40-45-Hour Summer Bootcamp Program: Astrophysics & Space Science at IITMRP

40-45-Hour Summer Bootcamp Program: Astrophysics & Space Science

Conducted by Techobytes Technologies in collaboration with Entrepreneurship Development Cell IIT Delhi

About Techobytes

Techobytes Technologies is recognized as a leading organization in the design and delivery of technical, soft and hard skills training programs, ranging from individual workshops and certification courses to full-scale internship and bootcamp programs.

Our training solutions include classroom training, hybrid learning, and online programs, designed to equip students with industry-relevant skills and practical exposure.

Duration

The event is scheduled for 6 consecutive days, from 15th June 2026 to 20th June 2026.

The training will include 40-45 hours of intensive learning along with a project.

Note

Candidates opting for the offline training in Chennai will also receive access to one complimentary 45-hour online course of their choice.

Benefits & Certification

45 Hours Certification / Internship Program

3 Certificates for each participant

- Participation Certificate

- Bootcamp / Internship Certificate

- Project Completion Certificate

Note: The duration in the certificate can be modified as per the College/University requirement from 4 weeks to 8 weeks (1 Month - 2 Months).

Course Duration: 40-45 Hours

Level: Beginner to Advanced

Eligibility: Open to ALL, School/ College Students, Undergraduate, early researchers etc.

Astrophysics & Space Science

Module 1: Foundations of Astrophysics & Observations (7 Hours)

Introduction to Astrophysics

What is Astrophysics? Scope & real-world relevance

Scientific method & research approach

Introduction to observational astronomy

Observational Tools & Techniques

Telescopes, observatories & instruments

Modern astronomy techniques

Basics of astronomical data & visualization

Mechanics & Gravitation

Laws of motion & gravity

Orbits, escape velocity & celestial motion

Structure of the Solar System

Light, Radiation & Spectroscopy

Electromagnetic spectrum

Behavior of light in space

Basics of spectroscopy & imaging

Module 2: Stars, Galaxies & the Universe (7 Hours)

 Stellar Astrophysics

Formation & life cycle of stars

Stellar evolution & classification

Nuclear fusion basics

 Galactic Astrophysics

Types of galaxies

Structure of Milky Way

Galaxy formation

Cosmology

Big Bang theory

Expansion of universe

Dark matter & dark energy (conceptual)

Astrobiology & Exoplanets

Life beyond Earth

Exoplanet detection methods

Drake Equation & Fermi Paradox

Module 3: Space Exploration & Technology (6 Hours)

Rocket science basics (propulsion, stages)

Satellites & space missions

ISRO, NASA & global missions

Human spaceflight & ISS

Future of space travel

Module 4: Observational Astronomy & Astrophotography (6 Hours)

Night sky observation techniques

Star maps & astronomy apps

Telescope handling (practical/demo)

Basics of astrophotography

Activity: Identify constellations

Module 5: Physics Behind Astrophysics (6 Hours)

Gravity, relativity (basic intro)

Doppler effect & redshift

Radiation laws & blackbody radiation

Energy in stars & supernovae

Hands-on physics experiments

Module 6: Computational Astrophysics & AI (6 Hours)

Introduction to simulations in astrophysics

Basic Python for space data (beginner-friendly)

Visualizing astronomical data

AI in astronomy (image classification, discovery)

Hands-on: Simple simulation/project

Module 7: Projects & Applications (4 Hours) Students will work on mini projects:

Solar system or galaxy model

Star map creation

Space mission design

Astrophotography output

Module 8: Future Scope & Career Guidance (3 Hours)

Careers in astrophysics & space science

Pathways (ISRO, NASA, research institutes)

Emerging fields: space tech, AI in astronomy

How students can start early

Deliverables

 Hands-on assignments & activities

Project presentation

Certification

Practical exposure to astronomy tools

Program Highlights (Industry-Updated)

Blend of theory + hands-on activities

Telescope & observation-based learning

Suitable for school + college students

Focus on curiosity + real-world understanding