DRONAKSHA TRAINING ACADEMY · BENGALURU · KARNATAKA AN INITIATIVE BY MALABAR DRONES ↗ BEATCRUIT ↗
Dronaksha · Programs & Engagement Models

Every program, mapped to your academic calendar

Six campus programs, three prepaid engagement models, one DGCA-aligned syllabus, and a kit → fly → apply STEM thread (Robotics, AI, Aero-physics) in every program. Here is the full detail — durations, what's included, how booking works, and answers to the questions institutions ask us most.

For Institutions

The six campus programs

Each program carries a code — quote it when you enquire and we'll know exactly where to start. All programs are delivered by DGCA-certified instructors on type-certified drones with valid UUID, in English, Kannada or Hindi.

DA-DEMO1 DAY

Campus Demo Day

The entry point. A paid demo session on your grounds, flown with Malabar Drones’ DDaaS crew: live flights of agri spraying, and camera drones, supervised touch-feel-fly rotations, and a careers-in-drones orientation talk for students.

  • 2–3 aircraft classes demonstrated live
  • Student handling rotations, batch-wise
  • Faculty briefing on program pathways
  • Ideal batch size: 60–200 students/day
  • STEM thread: aero-physics, robotics and AI shown live — then felt hands-on in the touch-feel-fly rotations
DA-WKSHP3–5 DAYS

Workshop Week / Bootcamp

Condensed ground school plus daily flying — built for induction weeks, tech fests, activity periods and skill-development drives.

  • DGCA-mapped ground school (regulations, airspace, safety, mission planning)
  • Simulator sessions + supervised stick time daily
  • Certificate of participation
  • Ideal batch size: 20–40 students
  • STEM thread: daily kit mini-labs (robotics, AI, aero-physics) paired with flying practice
DA-SEMSEMESTER

Semester Elective Program

A weekly-cadence program that runs alongside your curriculum — sized for value-added courses, credit electives, and NEP-aligned skill mandates.

  • Weekly ground + field sessions on campus
  • Individual flying-hours logbook per student
  • End-of-term flight assessment and report
  • Syllabus co-designed with your department
  • STEM thread: each week links a kit lab to a flight exercise and an industry application
DA-FDP2–5 DAYS

Faculty Development Programme

Train the trainers on your own staff — so drone education continues on campus between our visits, led by your faculty.

  • Pedagogy + hands-on operations for faculty
  • Curriculum kit and assessment framework your team keeps
  • Ongoing remote instructor support
  • AICTE/UGC FDP documentation support
  • STEM thread: faculty learn to teach Robotics, AI and Aero-physics through drones and kits
DA-LABADVISORY

Drone Lab Setup Advisory

Planning a UAV lab or centre of excellence? We advise end to end — from fleet selection to the syllabus that will actually run in it.

  • Fleet + equipment recommendations, vendor-neutral
  • DGCA compliance, airspace and SOP documentation
  • Safety protocols and maintenance schedules
  • Syllabus mapped to NEP skill goals
  • STEM thread: labs planned with STEM kits and drones side by side
DA-EVENTON REQUEST

Tech Fest & Event Flying

Drone races, aerial coverage of college events, and exhibition flying — run safely, legally and memorably by certified pilots.

  • Compliant exhibition and event flights
  • Aerial photo/video of campus events
  • Student competition design and judging support
  • STEM thread: student challenges that put robotics, AI and aero-physics to work
Drone STEM Lab · Hands-on with Kits

Learn Robotics, AI & Aero-physics — with a drone

Robotics, AI and aero-physics are already part of what students study — Dronaksha extends that learning with a drone. Aero-physics keeps it in the air, electronics and sensors let it sense, robotics and control keep it steady, and AI lets it see and decide. Students learn each idea three ways: hands-on with kits, by flying a drone to see and feel the effect, and by seeing how industry applies it. Flying is the spark — it makes the science exciting and puts drones on every student’s list of things to learn and build a career in.

KIT

Build & Learn with Kits

Assemble circuits, sensors, motors and control kits, and understand each part of a drone on the bench before it ever leaves the ground.

FLY

Fly & Experience the Effect

Change a weight, a setting or a program — then see and feel what happens in real, supervised flight. Beginners start on nano-class drones.

USE

Apply in the Industry

See where the same idea powers agri spraying, surveying, logistics, inspection and photography — and the careers around them.

Aero-physics

In a drone
Lift, thrust, drag and weight decide how a multirotor climbs, hovers and turns; propellers, payload and wind change all four.
Learn with kits
Propeller and airflow experiments, thrust and balance tests, weight-and-lift activities.
See it fly
Add payload, change the battery or fly in a breeze and watch hover and endurance change.
Industry use
Spray-drone payloads and coverage, endurance planning, wind and weather limits.

Robotics & Control

In a drone
A flight controller reads sensors and corrects motor speeds hundreds of times a second — feedback control in action.
Learn with kits
Microcontroller, motor and sensor kits; program simple robots and control loops.
See it fly
Watch the drone self-level, hold position and return home, then see what changes when a setting does.
Industry use
Autonomous waypoint missions for spraying, scouting and inspection.

AI & Computer Vision

In a drone
Camera footage can be analysed to detect, count and track objects — the drone as a flying sensor.
Learn with kits
Camera and beginner-friendly image-recognition kits; train and test a simple model.
See it fly
Capture aerial images yourself and see what a model can and cannot recognise from above.
Industry use
Crop-health analysis, stock and asset counting, inspection and search.

Electronics, Power & Sensors

In a drone
Batteries, motors and speed controllers, GPS, gyroscope and barometer — a complete electronics system that flies.
Learn with kits
Circuit and sensor kits; measure, wire and test the parts a drone is made of.
See it fly
Connect readings such as battery, GPS and altitude to what the drone is doing in the air.
Industry use
Payload sensors, battery and fuel-cell technology, maintenance and diagnostics.

Drone as a Technology Platform

In a drone
Sensing, autonomy, flight control and data come together in one machine — the same technology whether it sprays, scouts or surveys.
Learn with kits
Sensor, actuator and control kits; build a small sense-and-respond system.
See it fly
Fly a drone and see how payload, speed, height and sensor choice change coverage and data quality.
Industry use
One platform, many jobs: spraying, crop scouting, field surveys — which is why agri students should learn the technology, not just the task.

Built into every course and demo. Each Dronaksha program — from a one-day Demo Day to a semester elective — carries this kit → fly → apply thread, so students leave knowing not just how to fly, but why it flies and where the industry uses it.

Drone STEM Tracks

One idea, three audiences

Each track pairs kit-based learning with supervised flying and a look at industry use. Enquire for syllabus, duration and the next intake; tell us the grade or semester when you do.

DA-STEMON ENQUIRY

Drone STEM Lab — Pre-University

For school and pre-university (PUC) students: learn the basics of Robotics, AI and Aero-physics inside the context of a drone, with flying as the spark that makes it memorable.

  • Kit lab: circuits, sensors, motors, control and vision kits
  • Fly it: see and feel each concept’s effect, supervised
  • Apply it: how industry uses each idea
  • Age-appropriate; share your students’ grade range
DA-ENGGON ENQUIRY

Robotics, AI & Aero-physics Lab — Engineering

Extend core coursework with a drone as the live platform: build, program and fly, then connect the results back to theory.

  • Flight controller, sensors and control loops on real hardware
  • AI experiments on drone-captured imagery
  • Thrust, lift and drag measured and flown
  • Mini-project and lab-elective support
DA-AGRION ENQUIRY

Drone Technology — Agri Students

Show agri students that a drone is a technology platform, not just a spraying tool: sensing, autonomy, flight physics and data — and then the farm applications that follow.

  • Sensors, autonomy and flight control on kits
  • Aero-physics of payload, speed and height
  • AI on crop imagery
  • Faculty briefing for agri-university courses
Engagement Models

Daily, weekly, monthly — compared

All three models are prepaid: your slot is confirmed the moment payment clears, and our team and fleet are committed to you for the full duration. Choose by how deep your institution wants to go.

What you getDaily GigWeekly GigMonthly Retainer
STEM kit lab + flyingSTEM showcase flown live✓ kit mini-labs with daily flying✓ weekly kit lab tied to flight practice
Duration1 day5–7 consecutive days4+ weeks, fixed weekly cadence
Best suited forDemo Days, tech fests, event flyingBootcamps, workshop weeks, FDPsSemester electives, standing FDP support
Certified instructor + safety pilot✓✓ dedicated team✓ dedicated team
Type-certified aircraft (valid UUID)✓✓✓
Ground school modulesOrientation only✓ full condensed syllabus✓ full syllabus, weekly pacing
Student flying-hour logbooks—✓✓ maintained across the term
CertificatesParticipation (event)✓ with logged hours✓ with assessment report
Priority scheduling + remote support——✓
BillingPrepaid · UPI/bank · GST invoicePrepaid · UPI/bank · GST invoicePrepaid monthly · GST invoice
How Booking Works

Four steps from enquiry to wheels-up

01

Enquire

Share your institution, student strength, preferred dates and program code by email or WhatsApp.

02

Proposal

Within 48 hours you receive a program plan and a prepaid quote with a GST invoice draft.

03

Confirm by Payment

Your slot is locked the moment payment clears — UPI or bank transfer. No payment, no reservation; that keeps our calendar honest for everyone.

04

We Deliver

Team, fleet and materials arrive on your campus as scheduled. Certificates issued, report shared.

Questions Institutions Ask

Straight answers

Who can join the Drone STEM Lab, and what will they learn?

School and pre-university (PUC) students, engineering students and agri-university students, through tracks designed for each. Everyone learns the basics of Robotics, AI and Aero-physics with kits, sees and feels the effects by flying a drone under supervision, and learns how industry uses each idea. Content is age-appropriate — tell us the grade or semester when you enquire.

Do students get a DGCA licence from these programs?

Our programs prepare students for the DGCA Remote Pilot Certificate journey and log genuine supervised flying hours on type-certified aircraft. The RPC itself is issued through DGCA-approved RPTOs — we structure our syllabus to align with that pathway and can guide students to partner RPTOs when they're ready.

Are you the same team as Malabar Drones?

Dronaksha is the new name and home for Malabar Drones’ DTaaS (Drone Training as a Service), with the same contact numbers. Program codes you may have been quoted earlier (MD-DEMO, MD-WKSHP, MD-SEM, MD-FDP, MD-LAB, MD-EVENT) map one-to-one to the DA- codes on this page.

Do you handle flight permissions on our campus?

Yes. We plan every campus operation around current DGCA rules and the airspace map — zone checks, permissions where required, and our own safety SOPs. Flights happen only where and when they are legal and safe.

Which languages can you teach in?

English, Kannada and Hindi — including mixed-language batches, which is the norm on most Southern Indian campuses.

Can programs run outside Karnataka?

Yes. Our home ground is Karnataka (Bengaluru HQ) — and we travel across Southern India for weekly and monthly engagements. For institutions further afield, see our remote and train-the-trainer options.

Why prepaid only?

Because it protects both sides. Your payment reserves real aircraft, instructors and travel for your dates — and in return, you get a confirmed, committed slot rather than a tentative one. It's the one principle that runs across the entire BeatCruit ecosystem, including Malabar Drones.

Have your term dates ready?

Send your program code, student strength and preferred dates — a prepaid quote reaches you within 48 hours.

Request a Quote