Bharat Space Education Research Centre

MBS College is sharing an opportunity for interested students, faculty members, professionals, and technology enthusiasts to participate in two specialised learning programmes organised by the Bharat Space Education Research Centre (BSERC).

The programmes focus on emerging technologies, practical learning, innovation, and technical awareness.

We cordially invite interested students, faculty members, professionals, and technology enthusiasts to register and participate in these specialised learning programmes.

Registration for the Helicopter Design Workshop and the 3-Day Artificial Intelligence Workshop is now open.

BSERC is introducing specialised courses in Helicopter Design and Artificial Intelligence to provide participants with fundamental and advanced knowledge, practical exposure, and awareness of emerging technologies.

Registration Link: https://forms.gle/BMqQbiJVV3RnKjJy7

3-Day Online AI Accelerate Boot Camp

Date: 28th, 29th and 30th August 2026
Mode: Online
Timings: 05:30 PM – 08:30 PM onwards
Workshop Duration: 180 Minutes (3 Hours)
Participant Fee: ₹750

Register for AI Accelerate Boot Camp

Key Topics:

1. Foundations

2. AI Agentics

3. Automations

4. Build Apps

5. Auto-Research

6. Excel + PPT Bots

7. Codex & Claude Code

8. Notebook LM

Eligibility:
Students and individuals with a background in, or interest in, science, technology, Artificial Intelligence, and emerging technologies are encouraged to participate.

Helicopter Design Workshop Registration Link: https://forms.gle/KzayG1sqYBhy5nkA8

2-Day Helicopter Design Workshop

Dates: 5th & 6th September 2026

Eligibility:
Class 11 onwards; open to Indian school, college, and university students, faculty members, professionals, and interested learners.

Participant Fee: ₹490

Register for Helicopter Design Workshop

Major Topics:

1. Helicopters vs. Airplanes

2. Main Components of Helicopter & Propulsion System

3. Helicopter Configurations

4. Helicopter Aerodynamics and Dynamics

5. Helicopter Flight Controls

6. Swash Plate Mechanism

7. Rotor Blade Motions

8. Momentum Theory and Rotor Performance

9. Blade Element Theory (BET)

10. Blade Element Momentum Theory (BEMT)

11. Rotorcraft Inflow in Forward Flight

12. Rotor Blade Optimisation and Tip Loss

Interested students, faculty members, professionals, and learners are encouraged to register within the scheduled registration period and participate in these specialised programmes.

These programmes are designed to promote technical awareness, practical learning, innovation, and interest in Defence and Space technologies among students and emerging innovators.