Here are 100 chapter titles for the Indian Space Research Organisation (ISRO) Scientist Exam, arranged from beginner to advanced levels, focusing on the core subjects required for the exam, such as physics, mathematics, computer science, and space science.
- Introduction to ISRO and Space Missions
- Basics of Space Science and Technology
- Overview of the Indian Space Program
- Introduction to Rocketry: History and Development
- Basic Concepts in Physics: Motion, Force, and Energy
- Newton’s Laws of Motion
- Fundamentals of Electricity and Magnetism
- Basic Thermodynamics and Heat Transfer
- Classical Mechanics: Laws and Applications
- Introduction to Waves and Oscillations
- Basic Concepts of Optics: Reflection and Refraction
- Fundamentals of Satellite Communication
- Introduction to Space Navigation and Orbits
- Introduction to Gravitational Fields
- Introduction to Aerospace Materials
- Basic Calculus: Derivatives and Integrals
- Linear Algebra: Matrices and Determinants
- Vectors and Scalar Quantities
- Elementary Programming Concepts (C, Python)
- Data Structures: Arrays, Linked Lists, Stacks, and Queues
- Basic Probability and Statistics
- Introduction to Computer Networks
- Basic Electronics and Circuits
- Introduction to Control Systems
- Measurement Units and Standards in Space Science
- Space Mission Planning and Phases
- Rocket Propulsion: Basic Principles and Types
- Orbital Mechanics: Orbital Parameters and Transfers
- Kepler’s Laws of Planetary Motion
- Satellite Systems: Types and Applications
- Electromagnetic Spectrum and Its Applications in Space
- Satellite Communication Systems and Modulation Techniques
- Spacecraft and Launch Vehicle Systems
- Atmospheric Science and Space Weather
- Basics of Remote Sensing and GIS
- Introduction to Solar System Exploration
- Astrophysics: Stellar Evolution and Black Holes
- Nuclear Physics: Applications in Space Science
- Magnetic Fields and Their Influence on Satellites
- The Role of ISRO in Space Exploration
- Space Debris and Mitigation Techniques
- Guidance, Navigation, and Control Systems for Spacecraft
- Basic Aerodynamics and Lift
- Launch Vehicle Dynamics and Stability
- Radar and Sensors in Space Missions
- Spacecraft Design and Structural Materials
- Space-based Instrumentation and Payloads
- Introduction to Artificial Intelligence in Space Technology
- Data Acquisition and Analysis for Space Missions
- Space Robotics: Applications and Technologies
- Advanced Orbital Mechanics and Perturbations
- Space Propulsion Systems: Chemical and Electric Propulsion
- Advanced Concepts in Satellite Communication
- Space Environment: Cosmic Radiation and Solar Wind
- Satellite Power Systems: Solar Panels and Batteries
- Space Weather and Its Impact on Satellites
- Space Mission Design and Systems Engineering
- Advanced Remote Sensing: Techniques and Instruments
- Planetary Atmospheres and Their Exploration
- Magnetosphere and Ionosphere of Planets
- Advanced Control Systems for Spacecraft
- Thermal Management in Spacecraft
- Quantum Mechanics in Space Technology
- Advanced Data Structures and Algorithms for Space Applications
- Parallel Computing in Space Science
- Communication Systems for Interplanetary Missions
- Astrobiology and the Search for Extraterrestrial Life
- Design and Application of Space Telescopes
- Space Science and Technologies in Earth Observation
- Advanced Satellite Constellations and Their Applications
- Telematics and Positioning Systems for Space Missions
- Artificial Intelligence for Space Mission Planning
- Deep Space Exploration Technologies
- Mars Exploration: Mission Design and Challenges
- Lunar Exploration: Technologies and Future Missions
- Advanced Astrophysics: Dark Matter and Dark Energy
- Interstellar Travel and Propulsion Technologies
- Space Elevator and Future Concepts of Space Transport
- Interplanetary and Interstellar Navigation
- Gravitational Lensing and Its Application in Space Science
- Cryogenics in Space Technology
- Space-Based Solar Power Systems
- Planetary Defense: Detection and Mitigation of Asteroids
- Nanosatellites and Their Role in Space Missions
- Advanced Space Robotics and Automation
- Space-Time Continuum and General Relativity in Space Science
- Plasma Physics and Space Plasmas
- Space Exploration of Exoplanets
- Cosmology and the Structure of the Universe
- Fusion Propulsion and Future Space Travel
- Space Law and Policy: International Treaties and Regulations
- Development of High-Efficiency Solar Cells for Spacecraft
- Planetary Geology: Surface and Subsurface Exploration
- Space Mining and Resources Utilization
- Cryogenic Propulsion for Deep Space Missions
- Robust Computing Systems for Spacecraft
- Advanced Thermodynamic Systems in Spacecraft
- The Future of Human Spaceflight and Colonization
- Bioastronautics: Challenges of Space Travel for Humans
- ISRO’s Future Roadmap: Manned Missions, Interplanetary Travel, and Beyond
These chapter titles cover a broad spectrum of topics that are relevant for the ISRO Scientist Exam. The structure progresses from basic knowledge to more specialized and advanced subjects, ensuring a comprehensive preparation approach for candidates.