Training Programs
Prepare for a professional career as a fixed-wing commercial pilot.
Overview
The CPL (Aeroplane) program is designed for students aiming for fixed-wing commercial and airline-oriented careers. Training focuses on structured procedures, cross-country navigation, cockpit discipline, and operational decision-making required in multi-crew and commercial flying environments. The program integrates DGCA-aligned ground school with flight training to build strong technical foundations and professional cockpit readiness.
Commercial Pilot Licence (CPL) — Training Roadmap
Step 1 — Eligibility & Counselling
Who this stage is for:
Aspiring pilots who meet academic requirements and want clarity before committing.
What this includes:
- 10+2 with Physics & Mathematics
- Diploma (3 Years) with Physics & Mathematics
- Candidates without Physics & Mathematics may qualify by clearing Physics & Mathematics through NIOS, as per DGCA norms
- DGCA Class 1 Medical
- Minimum age as per DGCA norms
- English language proficiency
Step 2 — Medical Certification
Why this matters:
Medical clearance is essential before progressing into professional pilot training.
What this includes:
- Guidance for DGCA Class 2 Medical
- Transition planning for Class 1 Medical
- Advisory support on documentation and timelines throughout the process
Step 3 — DGCA Ground School
Foundation of professional flying.
Subjects Covered:
- Air Regulations
- Aviation Meteorology
- Navigation
- Technical General & Aircraft Systems
- Flight Planning & Performance
- Radio Telephony (RTR)
Focus:
Conceptual clarity, application-based learning, and exam preparedness.
Step 4 — Flight Training
Where theory meets the cockpit.
What this stage involves:
- Instructor-guided flight training
- Skill development as per DGCA syllabus
- Progressive handling, navigation, and emergency procedures
- Continuous performance evaluation and feedback
Step 5 — Examinations & Licence Readiness
Preparing for professional outcomes.
Support Includes:
- DGCA examination preparation and scheduling guidance
- Skill test readiness
- Licence documentation support
- Introduction to airline preparation and next-step planning
Duration
Typically 18–24 months
(Timelines may vary based on exam clearances, weather, and individual progress)
Outcome
Graduates are prepared for DGCA examinations, skill checks, and career pathways in airline, charter, and commercial aviation operations.
Specialised training for rotary-wing aviation careers.
OVERVIEW
The CHPL program is tailored for students pursuing careers in rotary-wing and specialised aviation operations. Helicopter flying demands precision handling, situational awareness, and adaptability across varied terrain and operating conditions. Training emphasises low-level operations, vertical flight techniques, and real-world mission readiness, aligned with DGCA standards and commercial helicopter environments.
Duration
Typically 18–24 months (Subject to flight schedules and regulatory requirements).
Eligibility
- 10+2 with Physics & Mathematics
- DGCA Medical clearance
- Minimum age as per DGCA norms
- Strong aptitude for operational flying
Curriculum Covers
- Helicopter flight dynamics
- Rotorcraft systems & limitations
- Emergency procedures
- Navigation & airspace operations
- Practical helicopter flight training
- Operational safety & decision-making
Outcome
Graduates are equipped for commercial helicopter operations including charter, utility, tourism, and specialised rotorcraft roles.
Build technical expertise in aircraft systems and maintenance operations.
OVERVIEW
This program introduces students to the mechanical, structural, and operational aspects of aircraft maintenance, focusing on safety, compliance, and system reliability.
Duration
Typically 12–24 months
(Depending on training level and specialisation)
Eligibility
- 10+2 (Science stream preferred)
- Interest in aircraft systems and engineering
- Basic technical aptitude
Curriculum Covers
- Aircraft structures & materials
- Powerplant systems
- Electrical & avionics fundamentals
- Maintenance practices & documentation
- Safety management systems
- Regulatory compliance basics
Outcome
Prepares students for entry-level roles in aircraft maintenance, engineering support, and aviation technical services.
Professional training for modern unmanned aviation careers.
OVERVIEW
The drone training program is designed for individuals seeking careers in commercial UAV operations across industries such as surveying, inspection, mapping, and aerial data collection.
Duration
Typically 2–6 weeks
(Based on certification level and application focus)
Eligibility
- Minimum age as per DGCA / UAV regulations
- Basic understanding of aviation principles
- No prior flying experience required
Curriculum Covers
- UAV regulations & airspace awareness
- Drone systems & components
- Flight planning & mission execution
- Practical flight training
- Safety procedures & risk management
- Commercial drone applications
Outcome
Graduates are prepared for certified commercial drone operations and UAV-based industry roles.
Foundational training in aircraft systems and aviation engineering.
OVERVIEW
This program focuses on the engineering principles behind aircraft operation, maintenance, and system integration — bridging theory with practical aviation knowledge.
Duration
Typically 2–4 years
(Depending on academic structure and specialisation)
Eligibility
- 10+2 with Physics & Mathematics
- Strong analytical and technical aptitude
Curriculum Covers
- Aircraft systems & components
- Aerodynamics & propulsion fundamentals
- Maintenance engineering principles
- Aviation safety & regulations
- Technical documentation & compliance
Outcome
Prepares students for careers in aircraft engineering, maintenance planning, technical services, and aviation support roles.
Advanced pathways into aerospace systems, design, and technology.
OVERVIEW
The Aerospace Engineering program is designed for students interested in aircraft and spacecraft systems, focusing on design, analysis, and advanced aviation technologies.
Duration
Typically 4 years
(Academic program structure)
Eligibility
- 10+2 with Physics, Mathematics & Chemistry
- Strong aptitude for engineering and problem-solving
Curriculum Covers
- Aerodynamics & flight mechanics
- Propulsion systems
- Aerospace materials & structures
- Avionics & control systems
- Space systems fundamentals
- Research & design methodologies
Outcome
Graduates pursue careers in aerospace engineering, aviation R&D, design, systems engineering, and advanced technology roles.