Elevate Your Career Beyond the Cockpit
Advanced Drone Systems & Applied UAV Technologies
(Non-Pilot | Job-Oriented | Industry-Integrated)
The sky isn’t the limit; it’s the workplace. While most focus on flying, DRONOVA focuses on the brains, the bones, and the intelligence behind the machine. Become a Drone Technologist and lead the next industrial revolution.
The global drone industry is no longer just about photography. It’s the backbone of modern infrastructure, agriculture, and AI-driven analytics.
- Go Beyond the Remote: We don’t just teach you to fly; we teach you to build, program, and integrate.
- Industry Integration: Our curriculum is mapped to real-world needs in Mining, Renewable Energy, and Smart Cities.
- Future-Proof Skills: Master AI, Computer Vision, and GIS—the tech driving the $50B+ UAV market.
Future Tech Foundation Programme (School Level Programme)
School Level Programme
Future Tech Foundation Program
Duration: 4 - 6 Weeks
Mode: Offline
Program Objectives
“Start Early. Build Strong Foundations in Future Technologies.”
Eligibility
Class 10, 12 and college Aspirants
Curriculum Structure
Module 1 –Artificial Intelligence (AI) – Fundamentals
- Introduction to AI & real-world applications
- Basics of Machine Learning concepts
- Computer Vision (image & object recognition)
- AI in smart systems & automation
- Mini AI-based project exposure
Module 2 – Drone Technology – Concepts & Systems
- Introduction to UAV technology & applications
- Basic aerodynamics & flight principles
- Components: sensors, controllers, power systems
- Drone use cases: agriculture, defence, disaster management
- System design understanding (no flying training)
Module 3 – App Development – Beginner to Concept Level
- Basics of mobile app development
- UI/UX design fundamentals
- Introduction to coding logic
- App integration with AI & smart systems
- Build simple application concepts
DRONOVA Certified Courses
Beginner Level
AI, Data & Drone Technology Awareness Program
Duration: 4–6 Weeks
Mode: Classroom + Lab + Simulation
The AI, Data & Drone Technology Awareness Program is a structured foundation course designed to introduce students to Artificial Intelligence, Data Science, and Drone Technology. This program builds conceptual clarity, technical confidence, and early career direction in emerging technologies aligned with Industry 4.0 and NEP 2020. It is ideal for students preparing to enter technical education or those in early semesters seeking exposure to future technologies.
Program Objectives
- Develop foundational knowledge in AI, Data Science & Drone Systems
- Remove fear of technical subjects
- Introduce interdisciplinary technology awareness
- Provide hands-on exposure to hardware & simulation tools
- Enable early career clarity in emerging tech domains
Eligibility
- B.Sc / B.Tech / BCA Aspirants
- Diploma / Polytechnic Students
No prior coding or drone knowledge required.
Curriculum Structure
Module 1 – Foundations of AI & Emerging Technologies
- Introduction to Artificial Intelligence
- Narrow AI vs General AI
- Basics of Machine Learning & Deep Learning
- Computer Vision & NLP overview
- AI vs ML vs Data Science
- AI in daily life applications
- Career opportunities & challenges
Module 2 – Data Thinking & Analytics
- Understanding Data & Types of Data
- Structured vs Unstructured Data
- Big Data Concepts
- Data Life Cycle
- Database Fundamentals
- Data Privacy & Cyber Security
- Data Visualization using Excel / Google Sheets / Python
- Data-driven decision making
Module 3 – Drone Systems & Flight Principles
- Introduction to UAVs
- Types of Drones
- Drone Components & Architecture
- Flight Controller & GPS Basics
- Drone Regulations & Safety Guidelines
Module 4 – Industry Applications
- Drones in Agriculture
- Drones in Construction & Surveying
- Drones in Logistics & E-commerce
- AI & Drones in Defense
- Emerging Career Pathways
Intermediate Level
Applied AI, Robotics & Drone Engineering Program
Duration: 6 Weeks
Mode: Classroom + Lab + Project-Based Learning
Program Objectives
- Develop applied AI and automation skills
- Build strong systems thinking and engineering logic
- Enhance analytical and problem-solving abilities
- Prepare students for advanced university labs and research
- Introduce industry-relevant tools and workflows
- Promote ethical and responsible technology use
Eligibility
- B.Sc / B.Tech / BCA Graduates
- M.Tech / MCA Students
Prerequisite (any one of the following):
- AI, Data & Drone Technology Awareness Program
- Basic knowledge of mathematics, physics, and computers is desirable but not mandatory.
Curriculum Structure
Module 1: Applied Artificial Intelligence
- Rule-based vs Learning-based AI
- Classification & Prediction Models
- Applied AI Tools
- Data Handling & Visualization
- Bias & Ethical AI Practices
- AI Decision Workflows
- AI in Industry 4.0 & 5.0
Module 2: Robotics & Automation
- Robot Anatomy & Architecture
- Sensors and Actuators
- Industrial Automation Concepts
- Microcontrollers & PLC
- Sensor Integration Techniques
- Automation System Design
- Mini Automation Project
Module 3: Drone Systems Engineering
- Drone Subsystems & Block Diagram
- Frame Types & Materials
- BLDC Motor Construction
- GPS Navigation Systems
- IMU, Gyroscope & Magnetometer Integration
- LoRa Communication Modules
- Flight Control Architecture
Advanced Level
Applied AI, Robotics & Drone Innovation Program – Industry & Innovation Accelerator
Duration: 8 Weeks
Mode:Classroom + Project + Industry Simulation
Program Objectives
- Prepare students for industry-level projects
- Develop innovation and design thinking skills
- Enable real-world application of AI, robotics, and drones
- Build research and startup readiness
- Promote responsible and ethical technology development
- Strengthen professional problem-solving abilities
Eligibility (any one)
- B.Tech / M.Tech / MCA Graduate
- Applied AI, Robotics & Drone Engineering Program
Curriculum Structure
Module 1: AI for Real-World Applications
- Problem Identification & Analysis
- Solution Architecture Design
- Data Interpretation Techniques
- Responsible & Ethical AI Design
- AI-Based Decision Systems
- Industry-Oriented Use Cases
Module 2: Robotics & Industry 4.0 / 5.0
- Smart Manufacturing Systems
- Human–Machine Collaboration
- Sustainable Engineering Practices
- ESG & Green Technology Models
- Industry Case Studies
- Automation Strategy Design
Module 3: Advanced Drone Applications
- Disaster Response & Relief Missions
- Mapping & Infrastructure Inspection
- Aerial Data Collection Workflows
- Drone Data Analytics
- Safety & Regulatory Compliance
- Mission Planning Strategies
STEM & Experiential Learning Components
- Capstone Project Development
- Industry Case Simulations
- Innovation & Design Challenges
- Research-Based Assignments
- Team-Based Problem Solving
- Prototype & Solution Development
- Technology Validation Exercises
Specialized Drone Technology Training
Beginner Level – Entry into Drone Engineering
Certificate in UAV Technology & Drone Operations Fundamentals
Duration: 6 Weeks
Mode: Classroom + Lab + Simulation
Program Overview
This foundation-level program introduces learners to the core principles of Unmanned Aerial Vehicle (UAV) systems. It focuses on understanding drone components, safety, compliance, and basic mission planning. This course builds essential technical awareness for beginners entering the drone ecosystem.
Learning Objectives
- Understand UAV structure and subsystems
- Learn basic drone electronics and control systems
- Develop safety and risk management skills
- Gain confidence in drone operation fundamentals
Key Modules
- UAV Fundamentals
- Drone Electronics Basics
- Flight Controller Introduction
- Safety & Compliance Standards
Practical & STEM Activities
- Quadcopter Assembly Practice
- Sensor Calibration
- Flight Simulation Training
- Basic Mission Execution
Career Pathway
- Junior Drone Technician
- UAV Support Assistant
- Survey & Mapping Assistant
- Drone Operations Trainee
Intermediate Level – Systems & Automation of drone technology
Certificate in Drone Systems Integration & Geospatial Applications
Duration: 8 Weeks
Mode: Classroom + Lab + Field Project
Program Overview
This intermediate-level program focuses on firmware configuration, automation, sensor integration, and geospatial data processing. It develops applied engineering and system integration capabilities.
Learning Objectives
- Configure professional drone firmware
- Integrate navigation and sensing systems
- Execute automated aerial missions
- Apply GIS and mapping workflows
- Analyze drone-generated spatial data
Key Modules
- PX4 / ArduPilot Systems
- PID Control & Tuning
- Embedded Systems Integration
- GPS & IMU Systems
- GIS & Surveying Fundamentals
Practical & STEM Activities
- Sensor Integration Laboratory
- Automated Survey Missions
- Orthomosaic Mapping Projects
- System Testing & Optimization
Career Pathway
- Drone Systems Technician
- GIS Mapping Executive
- Survey Engineer (UAV)
- Automation Support Engineer
Advanced Level – Industry & Innovation Accelerator
Certificate in Applied UAV Engineering, AI & Smart Systems
Duration: 12 Weeks
Mode: Classroom + Project + Industry Simulation
Program Overview
This advanced-level accelerator program prepares learners for industry projects, research, and entrepreneurship in drone-based technologies. It emphasizes innovation, AI integration, and large-scale UAV applications.
Learning Objectives
- Design custom UAV architectures
- Apply AI & computer vision to drone data
- Develop industry-grade solutions
- Execute complex aerial missions
- Build professional project portfolios
Key Modules
- Advanced UAV Architecture
- Drone Programming (Python)
- MAVLink & Telemetry Systems
- AI & Computer Vision for UAVs
- 3D Mapping & Photogrammetry
- Industrial UAV Applications
Practical & STEM Activities
- Capstone Industry Project
- AI-Based Data Analysis
- Innovation Challenges
- Technical Portfolio Development
- Research-Based Assignments
Career Pathway
- UAV Systems Engineer
- Drone R&D Engineer
- AI Vision Specialist
- Drone Data Scientist
- UAV Startup Founder
Summer Internship Programme (SIP)
Agricultural Drone Technology, AI & Precision Farming
Duration: 6 - 8 Weeks
Eligibility: B.Tech / B.E / M.Tech
Program Overview
The Dronova Summer Internship Program offers engineering students an opportunity to work on cutting-edge applications of drone technology, artificial intelligence, and precision agriculture. The program is designed to develop practical skills in agricultural drone systems, aerial data analytics, and smart farming solutions.
This internship combines technical training, research exposure, and real-world project development, enabling students to contribute to innovative agricultural technologies that improve crop productivity, sustainability, and farm management.
Program Highlights
- Hands-on exposure to agricultural drone technology
- Training in AI, computer vision, and drone data analytics
- Experience with precision farming techniques
- Opportunity to work on real-world agricultural challenges
- Mentorship from industry experts and researchers
- Development of innovation-driven internship projects
Key Modules
- Technical training sessions
- Drone technology workshops
- Project development and experimentation
- Final project presentation and evaluation
Project Domains
- Crop health monitoring using drone imagery
- AI-based crop disease and pest detection
- Smart irrigation monitoring systems
- Agricultural field mapping and analytics
- Autonomous drone navigation and drone swarm systems
- Precision spraying and fertilizer optimization
Preferred disciplines
- Computer Science
- Electronics & Communication
- Artificial Intelligence
- Robotics / Mechatronics
- Agricultural Engineering
Faculty Development Programme (FDP)
Dronova Technology India Pvt. Ltd. conducts Faculty Development Programmes (FDPs) designed to empower educators with knowledge and practical exposure in emerging technologies such as Drone Technology, Artificial Intelligence, Robotics, IoT, and Industry 4.0 systems.
These programmes are structured to help faculty members integrate experiential learning, research-oriented teaching, and industry-relevant skills into academic curricula, in alignment with national education and accreditation frameworks.
Dronova’s FDPs are aligned with the objectives of NEP 2020, AICTE, UGC, and NAAC, focusing on strengthening institutional capacity in technology education, innovation, and applied research.
The programmes combine expert lectures, live demonstrations, simulation labs, hands-on training, case studies, and project-based learning, enabling faculty members to develop practical understanding of advanced technologies and their real-world applications.
Through these FDP initiatives, Dronova aims to support academic institutions in enhancing teaching effectiveness, establishing technology laboratories, guiding student innovation projects, and promoting research and entrepreneurship ecosystems within campuses.
Participants who successfully complete the programme receive a Certificate of Completion issued by Dronova Technology India Pvt. Ltd.