MedhaArc
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MedhaArc Autonomous Drone & Robotics Engineering Education Lab
CLASSES 5–12MEDHAARC EDUCATION • INTEGRATED STEM LABS

STEM, Robotics & Drone Education for Schools

Practical robotics, electronics, and drone programs designed for students in Classes 5–12 with turnkey laboratory setups, kits, and active teacher enablement.

Classes 5–12Age Groups
2 OptionsSchool Labs or Online
Students building a robot car in a MedhaArc classroom
SYSTEM READY • LIVE LABS

Two Integrated Learning Streams

Choose school-based lab setups or self-paced online drone training.

STREAM 01 • SCHOOL LABORATORIES
Showcase ↗Classes 5–12

MedhaArc Labs

Turnkey robotics and electronics laboratory sessions at partner schools.

✓For Classes 5–12
✓Circuits, sensors, and robotics
✓Teacher-guided lab projects
STREAM 02 • DRONE TRAINING & COURSE₹500 / Month

Drone Training

Online lessons, aerodynamics simulation, and practical flight engineering.

✓Airframes, motors, and flight basics
✓Flight controllers and power safety
✓Mission planning and simulation

Learning Pathways

Structured progression from foundational electronics to advanced UAV engineering.

GRADES 4–8 • ELEMENTARY & MIDDLE SCHOOL

Foundational STEM, Basic Electronics & Robotics

Learn safe circuits, basic coding, and robotics.

Build CircuitsLEDs, wires, and safe breadboarding
Make Simple RobotsMotors, wheels, and basic movement
Use SensorsLight and distance sensors
Try Guided ProjectsFollow clear, step-by-step activities
Students working on breadboards and basic robotics
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Hands-on LaboratoryGuided breadboard experiments and introductory mobile robotics.

Subscription Curriculum Benefits

Instant access to verified lesson plans, simulation workbenches, and hardware schematics.

📚FULL ACCESS

Comprehensive Drone & STEM Curriculum

Access the complete drone and STEM curriculum.

🖥️SIMULATION WORKBENCH

SITL Autonomous Flight Simulator Lab

Use flight simulations and ArduPilot or QGroundControl settings.

⚡SCHEMATIC REPOSITORY

32-Bit Avionics Schematics & Wiring Guides

Avionics wiring diagrams, ESC guides, and power schematics.

👨‍🏫LIVE SESSIONS

Direct Faculty & Engineering Mentorship

Join monthly workshops, project reviews, and engineer Q&A.

📜OFFICIAL CREDENTIAL

Verified Flight Lab Certificate of Completion

Earn a certificate after submitting the required lab worksheets.

🛠️HARDWARE PRIVILEGE

Priority Lab Hardware Kit Access

Get educational hardware discounts and access to lab kits.

Handbooks & Worksheets

Practical engineering guides and lab worksheets for hands-on learning.

📄
HANDBOOK1.8 MBSUBSCRIBERS ONLY

Multirotor Aerodynamics & Airframe Physics Handbook

Key multirotor flight and balance formulas.

📄
WORKSHEET2.4 MBSUBSCRIBERS ONLY

Airframe Thrust Balancing & Center-of-Gravity Worksheet

Measure motor thrust and check airframe balance.

⚡
MANUAL2.6 MBSUBSCRIBERS ONLY

Avionics Wiring, ESC Bus & Flight Computer Manual

Flight-controller wiring and power-safety guides.

🛠️
CODE & CONFIG3.1 MBSUBSCRIBERS ONLY

PID Controller Tuning & SITL Simulation Lab Pack

Flight logs, PID tuning guides, and SITL setup files.

Access the full resource library with an active subscription.

All four resources are available in the student portal with an active subscription.

Student Lab Projects

Real-world hardware builds and autonomous systems engineered by student cohorts.

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Robotics & Microcontroller Prototyping
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MedhaArc Labs•Classes 8–12

Robotics & Microcontroller Prototyping

Students program robotic manipulators, wire breadboard circuits, and test sensor algorithms in school-based innovation labs.

+6-DOF robotic manipulator inverse kinematics & trajectory control
+Microcontroller interfacing with PWM servos, stepper motors, and encoders
+Sensor fusion across analog, I2C, and SPI bus protocols
6-DOF ARMESP32I2C/SPIKINEMATICS+3 more
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Autonomous Obstacle-Sensing Rover
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STEM Courses•Classes 6–10

Autonomous Obstacle-Sensing Rover

Hands-on foundation course where students assemble wheeled rovers, wire ultrasonic sensors, and code obstacle avoidance logic.

+Ultrasonic time-of-flight obstacle mapping and collision avoidance
+Chassis motor driver bridge control with differential drive kinematics
+Autonomous path navigation algorithms and real-time state machines
ROVER CHASSISULTRASONICMOTOR BRIDGEALGORITHMS+2 more
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Aerial Dynamics & Drone Flight Training
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Drones & Aeronautics•Classes 9–12

Aerial Dynamics & Drone Flight Training

Students master multirotor aerodynamics, telemetry monitoring, and hands-on outdoor drone piloting inside safe school flight zones.

+Multirotor aerodynamics, thrust-to-weight optimization, and propeller physics
+Radio telemetry linking, failsafe geo-fencing, and live battery voltage monitoring
+Outdoor manual attitude flying and GPS-stabilized mission route execution
MULTIROTORTELEMETRYGEO-FENCEAERODYNAMICS+4 more
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Tinkering & Hardware Prototyping Lab
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Teaching Labs•Classes 6–12

Tinkering & Hardware Prototyping Lab

Turnkey school maker spaces featuring calibrated electronics test benches, breadboard prototyping, and robotic hardware tools.

+Calibrated DC power supplies, oscilloscopes, and logic analyzer diagnostics
+Rapid 3D CAD modeling, component fabrication, and custom bracket printing
+Soldering workbenches, wire harness routing, and electrical safety standards
MAKER BENCH3D PRINTINGOSCILLOSCOPESOLDERING+3 more

Practical Laboratory Environments

Turnkey maker stations and testing rigs designed for safe, hands-on experimentation.

Flight Dynamics & Avionics Test Cage

Indoor flight testing with live telemetry. Real-time PID tuning, thrust verification, and tethered multirotor flight maneuvers.

Rapid Prototyping & 3D Maker Pod

3D printing drone brackets and robot chassis. Rapid iteration of custom airframe mounts, motor arms, and robotic end-effectors.

Faculty-Guided Hands-on STEM Workshops

Guided circuit-building workshops. Step-by-step mentor facilitation for breadboarding, avionics assembly, and flight controllers.

Electronics & Circuit Hardware Testbench

Electronics tools for circuit and sensor testing. Diagnostic digital oscilloscopes, variable power supplies, and sensor calibration rigs.

PROGRAM SHOWCASE // FLAGSHIP CURRICULUM

Drone & Telemetry Curriculum

Comprehensive hardware-first training covering multirotor aerodynamics, 32-bit avionics, and autonomous mission telemetry for school cohorts and labs.

  • ✓Lab worksheets & testbench experiments
  • ✓PDF handbooks & wiring schematics
  • ✓Firmware updates & STEM materials
  • ✓Classes 5–12 step-by-step guidance
OFFICIAL PROGRAM FEE
₹500per student / month

Structured institutional syllabus with turnkey worksheets, testbench blueprints & student kit allocation.

Enroll / Get Started→

For batch enrollment, student licensing, or institutional lab inquiries.