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Advance Satellite Masterclass

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About Course

Advance Satellite Masterclass offered by Hexstar Universe, a five-day training program focusing on CubeSat technology. Below is a summary of the key topics covered during the program:

📅 Day 1 – Introduction to Orbital Mechanics

Contents Covered:

  • Kepler’s Laws of Planetary Motion

  • Capra’s Law (Orbital Energy Concepts)

  • Orbital Elements & Coordinate Systems

  • Types of Orbits (LEO, MEO, GEO, HEO, SSO)

  • Two-Body Problem & Perturbations

📅 Day 2 – Space Environment

Contents Covered:

  • Vacuum & Microgravity Effects

  • Atomic Oxygen & Material Degradation

  • Radiation Belts (Van Allen Belts)

  • Solar Activity and Space Weather

  • Charging, Outgassing, and Thermal Effects

📅 Day 3 – Spacecraft Structure

Contents Covered:

  • Satellite Configuration & Load Paths

  • Structural Materials & Testing

  • Deployment Mechanisms (e.g., solar panels, antennas)

  • Thermal Control Techniques

  • Vibration & Shock Management

📅 Day 4 – Payload Design

Contents Covered:

  • Payload Anatomy

  • History of Payload Design

  • Thermal Payload, Optical Payload

  • Mission Planning

  • Case Study – Oceansat

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What Will You Learn?

  • What Will I Learn in the Advanced Satellite Masterclass?
  • By the end of this masterclass, you will gain comprehensive, practical, and conceptual knowledge across the following core domains of satellite technology and space systems:
  • 🚀 1. Orbital Mechanics Fundamentals
  • Understand how satellites move using Kepler’s and Capra’s Laws
  • Learn to classify satellite orbits (LEO, MEO, GEO, HEO, SSO)
  • Analyze the Two-Body Problem and orbital perturbations
  • Calculate basic orbital parameters and coordinate systems
  • 🌌 2. Understanding the Space Environment
  • Discover how vacuum and microgravity affect spacecraft
  • Study the impact of atomic oxygen and radiation belts on materials
  • Evaluate environmental threats: space debris, outgassing, charging
  • Learn strategies for thermal control in extreme conditions
  • 🛠️ 3. Satellite Structural Systems
  • Explore satellite mechanical architecture and load-bearing paths
  • Understand structural material choices and testing methods
  • Learn about deployment mechanisms (solar panels, antennas, etc.)
  • Address vibration, shock, and thermal challenges in design
  • 🔭 4. Payload Design & Integration
  • Master the anatomy and classification of payloads
  • Dive into thermal and optical payloads
  • Learn mission planning principles
  • Apply knowledge via a real-world case study: Oceansat
  • 🎯 Bonus Outcomes
  • Grasp the interdisciplinary nature of satellite engineering
  • Build a foundation for further specialization in space systems design
  • Gain knowledge relevant to academic research, industry roles, or competitive space missions
  • 2. **Satellite Comparison**: Understand how CubeSats differ from traditional satellites in cost, development time, and launch requirements.
  • 3. **Applications**: Explore CubeSat use cases in remote sensing, communication, scientific research, and technology demonstration.
  • 4. **Payload Integration**: Gain insights into integrating payloads with CubeSats, focusing on electrical, mechanical, and software aspects.
  • 5. **Testing & Validation**: Learn about testing methods such as vibration, thermal, and ground testing to ensure payload and CubeSat performance.
  • 6. **Case Studies & Real-World Missions**: Analyze successful CubeSat missions from India and Europe to understand practical implementations.

Course Content

Day 1 – Introduction to Orbital Mechanics
Contents Covered: Kepler’s Laws of Planetary Motion Capra’s Law (Orbital Energy Concepts) Orbital Elements & Coordinate Systems Types of Orbits (LEO, MEO, GEO, HEO, SSO) Two-Body Problem & Perturbations

Day 2 – Space Environment
Contents Covered: Vacuum & Microgravity Effects Atomic Oxygen & Material Degradation Radiation Belts (Van Allen Belts) Solar Activity and Space Weather Charging, Outgassing, and Thermal Effects

Day 3 – Spacecraft Structure
Contents Covered: Satellite Configuration & Load Paths Structural Materials & Testing Deployment Mechanisms (e.g., solar panels, antennas) Thermal Control Techniques Vibration & Shock Management

Day 4 – Payload Design
Contents Covered: Payload Anatomy History of Payload Design Thermal Payload, Optical Payload Mission Planning Case Study – Oceansat

Student Ratings & Reviews

5.0
Total 3 Ratings
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V Keerthi
5 months ago
Hex Star Universe provides an engaging and comprehensive introduction to CubeSat technology, focusing on practical applications and hands-on experience. Participants can expect to gain valuable insights into satellite design, data transmission, and real-time operations, making it an excellent opportunity for aspiring electronics engineers.

Additionally, the program includes classes that cover the entire spectrum of satellite technology. Participants will start with the basics and progress through to the detailed theoretical aspects of the launching process. This ensures a thorough understanding of CubeSat development and deployment, offering a well-rounded educational experience.
Simon Hronis
Simon Hronis
5 months ago
Excellent Masterclass for both the beginner and experienced aerospace student's interested in working with CubeSat Technologies.
Aditya Pawar
Aditya Pawar
5 months ago
very great masterclass
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