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3.3.5 - The Art of Mentorship

3.3.5 - The Art of Mentorship

Section titled “3.3.5 - The Art of Mentorship”

Student Leadership & Autonomous Management in FRC

This module is designed to help student leaders transition from being “task-doers” to “project managers.” Success in FRC is measured not just by the performance of the robot, but by the sustainability and professional growth of the team members.

  1. The “Safety First” Leadership Framework Leadership in a machine shop carries a unique responsibility. Student leaders are the first line of defense for team safety.
  • The 3-Foot Rule: Leaders should maintain a 3-foot “safety bubble” around any active machinery (CNC, Lathe, Band Saw), ensuring onlookers are wearing PPE and staying behind safety lines.
  • Safety Accountability: A true leader stops a process immediately if they see a hazard, regardless of the deadline.
  • Peer-to-Peer Audits: Instead of waiting for mentors to check safety glasses, student leads should run “Safety Sweeps” every 60 minutes.
  1. Managing Work: The Agile/Scrum Approach To help students manage themselves without constant mentor oversight, we use a simplified Agile workflow. This removes the “What do I do now?” bottleneck.

The Kanban Method Maintain a board (physical or digital) with four columns:

  1. Backlog: All possible tasks for the season.
  2. To-Do: Priority tasks for the current meeting.
  3. In Progress: Who is working on what (limit to 2 tasks per person).
  4. Done: Task is complete, documented, and verified by a lead.

[Image of a Kanban board for project management]

The 5-Minute “Stand-Up” At the start of every session, the student lead facilitates a 5-minute meeting:

  • What did we finish last time?
  • What are we doing today?
  • What is “blocking” us? (This is where mentors step in to help).
  1. The Mentor Connection: “Ask 3, Then Me” To foster autonomy while staying connected to mentor expertise, use the Ask 3, Then Me protocol:
  2. Ask yourself: Did I check the technical documentation or CAD?
  3. Ask a peer: Does someone else in my sub-team know?
  4. Ask a lead: Does the student lead have the answer?
  5. Ask a mentor: If the previous three fail, engage a mentor for high-level guidance.

Why this works: It prevents mentors from becoming “walking encyclopedias” and encourages students to value peer knowledge and research skills.

  1. Conflict Resolution & Soft Skills Leadership is 10% technical and 90% people.
  • Praise Publicly, Correct Privately: If a student is struggling with a tool or behavior, pull them aside. Don’t call them out in front of the team.
  • The “Why” Behind the “What”: Instead of saying “Build this bracket,” say “We need this bracket to support the intake because the previous version flexed too much.” Understanding the goal leads to better self-management and innovation.
  1. Documentation as Leadership A leader’s job is to ensure the team’s knowledge survives after they graduate.
  • Daily Logs: Leads should spend the last 10 minutes of every meeting documenting progress in the MkDocs repository.
  • Photo Evidence: Documenting wiring or mechanical assemblies before they are “closed up” or hidden by panels is a vital leadership trait.

Note: This lesson is part of the Leadership Training Series. Leaders are expected to model the behavior they wish to see in their sub-teams.