Makerspace Masters
Future-ready & Innovation-driven learning.
Makers Rise
to take a leap ahead.
Shaping Minds
create the future.
Design First
real-world problems.
Why Makerspace Masters?
Applied learning, real impact
The Makerspace Masters Advantage
Four pillars that power innovation
Lab Design & Build
We create complete makerspaces through a six-step process: defining your vision, providing detailed 2D & 3D layouts, and designing an immersive, experiential learning environment. Our spaces feature modern furniture, professional-grade equipment, and safety protocols that inspire students to innovate and create.
Learning Platform & Curriculum
Our flexible, curriculum-agnostic platform offers 21+ hands-on courses—from robotics to woodworking—integrated with PAL and AI capabilities. Each course has clear goals, step-by-step instructions, and real projects, ensuring engaging, skill-based learning for every student.
Professional Tools & Equipment
We supply industry-grade, safe, and adaptable tools designed specifically for schools. These tools seamlessly integrate into your program, grow with your needs, and are supported with comprehensive maintenance, all while prioritizing child safety.
Teacher Training & Support
We empower educators with complete training programs—both direct trainer-led and train-the-trainer models—along with ongoing mentoring and a supportive community. This ensures teachers build confidence and become effective facilitators of innovation.
20+ Interdisciplinary Module
Future-ready curriculum, aligned with NEP 2020
Wood Work
Blending heritage skills with modern methods.
Wood Turning
Hand-eye coordination development enhancement
Carpentry
Traditional craftsmanship skill development
Joinery & Cabinet Making
Professional woodworking standard understanding
Wood Carving
Three-dimensional artistic expression enhancement
CNC Woodworking
Computer-controlled manufacturing skill development
Did You Know?
The first CNC machines were developed in the 1950s and now they're in classrooms!
Metal Work
Blending heritage skills with modern methods.
Blacksmithing
Master traditional metalworking and heat treatment.
Sheet Metal Fabrication
Excel in sheet forming and fabrication.
Jewellery Making
Develop fine metalworking and jewelry design skills.
CNC Metal Cutting
Master automated metal processing & precision cutting.
Welding
Master metal joining and fabrication skills.
Did You Know?
The first CNC machines were developed in the 1950s and now they're in classrooms!
Reverse Engineering
Decoding existing designs to reimagine & innovate.
3D Scanning
Capturing physical geometry to digital model
Product Disassembly
Understanding component relationships & function
Functional Prototyping
Engineering analysis for usability & assembly
CAD Modeling
Rebuilding precise CAD models from scanned data
Industrial Replication
Manufacturing process understanding development
Did You Know?
The first CNC machines were developed in the 1950s and now they're in classrooms!
MechaTronics
Combining mechanics, electronics, and computing for smart systems.
Robotics
Robot assembly, programming logic, sensor integration
Automation Systems
System design, control programming, process optimization
Sensors & Actuators
Circuit building, signal processing, component testing
IoT in Mechatronics
Network setup, data transmission, remote control
AI in Mechatronics
AI programming, machine learning, pattern recognition
Did You Know?
The first CNC machines were developed in the 1950s and now they're in classrooms!
BuildLab – Clay Module
Hands-on exploration of clay modeling, sculpting, pottery, and glazing to blend creativity with craftsmanship.
Modelling
Exploring form and structure through clay shaping.
Pottery
Mastering the art of wheel throwing and glazing.
Sculpting
Building expressive 3D forms with precision and imagination.
Surface Decoration
Enhancing textures and colors for artistic finishes.
Glazing & Firing
Understanding the science of finishes and firing processes.
Did You Know?
The world’s oldest known pottery was made in Japan over 16,000 years ago.
Building Lab
Hands-on creativity through engineering, design, and movement systems.
LEGO Engineering
Creative systems built from imagination and logic
Structural Design
Exploring the balance of strength, shape, and structure
Architecture Modeling
Designing scaled-down models of real-world spaces
Mechanical Joints
Learning how motion and force connect through design
Kinetic Structures
Exploring movement and balance through active models
Did You Know?
The first LEGO Technic set was released in 1977 — sparking generations of future engineers!
Visual Lab
Bringing imagination to life through motion, animation, and digital storytelling.
Claymation
Animating stories frame by frame using clay figures and imagination
Paper Cut Animation
Crafting animated stories using paper, precision, and light
Pixelation
Bringing real people to life through frame-by-frame filmmaking
Object Animation
Making ordinary objects tell extraordinary stories
Motion Capture
Exploring advanced animation with sensors and digital movement
Did You Know?
Motion capture technology was first used in the 1980s for character animation in Industry!
Papier Mâché Lab
Discover creativity through paper sculpting, layering, and molding — transforming imagination into art.
Traditional Papier
Learn paper layering, molding, and paste techniques
Layering Techniques
Master systematic layering and structural building
Sculptural Papier
Shape and sculpt intricate paper-based art forms
Mask Making
Design expressive and wearable paper masks
Functional Art
Combine design and utility to make paper-based creations
Did You Know?
Papier Mâché has been used since 15th century from masks, furniture and even armor!
Audio Visual Lab
Explore storytelling through sound, visuals, and live production. Learn how media shapes narratives and connects ideas.
Podcasting
Create and record your own digital audio shows
Sound Editing
Mix, enhance, and create immersive audio tracks
Video Production
Plan, shoot, and edit compelling visual stories
Live Broadcasting
Stream, mix, and manage live digital productions
Foley Art
Recreate real-world sounds for movies and videos
Did You Know?
The first live radio broadcast happened in 1906 — and it changed storytelling forever.
Print Lab
Hands-on creativity in graphic design, printing, packaging, and branding techniques.
Graphic Design for Print
Designing layouts, typography, and color for print media
Packaging Prototyping
Building and testing functional packaging solutions
Offset & Digital Printing
Mastering printing techniques and quality control
Eco-Friendly Packaging
Designing sustainable and environmentally conscious packaging
Branding & Labeling
Creating and applying professional brand identity and labels
Did You Know?
Printing technology, since the 15th century, revolutionized information sharing!
Aviation Lab
Explore aerodynamics, flight mechanics, drones, and flight simulations through hands-on experiments.
Gliders & Paper Planes
Understanding aerodynamics and flight testing with paper models
RC Aircraft
Assembling and flying remote-controlled aircraft
Drone Technology
Autonomous flight, programming, and modern drone systems
Wind Tunnel Testing
Analyzing aerodynamics and testing models under controlled airflow
Flight Simulation
Hands-on simulator training for flight planning and performance analysis
Did You Know?
From 1903’s first powered flight to modern drones, the same aerodynamic principles apply
Resin Lab
Explore epoxy casting, jewelry making, 3D sculpting, molding, and resin painting for creative projects.
Epoxy Resin Casting
Learn mixing, mold-making, and artistic casting techniques
Resin Jewelry Making
Create fine resin jewelry with color theory and precision
3D Resin Sculpting
Master sculpting, detail adding, and curing techniques
Resin Molding
Learn molding, demolding, and quality control techniques
Resin Painting
Explore fluid art, color blending, and resin painting techniques
Did You Know?
Popular since the early 2000s, resin art is now used in jewelry, sculpture, and DIY projects.
Origami Lab
Learn traditional and modern origami techniques including modular origami, tessellations, kirigami, and origami engineering.
Traditional Origami
Master precision folding, pattern following, and crease sharpening
Modular Origami
Assemble complex units and create intricate geometric structures
Tessellations
Explore pattern repetition, grid planning, and symmetry control
Kirigami
Master cut planning, pop-up design, and fold integration
Origami Engineering
Learn math application, mechanical folds, and functional design creation
Did You Know?
Origami, a centuries-old Japanese art, inspires math, engineering, and modern design.
VR & AR Lab
Explore immersive technologies with AR app development, VR simulations, 3D environment design, haptic systems, and mixed reality experiences.
AR App Development
Learn AR programming, 3D object tracking, and UI design
VR Simulation Build
Create immersive virtual environments and experiences
3D Environment Design
Master environment building, spatial audio, and navigation design
Haptic System Setup
Learn touch programming, force feedback, and sensor integration
Mixed Reality Design
Combine physical & digital elements for hybrid experiences
Did You Know?
VR & AR are used in gaming, education, healthcare, and industrial training.
Laser Lab
Master precision laser techniques including engraving, cutting, 3D layering, vector designing, and multi-material engraving for professional fabrication.
Laser Engraving
Precision engraving, vector prep, and material setting
Laser Cutting
Cut path planning, material handling, edge finishing
3D Layering
Layer assembly, alignment control, adhesive methods
Vector Designing
Vector creation, path optimization, scale management
Acrylic & Wood Engraving
Material selection, depth control, surface finishing
Did You Know?
Laser technology engraves materials with micron-level precision for prototyping.
3D Printing Lab
Learn modern additive manufacturing techniques including FDM, SLA, SLS, Resin Printing, and Bioprinting for industrial and biotech applications.
Fused Deposition Modeling (FDM)
Model slicing, filament handling, print calibration
Stereolithography (SLA)
Resin printing, UV curing, post-processing
Selective Laser Sintering (SLS)
Powder handling, laser sintering, part extraction
Resin Printing
Resin preparation, layer curing, safety protocol
Bioprinting
Bio-ink handling, cell culturing, sterile technique
Did You Know?
3D printing creates complex geometries beyond traditional manufacturing.
Printing Lab
Explore modern printing techniques including heat transfer, sublimation (fabric, ceramic, metal), and UV printing to create professional-quality products.
Heat Transfer Printing
Heat press setup, transfer application, temperature control
Fabric Sublimation
Fabric preparation, ink application, heat setting
Ceramic Sublimation
Ceramic coating, design transfer, heat processing
Metal Sublimation
Metal preparation, coating application, quality control
UV Printing
UV print setup, ink curing, multi-material print
Did You Know?
UV and sublimation printing enable fast, precise decoration on almost any material.
Vinyl Lab
Explore precision vinyl cutting, decal designing, sticker making, heat press vinyl, and custom vinyl wrapping to create professional-quality graphics and custom products.
Vinyl Cutting
Cut path setup, material handling, weeding technique
Decal Design
Vector design, size optimization, application method
Sticker Making
Design creation, material selection, cutting precision
Heat Press Vinyl
Heat application, pressure control, peeling technique
Custom Vinyl Wrapping
Surface preparation, application method, seamless finishing
Did You Know?
Vinyl cutting and heat press enable precise graphics for branding and design.
Industry Grade Software
Future-ready Software Skills
Maker Tools
Tinkercad
Arduino
Microbit
Cuba
Hatch XR
Maker Tools
Unity
Audacity
Design
Blender
Tinkercad
Photoshop
Illustrator
Maya
Code
Python
P5.js
HTML5
CSS
PHP
React
Development
Mit App Inventor
Unity
GDevelop
AI/ML
TensorFlow
PyTorch
ML Tools
Experience Master Connect
Stay connected. Stay inspired
Guided learning, anytime anywhere
From structured modules to immersive resources, Master Connect offers schools a library of 21+ interdisciplinary learning tracks aligned with NEP 2020 and global best practices.
Less Chaos, More AI Magic
AI That Actually Gets Your Flow
Hands-On Learning
Future-Proof Skill Development
Interlinked Innovation Spaces
Outcome-Driven Impact
confidence.
Spaces that Teach
confidence.
Spaces that Teach
confidence.
Spaces that Teach
confidence.
Spaces that Teach
Which Module Set Is Right For You?
Choose the set that best fits your educational goals
Starter Set
Starter Creative Exploration
Perfect step into hands-on learning with guided modules for younger students.
- Robotics & Mechatronics basics
- Stop Motion Animation & Origami
- Building Blocks & Clay Art
- Guided lessons for confidence building
Includes:
Puppetry
Building Blocks
3D Printing
Stop Motion
Clay Art
Aero Modelling
Recommended - Core Set
Building Skills With Focus
Essential making skills that align with NEP 2020 and build real technical foundations.
- Woodwork, Metalwork & Clay Art
- Digital Fabrication & 3D Printing
- Robotics, Mechatronics & AR/VR
- NEP 2020 aligned skill development
Includes:
Wood Work
Metal Work
Aero Modelling
AR/VR
Mechatronics
Fabrication
Master Set
Full Makerspace Experience
Full spectrum makerspace with advanced modules for comprehensive education.
- 21+ domains and advanced techniques
- CNC, Welding & Fabrication
- Creative Engineering & Design
- Industry-grade tools and processes
Includes:
Wood Working
Resin Art
Paper Mache
Mechatronics
Vinyl Art
Clay Art
Beyond the Classroom
Real tools, real skills, real impact
9/10 Students
Graduate capable of full end-to-end prototyping.
64% Longer
Task persistence in collaborative maker environments.
85% Improvement
In motivation through project-based making activities.
Hands-On Learning
Students tackle real issues through projects, building problem-solving skills.
Skills for Tomorrow
Cultivating critical thinking and technical skills essential for tomorrow’s careers.
Interlinked Spaces
Flexible zones that encourage collaboration, creativity, and cross-disciplinary exploration.
Outcome-Driven Impact
Measurable results through real-world projects, skill assessments, and student showcases.
