Dr. A.P.J. Abdul Kalam Technical University (AKTU), Uttar Pradesh has taken a major academic step by proposing the AKTU Minor Degree in Space Technology for undergraduate engineering students. This initiative is in line with AICTE guidelines, the National Credit Framework (NCrF), and the vision of National Education Policy (NEP) 2020, with implementation proposed from the Academic Session 2026–27 .
The AKTU Minor Degree in Space Technology is designed to equip students with multidisciplinary, future-ready skills in one of the fastest-growing and most strategic technology domains—space science and technology. This blog provides a complete, SEO-optimized, Google Discover–friendly guide covering official notification details, eligibility, credit structure, full syllabus overview, and career opportunities.
| Download Circular & Syllabus | DOWNLOAD |
Official AKTU Notification: What Has Been Announced?
As per the official circular issued by the Dean, UGS&E, AKTU (Ref. No. AKTU/DEAN UG/2024/821 dated 07 January 2026), the University has invited views and suggestions from affiliated institutions regarding the proposed UG Minor Degree Programme in Space Technology .
Key Highlights of the Circular
- Programme Name: AKTU Minor Degree in Space Technology
- Level: Undergraduate (UG)
- Implementation Year: 2026–27
- Total Credits: 18
- Total Courses: 5
- Eligible Branches: All Engineering Branches
- Feedback Deadline: 15 January 2026
- Official Email: dean.ugse@aktu.ac.in
This step indicates AKTU’s commitment to introducing industry-relevant, multidisciplinary programs under NEP 2020.
Programme Overview: AKTU Minor Degree in Space Technology
Space technology has emerged as a critical enabler of national development, strategic capability, and global competitiveness. Applications of space systems are no longer limited to rocket launches; they directly impact communication, navigation, earth observation, disaster management, climate monitoring, agriculture, defense, and planetary exploration .
The AKTU Minor Degree in Space Technology aims to:
- Strengthen India’s indigenous space ecosystem
- Create a skilled, industry-ready workforce
- Promote multidisciplinary and application-oriented learning
- Integrate engineering fundamentals with real-world space missions
Under this program, students gain exposure to launch vehicles, spacecraft systems, orbital mechanics, remote sensing, GIS, GNSS, AI/ML-based space data analytics, and space law.
Concept of Minor Degree as per AICTE & NEP 2020
AICTE introduced the Minor Degree concept to enhance employability and allow students to gain deep expertise in emerging areas not covered in traditional UG curricula.
Important Rules:
- Minor Degree requires 18–20 additional credits
- These credits are in addition to 160 UG credits
- AICTE approval is not mandatory
- Can be pursued alongside the main degree
The AKTU Minor Degree in Space Technology strictly follows this framework and meets all academic norms defined under NCrF and NEP 2020 .
Eligibility Criteria for AKTU Minor Degree in Space Technology
Students interested in the AKTU Minor Degree in Space Technology must fulfill the following conditions:
- Must be enrolled in any UG Engineering program
- Eligible from 4th Semester onwards
- Must have completed:
- Engineering Mathematics
- Engineering Physics
- Introductory Programming (as per university norms)
After successful completion of all required credits, students will be awarded a Minor Degree in Space Technology along with their main undergraduate degree.
Study & Evaluation Scheme (18 Credits)
| Semester | Subject | Credits |
|---|---|---|
| IV | Introduction to Space Technology | 3 |
| V | Launch Vehicle Systems and Technologies | 3 |
| VI | Spaceflight Mechanics and Attitude Dynamics | 4 |
| VII | Spacecraft Systems Engineering | 4 |
| VIII | Space Data Products and Services | 4 |
| Total | 18 |
Detailed Syllabus: AKTU Minor Degree in Space Technology
SPT001 – Introduction to Space Technology (3 Credits)
This foundational course introduces students to the core concepts of space technology.
Major Topics Include:
- Basics of launch vehicle design and missiles
- Mission trajectory design and orbital mechanics
- Remote sensing systems and space data products
- Digital image processing, photogrammetry, and GNSS
- Space law, Indian Space Policy 2022, space tourism
Learning Outcome: Students understand space missions, systems, and regulatory frameworks.
SPT002 – Launch Vehicle Systems and Technologies (3 Credits)
This course focuses on the engineering and dynamics of launch vehicles.
Key Areas:
- Solid, liquid, cryogenic, semi-cryogenic & electric propulsion
- Launch vehicle dynamics and aerodynamics
- Guidance, Navigation & Control (GNC) systems
- Simulation testbeds (HILS, SILS, OILS)
- Descent and landing of jettisoned stages
Learning Outcome: Students gain hands-on conceptual knowledge of launch systems.
SPT003 – Spaceflight Mechanics & Attitude Dynamics (4 Credits)
This advanced course explains spacecraft motion and control.
Key Areas:
- Orbital mechanics and perturbations
- Attitude dynamics and stabilization techniques
- Reaction wheels, thrusters, and sensors
- Missile guidance and re-entry flight mechanics
- Chandrayaan and Mars mission case studies
Learning Outcome: Ability to analyze spacecraft trajectories and control systems.
SPT004 – Spacecraft Systems Engineering (4 Credits)
This course provides a complete spacecraft lifecycle perspective.
Key Areas:
- Satellite subsystems and onboard computers
- Structures, materials, and thermal control
- Satellite communication principles
- Remote sensing and quantum communication
- Ground segment, integration, and quality assurance
Learning Outcome: Students understand end-to-end spacecraft system design.
SPT005 – Space Data Products and Services (4 Credits)
This course bridges space technology with data science and AI.
Key Areas:
- Remote sensing and image interpretation
- Digital image processing and classification
- Photogrammetry, GIS, GNSS (NavIC, GAGAN)
- AI/ML, deep learning, cloud platforms
- Applications in agriculture, climate, oceans & planetary science
Learning Outcome: Practical skills in space data analytics and geospatial applications.
Career Scope After AKTU Minor Degree in Space Technology
Completing the AKTU Minor Degree in Space Technology opens doors to multiple career paths:
- Satellite Data Analyst
- Remote Sensing & GIS Engineer
- GNSS & Navigation Analyst
- Space Systems Engineer (Entry-Level)
- Research Assistant in Space Science
It also strengthens applications for ISRO, DRDO, private space startups, and higher studies (M.Tech/MS in Aerospace, Space Technology, or Geospatial Engineering).
Why AKTU Minor Degree in Space Technology is a Game-Changer
- Multidisciplinary learning without changing core branch
- High-demand skills aligned with future technologies
- Strong industry and research relevance
- Fully compliant with NEP 2020 and AICTE norms
- Enhances employability and academic profile
The AKTU Minor Degree in Space Technology positions students at the forefront of India’s growing space ecosystem.
| Download Circular & Syllabus | DOWNLOAD |
READ MORE : AKTU Scholarship Verification 2025–26: Important Notice for Affiliated Colleges and Students
Final Conclusion
The proposed AKTU Minor Degree in Space Technology is a visionary academic initiative that reflects AKTU’s commitment to future-ready education. With a comprehensive 18-credit curriculum, deep technical coverage, and real-world applications, this program can significantly enhance the career prospects of undergraduate engineering students from Academic Session 2026–27 onwards.
Students and institutions should regularly follow official AKTU updates regarding final approval and enrollment procedures.
