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Course fee - INR 12000 per batch Maximum Capacity of a Batch - 20 Students
Fundamentals of Space Science and Technology with ISRO Focus
Duration: 2 hours
Introduction and Scope of Space Science and Technology (0–15 mins)
Define space science and technology and its multidisciplinary aspects.
Why study space science? Its importance in understanding the universe and practical applications.
Overview of ISRO's role, achievements, and missions in space technology.
Basics of Rockets and Launch Vehicles (15–35 mins)
Introduction to rocketry principles, components, and history.
ISRO’s launch vehicles and their specifications.
How rockets deliver satellites and probes into orbit.
Satellites and Their Applications (35–65 mins)
Types of satellites (communication, weather, navigation, scientific).
Key ISRO satellite missions and their impact (e.g., INSAT, GSAT, RISAT).
Satellite orbits and physics basics.
Space Exploration and Missions (65–85 mins)
Overview of robotic and human space missions.
ISRO’s planetary missions (Chandrayaan, Mangalyaan).
Future exploration plans and emerging technologies.
Space Technology and Its Societal Impacts (85–105 mins)
Role of space technology in daily life: GPS, earth monitoring, disaster management.
Innovations from ISRO in technology and applications.
Career opportunities and interdisciplinary research in space science and technology.
Wrap-up and Discussion (105–120 mins)
Recap of major topics covered.
Q&A session for clearing doubts and encouraging broader thinking.
Suggestions for extended learning: satellite tracking, simulation exercises, and research projects.
Teaching Tips:
Use multimedia showing rockets launching, satellite operations, and ISRO missions.
Simplify complex technical concepts with analogies.
Interactive quizzes or thought-provoking questions on space technology’s impact.
Provide handouts or flashcards summarizing key ISRO technologies and space science concepts.
This course plan offers a foundational and engaging introduction to space science and technology integrated with ISRO’s work, designed to inspire learners and build competence in the subject.
By the end of the course, students will be able to:
Define space science and space technology and understand their interrelation.
Describe key components of space science: astronomy, astrophysics, planetary science, atmospheric science.
Recognize the role of satellite technology, launch vehicles, and space missions in modern applications.
Understand ISRO’s major contributions to space technology and its impact on India’s development.
Appreciate the interdisciplinary nature and career opportunities in space science and technology.
Basics of Astrophysics
Basics of Astrophysics
1. Introduction to Space Science and Technology (0–15 mins)
1. Introduction to Space Science and Technology (0–15 mins)
Definition and scope of space science and technology.
Overview of disciplines covered: astronomy, earth observation, meteorology, planetary science.
Importance of space science for society and environment.
2. Satellites and Spacecraft Technology (15–40 mins)
2. Satellites and Spacecraft Technology (15–40 mins)
What are satellites? Types and purposes (communication, navigation, earth observation).
Components of a satellite and basic functions.
Introduction to launch vehicles and satellite orbits.
3. Space Missions and Applications (40–70 mins)
3. Space Missions and Applications (40–70 mins)
Overview of major ISRO missions: Chandrayaan (moon), Mangalyaan (Mars), Astrosat (space observatory).
Importance of remote sensing satellites for agriculture, disaster management, weather forecasting.
Emerging technologies: small satellites, nano-satellites, and private space sector growth.
4. Space Science Research and Facilities (70–90 mins)
4. Space Science Research and Facilities (70–90 mins)
Research areas: astrophysics, heliophysics (Sun-Earth relations), atmospheric studies.
Facilities: Space Science Data Centre, ground stations, balloon experiments.
Role of ISRO and academic institutions in advancing space science.
5. Career Opportunities and Future Prospects (90–115 mins)
5. Career Opportunities and Future Prospects (90–115 mins)
Various space science and technology career pathways.
Skills and education needed to work in ISRO and related fields.
Global collaboration and India's growing role in space exploration.
6. Wrap-up and Interactive Discussion (115–120 mins)
6. Wrap-up and Interactive Discussion (115–120 mins)
Recap key points and encourage student questions.
Discuss how space technology affects everyday life.
Inspire participation in future space science and technology programs.
Teaching Tips
Teaching Tips
Use visuals like videos of launches, satellite images, and mission highlights.
Incorporate storytelling of ISRO’s success stories to inspire students.
Include quizzes or group activities about satellite types and missions.
Provide handouts summarizing major space technologies and career paths.
This course introduces students to the exciting and dynamic field of space science and technology, emphasizing ISRO’s pioneering role and India’s contributions to global space exploration and applications.
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