More Than Curriculum. It’s Craft.
Design. Build. Iterate.
Make Something That Matters.
Make Something That Matters.
Make Something That Matters.
Mechatronics
Mechatronics
Build with your hands, not just your mind
Hands-on exploration of technologies
Designed for creators, innovators & leaders
Robotics
Robotics
Immersive learning with real-world projects
Hands-on exploration of technologies
Designed for creators, innovators & leaders
Wood working
Wood working
Build practical skills through real woodworks
Experience with tools, techniques, and materials
Crafted for makers, hobbyists and artisans
Pottery
Pottery
Shape your creativity through real pottery
Hands-on practice with clay, wheel, and glazing techniques
Designed for artists and aspiring ceramicists
3D Printing
3D Printing
Bring ideas to life with real 3D printing projects
Learning with printers, design software, and materials
Perfect for innovators, makers, and future tech leaders
0
Educators trained
0
Students Impacted
0
Institutions onboarded
Design Creates Impact
Where Imagination Meets Real Impact
State-of-the-art makerspaces that turn curious minds into confident innovators, preparing students for careers that don't yet exist.
Innovation Gets Unleashed
Innovation Labs That Change Everything
Beyond STEM education - create environments where students collaborate globally, solve real problems, and discover their power to change the world.
Learning Through Making
Shaping Schools That Shape Tomorrow
Premium innovation ecosystems where students don't just learn—they create, collaborate, and launch ideas that transform their communities and beyond.
Learning Revolutionized Through Making
Where Potential Becomes Unstoppable Impact
Cutting-edge makerspaces that bridge education and entrepreneurship, developing resilient, creative thinkers ready for a VUCA world.
One Mission. Four Ways to Build It.
Each division serves a different purpose, but they all lead to real-world innovation.
How We Support You
Complete Setup Support
Curriculum Integration Help
Safety First Priority
K-12 School
Innovation.
Innovation.
Premium Innovation Labs For Future-Ready Schools and Colleges
State-of-the-art makerspaces that transform passive learners into confident creators and problem-solvers.
State-of-the-Art Learning Environments
Interdisciplinary Collaboration Spaces
Industry-Standard Technology Access
Curriculum-Integrated Design Thinking
How We Support You
Industry Expert Mentors
Funding Connection Network
Innovation Lab Design
For College
Startup Spaces
Startup Spaces
Transform Young Minds Into Tomorrow's Entrepreneurial Leaders
Incubation ecosystems where student ideas evolve into market-ready ventures with expert guidance.
Idea-to-Market Journey Support
Industry Mentor Network Access
Funding Pipeline Development
Structured Innovation Methodology
How We Support You
Proven Business Model
Marketing Support Included
Revenue Growth Tracking
For Franchise
Innovation
Innovation
Scale Innovation Impact Through Proven Franchise Model
Partner with Masters to launch locally-rooted innovation hubs backed by global expertise and support.
Turnkey Launch System
Comprehensive Franchise Support
Established Brand Authority
Revenue-Impact Balance
How We Support You
Worldwide Expert Access
Peer Learning Network
Global Project Sharing
For Global
Maker Networks.
Maker Networks.
Be Part Of The Innovation Education Revolution
Global community where educators, students, and changemakers collaborate to transform learning through making.
Shared Resource Commons
International Visibility Platform
Collaborative Innovation Projects
Movement Leadership Opportunities
Our Innovation Modules
Build ideas into real-world skills
Modules :
Modelling
- Hand Sculpting
- Clay Wedging
- Form Shaping
Pottery
- Wheel Throwing
- Clay Trimming
- Glaze Techniques
Sculpting
- 3D Form Making
- Tool Handling
- Surface Texturing
Surface Decoration
- Pattern Design
- Brush Techniques
- Color Layering
Glazing & Firing
- Glaze Application
- Kiln Operation
- Temperature Control
LEGO Engineering
- Structural Build
- Gear Mechanisms
- System Planning
Structural Design
- Structural Build
- Gear Mechanisms
- System Planning
Architecture Modeling
- Scale Modeling
- Space Planning
- Material Selection
Mechanical Joints
- Linkage Systems
- Motion Transfer
- Assembly Methods
Kinetic Structures
- Movement Control
- Power Transmission
- Dynamic Balance
Claymation
- Frame Sequencing
- Character Rigging
- Scene Lighting
Paper Cut Animation
- Layer Animation
- Cutting Precision
- Frame Timing
Pixelation
- Motion Capture
- Human Movement
- Frame Blending
Object Animation
- Object Rigging
- Stop Motion
- Scene Composition
Motion Capture
- Data Recording
- Movement Analysis
- Digital Mapping
Traditional Papier
- Paper Layering
- Paste Mixing
- Mold Making
Layering Techniques
- Strip Application
- Smooth Finishing
- Drying Methods
Sculptural Papier
- Pulp Sculpting
- Wire Armatures
- Detail Carving
Mask Making
- Face Molding
- Character Design
- Paint Finishing
Functional Art
- Structural Design
- Utility Creation
- Reinforcement
Traditional Origami
- Precision Folding
- Pattern Following
- Crease Sharpening
Modular Origami
- Unit Assembly
- Complex Joining
- Geometric Build
Tessellations
- Pattern Repetition
- Grid Planning
- Symmetry Control
Kirigami
- Cut Planning
- Pop-up Design
- Fold Integration
Origami Engineering
- Math Application
- Mechanical Folds
- Functional Design
Podcasting
- Audio Recording
- Script Writing
- Voice Modulation
Sound Editing
- Audio Mixing
- Effect Processing
- Sound Layering
Video Production
- Camera Operation
- Scene Planning
- Video Editing
Live Broadcasting
- Live Streaming
- Real-time Mixing
- Audience Engagement
Foley Art
- Sound Creation
- Audio Sync
- Effect Matching
AR App Development
- AR Programming
- 3D Object Tracking
- User Interface
VR Simulation Build
- VR Development
- Immersive Design
- User Experience
3D Environment Design
- Environment Build
- Spatial Audio
- Navigation Design
Haptic System Setup
- Touch Programming
- Force Feedback
- Sensor Integration
Mixed Reality Design
- Reality Blending
- Spatial Mapping
- Interaction Design
Graphic Design for Print
- Layout Design
- Typography
- Color Management
Packaging Prototyping
- Box Construction
- Material Testing
- Structural Design
Offset & Digital Printing
- Print Setup
- Quality Control
- File Preparation
Eco-Friendly Packaging
- Sustainable Design
- Material Research
- Green Chemistry
Branding & Labeling
- Brand Creation
- Label Design
- Application Methods
Laser Engraving
- Precision Engraving
- Vector File Prep
- 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
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
Epoxy Resin Casting
- Mixing Ratios
- Mold Preparation
- Bubble Removal
Resin Jewelry Making
- Small Scale Cast
- Color Mixing
- Polish Finishing
3D Resin Sculpting
- Putty Sculpting
- Detail Adding
- Curing Process
Resin Molding
- Mold Creation
- Release Techniques
- Quality Control
Resin Painting
- Flow Control
- Color Blending
- Heat Application
Carpentry
- Joint Making
- Measuring Skills
- Tool Safety
Wood Turning
- Lathe Operation
- Cutting Techniques
- Shaping Control
Joinery & Cabinet Making
- Precise Joints
- Assembly Methods
- Hardware Install
Wood Carving
- Carving Techniques
- Knife Control
- Detail Work
CNC Woodworking
- CNC Programming
- Tool Path Setup
- Machine Operation
Welding
- Arc Welding
- Joint Preparation
- Safety Protocol
Blacksmithing
- Forge Operation
- Hammer Techniques
- Heat Treatment
Sheet Metal Fabrication
- Sheet Forming
- Bend Calculation
- Assembly Methods
Jewelry Making
- Metal Forming
- Soldering Skills
- Stone Setting
CNC Metal Cutting
- CNC Programming
- Tool Selection
- Precision Control
3D Scanning
- Scan Operation
- Data Processing
- Mesh Repair
Product Disassembly
- Safe Disassembly
- Component Analysis
- Documentation
Functional Prototyping
- Prototype Build
- Function Testing
- Iteration Process
CAD Modeling
- 3D Modeling
- Parameter Control
- Drawing Creation
Industrial Replication
- Reverse Design
- Material Analysis
- Manufacturing
Gliders & Paper Planes
- Aerodynamic Design
- Balance Control
- Flight Testing
RC Aircraft
- RC Assembly
- Flight Control
- Radio Operation
Drone Technology
- Drone Assembly
- Flight Programming
- Safety Operation
Wind Tunnel Testing
- Test Setup
- Data Collection
- Result Analysis
Flight Simulation
- Simulator Setup
- Flight Planning
- Performance Analysis
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
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
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
Masters Connect
Bring all your needs into one workspace. Check out the key features below:
News & Insights
Perspectives on education, design, and innovation
Trusted and valued by learners
Look What Our Partners Say
Creating 14+ labs in 15,000 Sq. Ft. with such specific needs was challenging, but Mr. Darpan made it a reality. Students now approach science with curiosity, and the makerspace is the highlight of their day.”
—Mr. Naman Jain, VC, Silver line Prestige School
Every space we built had unique requirements. Team Makerspace Masters not only became our technology partner but also guided the design, making them an integral part of the project.”
—Mr. Dennis George VC, Shalom Group of Schools, Gurgaon
Frequently Asked Questions
Quick answers, clear guidance
Our complete installation process typically requires 4-6 weeks from
contract
signing to full operation. This includes space planning and design (1-2 weeks), equipment
installation and testing (2-3 weeks), plus comprehensive teacher training (1 week intensive
program). We also provide ongoing support to ensure smooth operation from day one.
We design programs for learners aged 6-18+ with age-appropriate curricula:
- Elementary students focus on creativity and basic collaboration skills
- Middle schoolers engage in design thinking and STEM integration
- High school students tackle advanced projects and entrepreneurship
- College and adult programs available through specialized partnerships
Absolutely! Our support includes a 40-hour initial certification program
covering all equipment and curriculum integration. Teachers receive monthly workshops, online
resources, peer networking opportunities, and annual conferences. Plus, our 24/7 help desk
provides technical and educational guidance whenever needed
We recommend a minimum of 800 square feet for basic functionality, though
1,200-1,500 square feet allows for optimal program offerings. Our flexible design approach
adapts to existing classroom layouts and constraints while ensuring all installations meet
educational facility safety standards.
Annual maintenance packages range from $2,500-$5,000 based on equipment
level and usage. This covers:
- Equipment servicing and repairs
- Software updates and new features
- Replacement parts and consumables
- Optional extended warranties and priority support
Our programs deliver measurable results with 25% average improvement in
STEM
subject scores and 85% of students reporting increased motivation for learning. Students develop
enhanced problem-solving, collaboration, and creative thinking abilities while gaining skills
directly applicable to 21st-century careers.
Projects span from community problem-solving initiatives addressing local
challenges to technology development like apps and IoT devices. Students also launch
entrepreneurial ventures with mentorship support and participate in global collaborations
connecting classrooms worldwide for cross-cultural learning experiences.
Our programs align seamlessly with educational standards including Common
Core and NGSS. We integrate:
- Mathematics, science, art, and social studies into making projects
- Portfolio-based evaluation complementing traditional testing
- Ready-made lesson plans and rubrics for easy classroom adoption
- Assessment tools that demonstrate learning outcomes clearly
Students gain both technical skills (3D design, coding, electronics,
prototyping) and essential soft skills (communication, teamwork, leadership). We focus on
developing
growth mindset, resilience, and creative confidence while building industry-relevant
capabilities
valued by employers and universities.
Yes, through comprehensive digital portfolios where students document
projects and
reflections over time. Our system includes:
- Clear competency mapping showing skill progression
- Regular analytics reports on engagement and outcomes
- Transparent parent communication and achievement celebration
- Data-driven insights for continuous program improvement
Your makerspace includes digital fabrication tools (3D printers, laser
cutters), electronics and robotics kits (Arduino, sensors, programmable platforms), traditional
making supplies, and computing resources with design software licenses and cloud storage access.
We maintain cutting-edge capabilities through annual equipment refreshes
and
automatic software updates. Our strategic technology roadmap ensures long-term relevance, with
community feedback driving equipment selection and upgrade priorities to meet evolving
educational needs
Our comprehensive support includes:
- 24/7 help desk for urgent issues via phone, email, and chat
- Remote assistance with screen sharing for quick resolution
- Scheduled maintenance and emergency on-site repair services
- Ongoing user training to build independence and reduce support needs
Safety is paramount with age-appropriate equipment access based on student
maturity and training levels. We provide comprehensive safety protocols, protective equipment,
and clear supervision standards with proper adult-to-student ratios for all activities.
Absolutely! We conduct thorough needs assessments to understand your
curriculum goals and student interests. Our scalable packages match available budgets while
addressing regional industry needs, with clear expansion pathways for adding capabilities over
time.
Our comprehensive franchise package covers complete setup (space design,
equipment installation), extensive training and certification programs, marketing support with
branding materials, and ongoing partnership benefits including access to our global network and
continuous improvement resources.
Initial investment ranges from $75,000-$150,000 depending on size and
location, including:
- Equipment package: $40,000-$80,000
- Training and support: $15,000-$25,000
- Recommended working capital: $20,000-$45,000 for first-year operations
- All costs transparently outlined with no hidden fees
Yes, our ongoing support includes operational guidance for scheduling and
program delivery, marketing assets and campaign strategies, financial planning tools with
revenue projections, plus regular franchisee meetings for peer networking and collaborative
problem-solving.
Most locations achieve break-even within 18-24 months with typical revenue
patterns showing 30% growth in year two and 50% in year three. Success depends on location,
community engagement, and program quality - our proven model and support maximize success
probability.
We're expanding globally with opportunities in major North American
metropolitan areas, European markets, Asia-Pacific regions, and Latin America. We provide
demographic and competitive analysis for territory selection, with franchisees receiving
exclusive rights and protected geographic boundaries.
Our digital platform serves as a hub for resource sharing and peer
connection, facilitating global projects that connect students across cultures. Members access
best practice sharing through webinars and case studies, plus attend our annual global
conference for networking and learning.
Schools benefit from monthly check-ins with dedicated success managers,
quarterly curriculum updates with new projects and lessons, professional development workshops,
and regional peer networks for educator collaboration and shared problem-solving.
Yes! Our global project platform creates structured initiatives connecting
classrooms worldwide. Projects are designed to build cultural exchange and global awareness,
with optional foreign language integration and international student showcase opportunities
through exhibitions and competitions.
We track multiple success indicators including:
- Student engagement levels and skill development metrics
- Teacher satisfaction through regular surveys
- Parent feedback on community perception and student enthusiasm
- Long-term alumni tracking for college success and career outcomes
Educators access our comprehensive digital library with thousands of
project
templates and lesson plans, video tutorials for equipment training, active peer forums for
sharing innovations, and expert mentorship from experienced educators and industry professionals
for ongoing guidance and support.