Satellite Communications & Space Tech Program

Master the future of space exploration, quantum-enabled satellite systems, intergalactic communications, remote sensing, 6G/7G satellite networks, and deep space technology through cutting-edge research and hands-on industry projects with leading space agencies and technology innovators.

LEO/MEO/GEO SatellitesQuantum AI Systems6G/7G NetworksDeep Space Tech & Innovation

Advanced Quantum-Enabled Space Technology & Satellite Systems

Duration

9 Months

Training Hours

1440+ Hours

Projects

20 Major Projects

Program Fee

₹2,50,000

Research-Oriented Deep Tech Specialization

₹2,50,000

Core Space Technologies & Research Domains

Deep dive into cutting-edge satellite communication systems, quantum computing for space applications, and next-generation intergalactic communication protocols

Satellite Systems Architecture

▸ LEO (Low Earth Orbit) Satellite Constellations - Starlink, OneWeb, Kuiper
▸ MEO (Medium Earth Orbit) Navigation Systems - GPS, GLONASS, Galileo, BeiDou
▸ GEO (Geostationary) Communication Satellites - INSAT, GSAT, Commercial Comsats
▸ CubeSat & SmallSat Design, Development & Deployment
▸ Satellite Bus Systems: Power, Thermal, Propulsion, ADCS (Attitude Determination & Control)
▸ Multi-satellite Coordination & Swarm Intelligence
▸ Inter-Satellite Links (ISL) for Global Coverage

Advanced Communication Systems

▸ 6G Satellite Networks: Non-Terrestrial Networks (NTN), THz Communication
▸ 7G Vision: Quantum Communication, Holographic Data Transfer
▸ Ka-band, Ku-band, V-band, and Q-band Frequency Operations
▸ Software-Defined Radio (SDR) for Satellite Communications
▸ Free-Space Optical Communication (Laser Communication)
▸ Satellite-5G Integration for IoT and Smart Cities
▸ Deep Space Communication Protocols (DSN - Deep Space Network)
▸ CCSDS Standards for Space Data Systems

Remote Sensing & Earth Observation

▸ Synthetic Aperture Radar (SAR) Imaging & Processing
▸ Multi-spectral & Hyperspectral Satellite Imagery
▸ LiDAR (Light Detection and Ranging) from Space
▸ Climate Monitoring: CO2, Temperature, Ocean Levels
▸ Agriculture Monitoring: NDVI, Crop Health, Precision Farming
▸ Disaster Management: Flood, Fire, Earthquake Detection
▸ Urban Planning & Infrastructure Monitoring
▸ Machine Learning for Satellite Image Classification

Quantum Technologies in Space

▸ Quantum Key Distribution (QKD) via Satellites - Micius Mission
▸ Quantum Entanglement for Secure Communications
▸ Quantum Computing for Space Traffic Management
▸ Quantum Sensors for Gravity Mapping & Navigation
▸ Quantum AI for Autonomous Satellite Operations
▸ Post-Quantum Cryptography for Space Networks
▸ Quantum Internet Architecture: Space-Based Nodes

Deep Space & Interplanetary Systems

▸ Mars Communication Systems: Mars Relay Network, Orbiters
▸ Lunar Communication & Navigation Services - Artemis Program
▸ Lagrange Point Satellites for Deep Space Relay
▸ Interplanetary Internet (IPN) - Delay-Tolerant Networking (DTN)
▸ Radio Astronomy & SETI (Search for Extraterrestrial Intelligence)
▸ Space-Based Gravitational Wave Detectors - LISA Mission
▸ Voyager Deep Space Communication Analysis

Cosmic Data Networks & AI

▸ Space Data Processing Pipelines: Ground Stations to Cloud
▸ Edge Computing on Satellites for Real-Time Analysis
▸ Federated Learning Across Satellite Constellations
▸ AI-Powered Anomaly Detection in Satellite Telemetry
▸ Computer Vision for Autonomous Satellite Navigation
▸ Neural Networks for Signal Processing in Noisy Environments
▸ Digital Twin Technology for Satellite Operations
▸ Blockchain for Satellite Data Verification & Trading

Complete Curriculum & Course Structure

Comprehensive month-by-month breakdown of learning modules

6 MonthsProfessional Program Curriculum

Month 1-2: Foundation & Orbital Mechanics

✓ Space Physics & Orbital Mechanics: Kepler Laws, Transfer Orbits, Launch Windows
✓ Satellite Communication Fundamentals: Frequency Bands, Link Budget, Modulation
✓ RF Engineering: Antennas, Propagation, Noise, Signal Processing
✓ Programming for Space: Python, MATLAB, C++ for Satellite Systems
✓ Spacecraft Systems Overview: Power, Thermal, Propulsion
✓ Ground Station Operations & Tracking Systems
✓ Project: Design LEO Satellite Communication Link Budget

Month 3-4: Advanced Systems & Remote Sensing

✓ Satellite Payload Design: Transponders, Repeaters, Processors
✓ Remote Sensing Principles: SAR, Optical, Thermal Imaging
✓ Image Processing: Georeferencing, Classification, Feature Extraction
✓ Satellite Navigation: GPS/GNSS Principles, Receivers, Applications
✓ Telemetry, Tracking & Command (TT&C) Systems
✓ Network Protocols: TCP/IP for Satellites, CCSDS Standards
✓ Project: Build Remote Sensing Image Classifier with ML

Month 5-6: Integration & Real-World Applications

✓ 5G-Satellite Integration: NTN Architecture, Use Cases
✓ IoT via Satellite: Narrowband IoT-NTN, Asset Tracking
✓ Satellite Cybersecurity: Encryption, Authentication, Threats
✓ Mission Planning & Operations: Launch, LEOP, On-Orbit Operations
✓ Industry Tools: STK (Systems Tool Kit), GMAT, Ansys for Space
✓ Regulatory & Standards: ITU, FCC, ISRO/NASA Guidelines
✓ Capstone Project: End-to-End Satellite Mission Simulation

9 MonthsAdvanced Quantum-Enabled Program Curriculum

1Deep Orbital Mechanics: Perturbations, Station-Keeping, Constellation Design

2Advanced RF Systems: MIMO, Beamforming, Adaptive Antennas

3Satellite Payload Development: Digital vs. Analog, Processing Payloads

4Multi-Satellite Systems: Formation Flying, Inter-Satellite Links

5High-Throughput Satellites (HTS): Multi-Beam, Frequency Reuse

6Software-Defined Satellites: Reconfigurable Payloads, OTA Updates

7Space Environment Effects: Radiation, Debris, Atomic Oxygen

8Project: Design Multi-Beam Ka-band HTS Payload

1Quantum Communication Theory: Qubits, Entanglement, Teleportation

2Quantum Key Distribution (QKD): BB84, E91 Protocols

3Quantum Satellite Missions: Micius, QuEST, QEYSSat

4Post-Quantum Cryptography for Space Networks

56G Satellite Architecture: THz Bands, AI-Native Networks

67G Vision: Quantum Networks, Brain-Computer Interfaces

7Free-Space Optical Communication: Laser Links, Adaptive Optics

8Project: Simulate Quantum Entanglement-Based Secure Communication

1Deep Space Network (DSN) Architecture & Operations

2Interplanetary Communication: Mars, Moon, Asteroid Missions

3Delay-Tolerant Networking (DTN) for Deep Space

4AI for Autonomous Satellite Operations: RL, Deep Learning

5Computer Vision for Space: Object Detection, Pose Estimation

6Federated Learning Across Satellite Constellations

7Digital Twins for Satellite Fleet Management

8Industry Internship: 3-Month Live Project with Space Agency/Company

9Capstone: Build AI-Powered Autonomous Satellite Swarm Simulator

12 MonthsMasters Level Program Curriculum

Includes all 9-month content plus the following advanced modules:

Quarter 4 (Month 10-12): Research & Innovation

• Advanced Remote Sensing: Hyperspectral, InSAR, LiDAR Fusion
• Satellite Mega-Constellations: Starlink Architecture Deep Dive
• Quantum Radar & Sensing from Space
• Space-Based Solar Power: Wireless Power Transmission
• On-Orbit Servicing, Assembly & Manufacturing (OSAM)
• Space Debris Tracking & Removal Technologies
• Research Publication: IEEE/ACM Conference Paper
• Thesis Project: Original Research in Space Technology

Specialization Tracks

• Track A: Quantum Satellite Networks & Security
• Track B: Deep Space Exploration & Planetary Networks
• Track C: Earth Observation & Climate Tech
• Track D: 6G/7G Satellite-Terrestrial Integration
• Track E: AI/ML for Autonomous Space Systems
• International Collaboration: ESA, NASA, JAXA Partner Programs
• Industry Placement: 6-Month Internship

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