# SubRace: lo que una Competición Submarina Enseña sobre Educación | William Megill | TEDxULPGC

Source: https://www.youtube.com/watch?v=ktLmlLHeYa8
Recap page: https://rapidrecap.app/video/ktLmlLHeYa8
Generated: 2025-12-09T16:45:32.871+00:00

---
## Quick Overview

William Megill's TEDx talk focuses on the European International Submarine Races (SubRace), highlighting the rigorous engineering process, the collaborative spirit among international student teams, and the importance of hands-on learning in solving complex, real-world problems like underwater vehicle design.

**Key Points:**
- The talk centers on the European International Submarine Races (SubRace), which involves student teams designing and building human-powered submersibles.
- The design process follows a structured methodology: Analyze, Imagine, Classify, Combine, Draw, Design, and Fabricate.
- The speaker shows the fabrication process, which includes using CNC forms, working with fiberglass and resin, oven curing, demolding, and adding more fiber/resin layers.
- The competition features teams from various countries, including the US (like Michigan), Canada (Quebec), Germany, Taiwan, and the UK (Warwick), competing in speed and maneuverability.
- The speaker emphasizes that the challenges faced—like pH, temperature, and oxygen control underwater—are significant and require immediate solutions.
- The ultimate goal of the competition and associated education is to foster collaboration and prepare students to solve future engineering problems, turning students into engineers.
- The final successful run of the submarine involved the pilot executing a complex maneuver (the slalom) and achieving a fast time, demonstrating the success of the engineering effort.

![Screenshot at 00:09: The speaker, William Megill, stands on the TEDx stage addressing the audience before showing the initial context of the competition, which involves students in a large pool preparing their submarines.](https://ss.rapidrecap.app/screens/ktLmlLHeYa8/00-00-09.png)

**Context:** William Megill presents at TEDxULPGC about the European International Submarine Races (SubRace), an international competition where student teams design, build, and race human-powered submarines. The presentation uses the race as a metaphor for engineering education, contrasting the complex physics and manufacturing challenges involved (like hydrodynamics, material science, and control systems) with the collaborative, hands-on learning experience gained by the student participants.

## Detailed Analysis

William Megill discusses the International Submarine Races, specifically highlighting the European event hosted in the UK, which brings together teams from across the globe (including the US, Canada, Germany, Taiwan, and the UK) to compete with human-powered submersibles. He details the rigorous engineering design process: Analyze, Imagine, Classify, Combine, Draw, Design, and Fabricate. Visuals show the fabrication steps: creating a CNC form, applying fiberglass and resin, oven curing, demolding, and assembling the final product, noting the resulting dust and effort involved. He illustrates the complexity of the physics involved with equations for gravity, buoyancy, drag, and thrust. The talk then transitions to the competition itself, showing footage of different teams and their unique submarines (like the yellow one from the UK and the white/red one from Taiwan) maneuvering through the underwater course, which includes a slalom and timing gates. Megill stresses that the competition is not just about speed but about the learning process—the collaboration, problem-solving, and the ability to make the invisible challenges (like water chemistry and physics) visible and solvable. He praises the students for overcoming immense technical challenges and emphasizes that the experience transforms them into capable engineers ready to tackle complex real-world problems.

### Introduction to SubRace

- Discussing the competition's nature
- International participation including US, Canada, UK, Germany, Taiwan
- Focus on human-powered submersibles

### Engineering Methodology

- Analyze, Imagine, Classify, Combine, Draw, Design, Fabricate
- Showing images of CNC forming, fiberglass layup, oven curing, and demolding (04:45)

### The Physics of Submarines

- Displaying equations for Newton's Law, Drag (D), Buoyancy (B), Lift (L), and Thrust (T) (03:12)

### The Competition

- Showing footage of the course layout (slalom, timing gates, start/finish) (09:49)
- Showing various competing teams and their subs (e.g., Michigan, Quebec, Singapore) (07:09-07:28)

### The Outcome and Learning

- Emphasizing that the process builds engineering talent and fosters collaboration
- Highlighting the success of teams overcoming physical challenges (08:19)
- Concluding that the experience transforms students into engineers capable of solving complex problems (12:12)

![Screenshot at 00:04: Title slide showing TEDx ULPGC logo and sponsors: Universidad de Las Palmas de Gran Canaria and Cátedra de Tecnologías Médicas.](https://ss.rapidrecap.app/screens/ktLmlLHeYa8/00-00-04.png)
![Screenshot at 00:35: Slide titled 'CARRERAS DE SUBMARINOS QUE EMOCIONANOS' showing an ocean scene, contrasting the surface with the underwater challenge.](https://ss.rapidrecap.app/screens/ktLmlLHeYa8/00-00-35.png)
![Screenshot at 03:38: Slide detailing the seven steps of the engineering process \(Analyze, Imagine, Classify, Combine, Draw, Design, Fabricate\) alongside schematic diagrams and complex physics equations.](https://ss.rapidrecap.app/screens/ktLmlLHeYa8/00-03-38.png)
![Screenshot at 05:07: Visual summary of the fabrication process, showing seven key stages from CNC form creation to final assembly/testing.](https://ss.rapidrecap.app/screens/ktLmlLHeYa8/00-05-07.png)
![Screenshot at 09:49: Diagram illustrating the race course layout, including the Slalom, Timing Gates, Start, and Finish lines.](https://ss.rapidrecap.app/screens/ktLmlLHeYa8/00-09-49.png)