STEM, IoT & Robotics Laboratory Setup
We transform conventional institutional spaces into dynamic innovation workshops. From spatial layout and electrical safety to industrial-grade hardware, 3D printers, sensor workbenches, and faculty curriculum enablement.
Underutilized and Poorly Designed Campus Labs
Many institutions invest heavily in robotics hardware only to find kits locked in cupboards after a few months. Without structured curricula, safe workbench layouts, and trained lab assistants, expensive hardware quickly becomes obsolete.
Turnkey Engineering and Pedagogical Enablement
Classbit approaches lab infrastructure as a complete ecosystem. We coordinate space planning, supply calibrated electronics and rapid prototyping tools, implement component storage systems, and train faculty to sustain long-term student engagement.
What Is Included
Transparent breakdown of hardware, curriculum assets, and human mentorship.
Hardware & Machines
- •Enclosed 3D printers with safety filtration and filament starter bundles
- •Robotics prototyping chassis (2WD/4WD, line sensors, obstacle avoidance)
- •ESP32 and Arduino IoT development stations with breadboard arrays
- •Digital oscilloscopes, bench multimeters, and temperature-controlled soldering stations
Lab Furniture & Storage
- •Anti-static student workbenches and ergonomic seating
- •Modular component bins and labeled hardware storage racks
- •Safety stations with first aid, fire extinguishers, and eye wash kits
Curriculum & Faculty Enablement
- •3-Tier progressive project curriculum (Beginner, Intermediate, Advanced)
- •Comprehensive 5-day faculty development program on-site
- •Digital repository of schematics, code libraries, and video tutorials
Customization Options for Your Campus:
Implementation Process
Structured stages ensuring seamless rollout without disrupting ongoing academic sessions.
Site Assessment
Evaluate physical dimensions, power distribution, and ventilation.
Lab Blueprint
Design 2D/3D layout, workbench placement, and safety zones.
Equipment Supply
Procure, test, and deliver calibrated hardware and kits.
On-Site Setup
Assemble benches, calibrate 3D printers, test power feeds.
Faculty Training
Conduct intensive hands-on workshop for institution teachers.
Inauguration & Handoff
Assist with student orientation and initial project launch.
Technologies & Equipment Deployed
- ESP32, Arduino Uno/Mega, Raspberry Pi 4/5, STM32
- LIDAR sensors, ultrasonic arrays, IMU sensors, camera modules
- Direct-drive enclosed FDM 3D printers with PLA/PETG filaments
- Dual-channel digital storage oscilloscopes, regulated DC power supplies
Expected Deliverables
- Fully commissioned, operational STEM / IoT / Robotics laboratory
- Inventory catalog and maintenance schedule documentation
- Faculty enablement certificates for participating instructors
- Student lab workbooks and digital resource repository access
Composite Skill Lab & Technical Prototyping Setup
Institution: BVB Prism Schools
Turnkey lab equipment supply and teacher orientation enabling over 150 student micro-projects.
Frequently Asked Questions
What is the typical space requirement for a robotics lab?
A standard 20–30 student batch typically requires 600 to 1,000 square feet with adequate power outlets and ventilation.
Do you supply customized student kits along with the lab?
Yes. In addition to shared bench equipment, we supply personalized student take-home kits starting from ₹499 per student*.
How do you handle maintenance and broken components?
We offer annual maintenance support (AMC) with guaranteed replacement timelines for critical modules.
Request a Proposal for STEM, IoT & Robotics Laboratory Setup
Share your campus batch size and objectives. Our institutional solutions team will coordinate an initial discussion and customized proposal.