Stories

Mentoring a FIRST LEGO League Team from Anywhere in Australia

Australia stretches more than four thousand kilometres from Perth to Brisbane, and many FIRST LEGO League teams operate in regional centres where engineering…

Understanding the FIRST LEGO League robot game missions

The robot game is the centrepiece of every FIRST LEGO League season, a high-energy 2.5-minute showdown where autonomous robots tackle themed missions on a…

How to Fund a Summer Robotics Camp in Your Maryland Town

Running a summer robotics camp sounds exciting until the budget spreadsheet comes out. Kits, laptops, safety gear, venue hire, insurance and mentor stipends…

Building a Scouting System for Maryland FRC Competitions

At the Chesapeake Regional, alliances are built in the pits and finalised on the field within hours. A well-organised scouting system turns raw observations…

How to Create a Sustainability Plan for Your Robotics Team

Robotics teams across Australia are discovering what sport clubs, theatre troupes, and school bands have known for decades: an exciting first season means…

The Mentor’s Role in FRC Programming And Strategy

A mentor in FIRST Robotics Competition does far more than explain Java, troubleshoot a motor controller, or review a robot’s autonomous routine. The strongest…

Expanding Your Maryland FTC Team From Rookie To Veteran

A growing FIRST Tech Challenge team needs more than extra students and a larger parts order. Expansion changes how the team communicates, makes decisions,…

Practical SPIKE Prime Strategies for FIRST LEGO League Teams

FIRST LEGO League teams using SPIKE Prime have a flexible platform for combining coding, mechanical design and creative problem-solving. The kit gives students…

How to Design a Robot for the FRC Climb Challenge

The climb is often the final high-value action in an FRC match, so it can change the result in a few seconds. A successful climbing robot needs more than a…

Integrating FIRST robotics into a Maryland school’s STEM curriculum

A school robotics programme can turn abstract STEM concepts into a shared, practical experience. Students design, build, programme and test machines that must…