executive Vice President of Manufacturing Advancement
IMT: Real Manufacturing Responsibilities
In the Integrated Machining Technology (IMT) program, developed with Danville Community College, students face the pressure of meeting manufacturing quotas and deadlines. This setup mirrors the intensity of a true manufacturing environment.
“It’s a simulated manufacturing flow cell,” Wells said. “We put these students in a position to practice how all the pieces they’ve learned come together.”
Intensive Workshops
IALR also hosts shorter programs on topics like Fanuc robotics, precision machining for instructors and industrial fermentation. These workshops blend conceptual lessons with live experimentation in a condensed timeframe.
“Our recent industrial fermentation workshop revealed how hands-on demos deepen understanding. When participants participate in the process, they gain a better understanding.” – Scott Lowman, Ph.D., Vice President of Applied Research, IALR
Lifelong Learning
The journey does not end with a certificate or first job. Through various computer training workshops and the Wonder Community of Lifelong Learning, people can refresh their skills or discover new interests at any stage.
IALR’s commitment to lifelong learning and service learning opens pathways for professionals and hobbyists alike.
Why Hands-On Learning Matters
From virtual reality welding in GO TEC® to advanced precision machining in IMT, practical immersion helps learners of all ages gain a deeper understanding. Hands-on learning is particularly beneficial in the STEM fields, as shown by many different studies, including from Purdue University and the Proceedings of the National Academy of Sciences of the United States of America. With IALR’s goal of expanding STEM Capacity, this focus on hands-on, practical learning is what drives success.
“Practical experiences let learners see immediate results,” Tucker says. “When students engage directly, they become more prepared for today’s job market.”
