This comprehensive course is designed to equip learners with an in-depth understanding of Computational Fluid Dynamics (CFD) and its pivotal applications in the aeronautical and aerospace sectors. Through exploring the theoretical foundations and practical applications of CFD, participants will gain valuable insights into how CFD tools are used to simulate and analyze fluid flow phenomena in various aerospace projects, from aircraft design to space exploration missions.
The session is presented by "Dr.Prem Kumar P S" (Associate Professor, Department of Aeronautical Engineering & Technical Manager, KCIRI, KCT)
This course delves into the crucial engineering principles behind aircraft design, focusing specifically on the concepts of redundancy and fail-safe mechanisms. Designed for professionals and students with a science or engineering background, this course aims to enhance understanding of how modern aircraft are engineered to manage failures and maintain flight safety under various scenarios.
The session is presented by "Mr. Suprith M" (Assistant Professor, Gopalan College of Engineering and Management)
The course "Microgravity and Microbial Behavior: Insights from Space Missions" likely covers the fascinating field of astrobiology, specifically focusing on how the unique conditions of microgravity in space affect microbial life. This course would explore the results and implications of various space missions that have studied microbial behavior in low Earth orbit, aboard spacecraft, and on the International Space Station (ISS).
The session is presented by “Ms. Shrushti S. Patil” (Space Microbiologist, ResearchSat)
A course on "Emerging Technologies in the Space Sector" would likely cover a range of innovative technologies and methodologies that are influencing and transforming the space industry. This course would aim to provide students with a comprehensive understanding of the latest advancements, challenges, and opportunities within the space sector.
This session is presented by “Mr. Asish Kumar Mishra” (Scientist at ISRO)
This comprehensive course on Additive Manufacturing offers a deep dive into the revolutionary field of 3D printing and its impact on various industries. From its historical roots to the latest advancements and future projections, participants will gain a holistic understanding of additive manufacturing technologies and their applications.
The session is presented by "Mr. Nipun Neil" (Scientist at ISRO)
"The Early Universe Revealed by the James Webb Space Telescope" is a course focused on how JWST enhances our understanding of the universe's infancy. It starts with an overview of JWST's capabilities and mission goals. The course then delves into the early universe's dynamics, including the formation of the first galaxies and stars. It discusses how JWST's advanced infrared technology allows for unprecedented observations of these early cosmic periods. Significant discoveries by JWST, like the oldest galaxies and insights into cosmic inflation, are explored. The course also addresses the challenges and limitations in interpreting JWST data. Finally, it considers the implications of these findings for cosmology and future astronomical research.
The session is presented by Dr. Hashima Hasan(Deputy Program Scientist - JWST, NASA)
"Understanding the NASA Systems Engineering Process" is a comprehensive course designed to provide participants with a deep and practical insight into the intricacies of systems engineering as applied within NASA's space exploration endeavors. The course covers fundamental principles, methodologies, and best practices employed by NASA in the development, integration, and management of complex systems.
The session is presented by "Mr. George Salazar" (Human-Computer Interface Technical Discipline Lead, NASA)
The Adventures of Particle Physicist course is an exciting journey into the world of particle physics, where students explore the fundamental building blocks of the universe and the forces that govern their interactions.
The session is presented by Mrs. Archana Sharma, Principal Scientist-CERN.
The Space Astronomy course provides an overview of key concepts and principles related to astronomy and space exploration. Students will gain a basic understanding of celestial objects, their properties, and their interactions.
The session is presented by Prof. Jayant Murthy, The Indian Institute of Astrophysics.
The Ubiquitous Flying course provides a comprehensive overview of the emerging field of ubiquitous flying, which encompasses the development and integration of unmanned aerial vehicles (UAVs) into various aspects of society. The course covers key concepts, technologies, applications, and challenges associated with the widespread use of UAVs.
The session is presented by Dr. Satya Chakravarthy, Professor of Aerospace Engineering, IIT Madras.
The Human Exploration and Space Systems course provides a comprehensive overview of the principles, technologies, and challenges involved in human space exploration. The course covers a wide range of topics, including human factors, life support systems, spacecraft design, and mission planning.
The session is presented by Mr. Antony Jeevarajan, Johnson Space Center, National Aeronautics and Space Administration, Houston, TX 77058.
The Introduction to James Webb Space Telescope (JWST) course provides an overview of one of the most advanced space observatories ever constructed. The course covers the design, capabilities, and scientific goals of the JWST, along with the engineering and technological challenges involved in its development.
The session is presented by Dr. Hashima Hasan, Deputy Program Scientist-JWST, NASA.
The Rocket Noise and Vibrations course provides a comprehensive understanding of the noise and vibration phenomena associated with rocket launches and space vehicle operations. The course covers the principles, measurement techniques, and mitigation strategies related to rocket-generated noise and vibrations.
The session is presented by Dr. Ravi Margasahayam, Global Space Ambassdor, NASA.
The Robotics for Future Space Exploration course offers a comprehensive overview of the role of robotics in advancing space exploration. The course covers various topics, including robotic systems used in space missions, autonomous navigation, robotic manipulation, and human-robot interaction.
The session is presented by Mr. Manuel Retana, Standford Aerospace Engineer, NASA Pathways Graduate Researcher.
The "Challenges of Long Duration Space Missions" course provides a comprehensive overview of the unique challenges and considerations involved in planning and executing space missions of extended durations. The course aims to equip students with a deep understanding of the physical, psychological, and logistical obstacles that arise when humans spend prolonged periods in space.
The session is presented by Anima Patil Sabale, Orion Spacecraft Simulations Lab Manager, xEMU Engineer, NASA/Jacobs Scientist-Astronaut Candidate, Project PoSSUM.
The "Challenges of Future Space Missions" course offers an in-depth exploration of the various challenges and considerations involved in planning and executing space missions in the future. The course aims to provide students with a comprehensive understanding of the complexities and advancements required to overcome the obstacles associated with space exploration.
The session is presented by Mr. George Salazar, Human-Computer Interface Technical Lead Commercial Crew Program, NASA Johnson Space Centre.
The "Introduction to Orbital Mechanics & Satellite Propulsion" course provides a comprehensive overview of the fundamental principles and concepts behind orbital mechanics and satellite propulsion systems. The course aims to equip students with a solid foundation in understanding the motion of objects in space and the technologies used to propel and maneuver satellites.
The session is presented by Mr. Nitish Shrimal, Scientist SC, LPSC, ISRO.
The "NASA Small Satellite and Kepler Mission" course provides an in-depth exploration of small satellite technology and the groundbreaking Kepler mission conducted by NASA. This course offers participants a comprehensive understanding of the design, development, and scientific objectives associated with small satellites and the Kepler mission.
The session is presented by Mr Roger Hunter, Program Manager of NASA's Kepler MissionThe "NASA Technologies to Find Life Beyond Earth" course is designed to explore the cutting-edge technologies and methodologies developed by NASA for the search for extraterrestrial life. This course provides participants with a comprehensive overview of the scientific principles, instruments, and missions involved in the quest for life beyond Earth.
The session is presented by Dr. Goutam Chattopadhyay, Senior Scientist - NASA, JPL
The "Space Systems to Launch 100 Satellites" course provides a comprehensive overview of the technology and processes involved in launching a large number of satellites into space. The course covers various topics such as satellite design, launch vehicle selection, mission planning, and deployment strategies.
The session is presented by Mr. Jim Cantrell, Co Founder, SpaceX.