Best Robotics Classes For Kids in Princeton NJ

Best Robotics Classes For Kids ages 5 – 16 years

Looking for best robotics classes near me in Princeton? Leapcoderz is your one-stop for robotics courses for kids ages 5-16 years. Leapcoderz is the most recommended robotics center in Princeton. We are local, hands-on & passionate. We promote and work for 21st-century skills acquisition so that students gain proficiency in collaboration, questioning, problem-solving, and critical thinking through robot designing skills.

Our Robotics camps in Princeton NJ are worth enrolling for!

We are incredibly proud of how our rookie FTC team, Cool Name Pending (#30439) , performed exceptionally well in their debut season 2025-26. We were in awe seeing the passion and effort kids put into their outstanding achievements.

We are glad to share our team won the following awards in FIRST Tech Challenge (New Jersey) 2025-26:

Inspire Award 1st place – TEAM Cool Name Pending (#30439) — the highest honor in FTC

Connect Award Winner – TEAM Cool Name Pending (#30439) — at FIRST World Championship in Houston

FIRST Leadership Award Finalist – Team member Arjun Bhatt

Our VEX IQ rookie teams also impressed judges with their robot building and performance. We are glad to share our FLL teams won following awards in SUBMERGED™ CHALLENGE FIRST LEGO LEAGUE (REGIONAL) 2024-25:

Advancing to Regionals, Coach Award & Core Values Award – TEAM MICROMINIONS (#52500)

Mentor Award – TEAM TECHNOVERSE

Join our Robotics Batch to discover the fascinating world of Robotics and represent in FLL (First Lego League), FTC (First Tech Challenge), and VEX IQ for the upcoming season. You can introduce Robotics to your child with our customized programs that are uniquely designed for kids, ages 5 to 16 years.

We help children discover and love Robotics!

• To respect, uncover, and build upon kids’ natural curiosity and productive intellectual resources for learning and inventing through hands-on project based curriculum.
• To engage learners in creative, mathematical, and engineering-based thinking––for instance, by asking questions, building arguments, thinking systematically, and designing solutions to meaningful problems.
• Tying robotics courses to real-world applications and issues.
• Presenting students with uniquely complex yet solvable problems.
• Offering an intriguing program in small groups that’s hands-on and full of fun.
• Tracking student progress accurately to celebrate success and plan further improvements.