About PG Diploma Anti Drone and Autonomous Technology
A 1-year diploma in Anti-Drone and Autonomous Technology provides specialized training in cutting-edge defense and automation systems. The program covers the fundamentals of drone technology, autonomous systems, and counter-drone strategies. Students learn to design, develop, and deploy technologies to detect, track, and neutralize unauthorized drones. Key areas of study include radar and sensor technology, signal processing, artificial intelligence, and cybersecurity. Practical modules focus on the integration of hardware and software to create effective anti-drone solutions, and students gain hands-on experience with real-world scenarios and simulations.The curriculum also explores the ethical and legal aspects of autonomous systems and drone use. By the end of the program, graduates are equipped with the skills needed for careers in defense, security, and technology sectors, capable of addressing emerging challenges in drone and autonomous technology.
Course Objectives
- Understand Drone Technology: Grasp the fundamentals and applications of various types of drones.
- Explore Autonomous Systems: Learn the principles and operational mechanisms of autonomous systems in defense and civilian contexts.
- Develop Counter-Drone Strategies: Design, develop, and implement effective strategies to detect, track, and neutralize unauthorized drones.
- Master Radar and Sensor Technology: Gain expertise in radar systems and sensor technologies essential for anti-drone applications.
- Apply Signal Processing Techniques: Utilize signal processing methods to enhance data interpretation from radars and sensors.
- Integrate Artificial Intelligence: Implement AI solutions to improve the effectiveness of autonomous and anti-drone systems.
- Ensure Cybersecurity: Understand and apply cybersecurity measures to protect autonomous and anti-drone systems from threats.
- Hands-On Hardware and Software Integration: Gain practical experience in integrating hardware and software for creating efficient anti-drone solutions.
- Address Ethical and Legal Aspects: Learn about the ethical considerations and legal frameworks related to drone and autonomous system use.
- Prepare for Industry Careers: Develop the technical and analytical skills required for careers in defense, security, and technology sectors, with a focus on emerging challenges in drone and autonomous technology.
Career Opportunities
- Defense Sector Specialist: Develop and implement anti-drone systems for military applications, enhancing national security.
- Counter-Drone Technology Developer: Design and create advanced technologies to detect and neutralize unauthorized drones.
- Autonomous Systems Engineer: Work on the development and maintenance of autonomous systems across various industries.
- Radar and Sensor Systems Analyst: Analyze and improve radar and sensor systems for better detection and tracking capabilities.
- AI and Machine Learning Engineer: Apply artificial intelligence and machine learning to enhance the effectiveness of anti-drone solutions.
- Cybersecurity Expert: Ensure the security and resilience of autonomous and anti-drone systems against cyber threats.
- Regulatory Compliance Officer: Navigate and ensure compliance with legal and ethical standards related to drone and autonomous system use.
- Research and Development Scientist: Conduct research to innovate and improve technologies in the field of anti-drone and autonomous systems.
- Consultant for Security Firms: Provide expert advice and solutions to security companies dealing with drone threats.
- Technology Integration Specialist: Oversee the integration of hardware and software components in anti-drone systems, ensuring seamless operation and effectiveness.
Scheme and Syllabus
Course Coordinator Details (For Admission related queries)
| Name | Contact Number | Email ID |
| Mr. Vimlesh Kumar Ojha | 92679 48040 | v.ojha@jcboseust.ac.in |