Nullspace Centre for Robotics Learning Holiday Camps — What They Do and What They Offer

Nullspace Centre for Robotics Learning (often just Nullspace Robotics) is a robotics, coding and STEM education provider in Singapore that delivers holiday-exclusive robotics and coding classes and camps alongside its year-round programmes. It focuses on hands-on technology, engineering and computational thinking experiences for children and teens, helping them build practical skills in programming, robotics, game creation, design and emerging tech. Nullspace has been active since 2008 and is recognised in Singapore’s STEM education community for its project-based learning approach and progressive curriculum.

Core Focus & Educational Philosophy

Nullspace’s holiday camps are designed to give young learners active, immersive exposure to robotics, coding and STEM concepts through hands-on projects, collaborative tasks and interactive technologies. Rather than traditional lecture-style teaching, the programmes emphasise learning by doing — students build and program real robots, create digital games and explore technology concepts in creative ways that stimulate problem-solving, logical thinking and teamwork.

Nullspace also runs year-round robotics and coding classes, and its holiday offerings leverage the same curriculum and expertise in concentrated, school-break formats. The centre has been highlighted in local camp roundups as a top choice for robotics & coding holiday programmes for kids aged roughly 5 to 16 years.

Holiday Camp Themes & Programmes

Nullspace’s holiday classes and camps include multiple focused experiences, often offered during major school holidays such as November/December year-end breaks (and other term breaks when scheduled). These typically run as multi-day series or workshop blocks where children attend a set of sessions over a few days to a week.

STEM Explorer Holiday Workshops

• Age: Typically ages 7–8 (primary years).
• Focus: Introduction to fundamentals in LEGO robotics (WeDo), Scratch coding, 3D pen STEM projects and creative problem-solving.
• Format: Often structured as a 4-session, multi-day camp during holidays, blending robotics and computing tasks.

Minecraft Coding Holiday Camps

• Age: Around 9–12.
• Focus: Coding within a Minecraft Education Edition environment, where learners grasp logic constructs, redstone mechanics and introductory programming relevant to game design and digital systems.
• Format: Typically 5 sessions over 5 days during holiday periods.

LEGO Robotics Engineer Holiday Camp

• Age: Around 9–12+.
• Focus: Using LEGO® MINDSTORMS® EV3 robotics kits, students build and program themed robots, learning design, sensor usage, autonomous logic and mechanics.
• Format: Multi-day holiday camp (often 15 hours total across sessions).

Generative AI Creator Series (Holiday Workshops)

• Age: Typically 9+ years.
• Focus: Short workshop series introducing children to generative AI tools and game or story creation, combining technology with creative expression. These are usually offered as 2.5-hour sessions during holiday blocks.

GearUp & BuildUp Series (1-Day Holiday Workshops)

• Age: Around 9–12.
• Focus: Concept-focused, short holiday sessions such as robot gear ratio games (Sumo Bot / Sprint Bot) or 3D print design workshops, ideal for specific skill exploration.

These offerings are typical holiday-exclusive programmes, meaning they’re scheduled specifically for school breaks and separate from the regular weekly classes. Programmes vary by year and holiday period, so exact themes and age brackets depend on the current holiday schedule published by Nullspace.

Instructional Approach & Learning Environment

Nullspace’s holiday camps focus on small group learning and project-based activities where students work collaboratively on robotics builds, coding tasks and design challenges. The approach emphasises:

• Hands-on robotics and engineering projects (physical robot builds, sensors and actuators).
• Block-based and text-based coding through platforms like Scratch and Minecraft Education.
• Creative problem-solving and design thinking in interactive tasks.
• Incremental skill progression, with beginner-friendly content that can grow into advanced levels.
• Collaborative learning and teamwork, reinforcing communication and peer interaction.

Holiday classes are led by educators familiar with Nullspace’s structured curriculum (covering programmes such as STEM Little Explorer, STEM Explorer and advanced robotics certificate pathways) and are designed to be age-appropriate and engaging for the campers.

Age Range & Suitability

The holiday camps cater primarily to children aged approximately 5 to 16 years old. Younger campers (starting around age 5–7) can join introductory robotics and coding workshops, while older children can take part in more complex programmes like LEGO MINDSTORMS engineering or Minecraft coding. Camps are typically suited to both beginners with no prior experience and students with some background in robotics or coding, with content differentiated by age and skill level.

Locations & Logistics

Holiday camps are offered at multiple Nullspace locations in Singapore, including centres at Rochester Mall, Kallang Wave Mall and SAFRA Tampines, with additional holiday-only locations at times (e.g., Chai-Chee). Class duration and schedule are specific to each holiday period, with sessions typically running between 2–3 hours per session across multiple days to complete the full camp structure. Fees can range from around $100 for short workshops up to $750 or more for week-long, multi-day camps depending on duration and content.

Parents can register directly through Nullspace’s website or contact the centre via WhatsApp or email for specific dates, locations and detailed schedules for each holiday period.

Benefits for Participants

Holiday campers at Nullspace can build a range of valuable skills beyond just technical knowledge, including:

• Robotics and engineering fundamentals through physical builds and design tasks.
• Coding and computational thinking across platforms and environments
• Creative problem-solving and logical reasoning through project challenges.
• Teamwork and communication via collaborative projects.
• Confidence and curiosity in technology and engineering fields.

These camps can help children explore interests in technology and STEM during holiday breaks in engaging, hands-on ways that complement formal education.