High School at Hartland Robotics

Location: Hartland Robotics Center, 9525 E. Highland Rd, Howell, MI 48843
How to Apply: Applications open in November
Program Duration: January through April

At the high school level, Hartland Robotics competes in the FIRST Robotics Competition (FRC) - a world-class program that blends the excitement of sport with the rigor of science and engineering. Students design, build, and program 125-pound robots to compete on a full-size field in an alliance-based game. But the experience goes far beyond the robot. Our program fosters leadership, innovation, and real-world skills across six key focus areas.

Impact

Impact is at the heart of everything we do. Hartland students engage in meaningful outreach to grow STEM in the community, mentor younger robotics teams, and promote equity and access to technology. Our team leads local events, supports regional initiatives, and serves as ambassadors for the mission of FIRST. Through these efforts, students develop public speaking, project management, and leadership skills—while making a real difference.

Design

Design is where great ideas come to life. Our team uses Autodesk Fusion 360 to create CAD models that guide the entire build process—from early concepts to final assembly. Students follow an iterative approach that includes simulation, prototyping, peer reviews, and design validation. The result is a robot that is not only functional, but also modular, efficient, and built with serviceability in mind.

Creativity

Creativity fuels our engineering solutions. Students are encouraged to explore unconventional approaches, test bold ideas, and challenge assumptions. Whether developing a custom drivetrain, a new style of intake mechanism, or a unique match strategy, creativity drives competitive advantage. It’s not just about building a robot—it’s about inventing something nobody else has imagined.

Innovation

Innovation is our mindset, not just a milestone. Hartland Robotics students build original systems and solve tough problems with inventive thinking. Whether it’s a new mechanical design, a strategic gameplay approach, or an integrated subsystem that changes how we compete, students learn to prototype fast, learn quickly, and iterate effectively. We're always asking: “What if?”

Quality

Quality sets our team apart. From precision-machined parts to clean wiring and robust structural design, our robots are built to compete—and built to last. Students learn manufacturing methods, mechanical assembly, and quality assurance practices that reflect real engineering environments. Attention to detail, repeatable processes, and a commitment to excellence are core to our success.

Controls

Controls bring the robot to life. Students program the robot, develop autonomous paths, and create advanced drive assist systems. We implement sensor fusion, PID loops, vision processing, and real-time diagnostics to maximize performance and reliability. Controls is where software, hardware, and game strategy converge—and where students learn to think like systems engineers.

Page updated

Report abuse