Importance of Establishing New DGCA-Authorised Remote Pilot Training Organisations (RPTOs) in India By Dr. Manoj Bhardwaj Introduction: Building India's Future Through Drone Technology India is witnessing a significant transformation in the field of unmanned aircraft systems (UAS), commonly known as drones. From agriculture and infrastructure inspection to healthcare, disaster management, surveying, mapping, logistics and defence-related applications, drone technology is creating new opportunities across multiple sectors of the economy. Recognising this potential, the Government of India has established a regulatory framework under the Drone Rules, 2021, with the Directorate General of Civil Aviation (DGCA) playing a central role in regulating remote pilot training. Under this framework, a Remote Pilot Training Organisation (RPTO) authorised by the DGCA provides training to individuals seeking a Remote Pilot Certificate (RPC), in accordance with the applicable requirements. [1] As India's drone ecosystem expands, the establishment of new DGCA-authorised RPTOs has become increasingly important. These organisations are not merely training centres; they are institutions that can develop skilled human resources, support entrepreneurship, promote technological awareness and strengthen the country's capacity to use drones safely and effectively. 1. Meeting the Growing Demand for Skilled Drone Pilots The successful adoption of drone technology depends not only on the availability of advanced equipment but also on the availability of trained and competent personnel. A drone can deliver significant value only when it is operated by someone who understands flight principles, operational procedures, safety requirements and the limitations of the equipment. New RPTOs can help meet this demand by providing structured theoretical and practical training in accordance with their DGCA-authorised scope. Students learn essential subjects such as drone fundamentals, aviation regulations, meteorology, operational planning, emergency procedures and practical flying skills, as applicable to their approved course. The expansion of authorised training facilities can also make professional drone education more accessible to students, graduates, technical professionals and aspiring entrepreneurs. Rather than requiring every candidate to travel long distances to a limited number of training centres, a welldistributed network of RPTOs can bring training opportunities closer to learners across India. This is particularly important in a country as geographically diverse as India, where access to specialised technical education varies considerably between metropolitan cities, smaller towns and rural areas. 2. Employment Generation and Skill Development One of the most important contributions of new RPTOs is their potential to create employment opportunities for India's youth. Drone technology is opening new career pathways that extend beyond conventional employment sectors. Trained and appropriately qualified personnel may find opportunities in: Agricultural drone operations and precision farming. Land surveying, mapping and geospatial data collection. Infrastructure inspection, including roads, bridges, power lines and renewable energy installations. Construction monitoring and industrial applications. Disaster assessment, environmental monitoring and selected public-service operations. Drone maintenance, assembly, testing and technical support, subject to relevant training and qualifications. Drone entrepreneurship and service-based businesses. The growth of RPTOs can also generate direct employment for instructors, technical staff, administrative personnel, safety professionals and training coordinators. However, the real objective should not be to issue certificates alone. Training institutions must focus on developing practical competence, professional discipline, safety awareness and industry-relevant skills. A trained candidate should understand how to apply drone technology to real-world problems and how to work within the applicable regulatory framework. In this way, RPTOs can become an important link between education, vocational skill development and industry requirements. 3. Supporting Agriculture and Rural Development Agriculture remains one of the most promising areas for drone applications in India. Drones can support activities such as crop monitoring, field assessment, selected spraying operations, agricultural surveying and the collection of information useful for farm management. The effective adoption of these applications requires operators who understand equipment handling, mission planning, operational safety, environmental considerations and the specific requirements of agricultural work. Establishing RPTOs in agricultural regions can help connect local youth with emerging opportunities in drone-enabled agriculture. With appropriate partnerships involving agricultural universities, farmer-producer organisations, cooperatives, government departments and service providers, training institutions can contribute to the development of local drone service enterprises. For rural youth, this can offer an additional pathway towards self-employment. Instead of relying exclusively on conventional employment, trained individuals may explore providing specialised drone services to farmers and other customers, subject to applicable operational requirements. Thus, the expansion of RPTOs can contribute not only to technical skill development but also to rural entrepreneurship and the modernisation of agricultural practices. 4. Strengthening India's Drone Ecosystem and Atmanirbhar Bharat India's ambition to strengthen domestic capabilities in drone manufacturing, research, innovation and services requires a reliable supply of skilled professionals. While manufacturers develop advanced drones and technology companies build new applications, trained operators and technical personnel are essential for deploying these solutions effectively. New RPTOs can support this ecosystem by collaborating with drone manufacturers, technology startups, engineering colleges, polytechnic institutions, universities and research organisations. Such partnerships can create opportunities for demonstrations, internships, applied projects, technical workshops and industry-oriented training. They can also encourage students to explore drone design, electronics, propulsion systems, batteries, sensors, automation and data analysis. For engineering and technical institutions, collaboration with an authorised RPTO can help bridge the gap between classroom learning and practical exposure to emerging technologies. A stronger domestic training ecosystem can contribute to the broader objectives of Atmanirbhar Bharat by supporting indigenous innovation, skilled employment and the responsible adoption of drone technology. 5. Improving Safety and Regulatory Compliance Drone operations must be conducted responsibly, with due regard for airspace restrictions, people, property, privacy and other applicable legal requirements. Inadequate training can increase operational risks and undermine public confidence in drone technology. DGCA-authorised RPTOs have an important role in developing a culture of safety and regulatory compliance. Through structured instruction and supervised practical exercises, they can help candidates understand pre-flight checks, safe operating practices, emergency handling, weatherrelated considerations and the importance of complying with applicable rules. Authorisation is not merely a formal approval; it carries a responsibility to maintain the standards and procedures applicable to the organisation's approved scope. Prospective RPTO promoters must therefore approach the establishment of a training organisation as a long-term commitment to aviation safety and quality education. They should ensure suitable infrastructure, qualified personnel, appropriate training equipment, compliant documentation and effective internal procedures. Likewise, existing RPTOs must continue to maintain training quality and comply with applicable DGCA requirements. A larger network of well-managed training organisations can support the growth of the drone industry while helping maintain public trust and operational safety. 6. Promoting Entrepreneurship and Regional Development The benefits of new RPTOs should not be limited to major cities. Establishing authorised training facilities in smaller cities and underserved regions can help decentralise access to emerging technical skills. Regional RPTOs can collaborate with local educational institutions, industrial associations, skill development agencies and government bodies to identify training needs and develop suitable programmes within their authorised scope. They can also help aspiring entrepreneurs understand potential business models in drone services, maintenance, training and other related activities. With appropriate business planning, technical capability and compliance, trained individuals may establish enterprises that serve local industries and communities. For investors and educational entrepreneurs, an RPTO can represent an opportunity to participate in a developing technology sector. Nevertheless, the long-term sustainability of such an organisation depends on demand assessment, responsible investment, qualified staff, quality delivery and adherence to regulatory requirements. The focus should be on establishing credible, professionally managed institutions rather than simply increasing the number of training centres. 7. The Way Forward: Quality, Accessibility and Industry Collaboration The future growth of India's RPTO network should be guided by three key priorities. First, quality training must remain the foundation. Every organisation should deliver training in accordance with its authorised scope and applicable DGCA requirements. Practical competency, safety and professional conduct must receive the same attention as theoretical knowledge. Second, training should be accessible and relevant. Partnerships with schools, colleges, universities, polytechnics, agricultural institutions and skill development organisations can help identify suitable candidates and make drone education available to a wider population. Third, training must be connected with industry needs. RPTOs should develop relationships with drone service providers, manufacturers, infrastructure companies and other potential employers to help students understand real-world applications and career opportunities. Additional technical or occupational qualifications may be necessary for particular roles, and these should be clearly communicated to candidates. Government support, industry participation, responsible private investment and continuous regulatory oversight can collectively help build a stronger and more inclusive drone training ecosystem. Conclusion The establishment of new DGCA-authorised Remote Pilot Training Organisations is an important step towards strengthening India's drone capabilities. RPTOs can contribute to skilled workforce development, employment generation, rural entrepreneurship, technological innovation and the safe adoption of drone applications across multiple sectors. However, the success of this expansion should not be measured by the number of organisations established alone. It should be measured by the quality of training, competence of graduates, contribution to industry, accessibility of opportunities and commitment to aviation safety. India has an opportunity to build a drone ecosystem in which technology, education, entrepreneurship and regulation work together. New RPTOs, when established with a clear vision and a strong commitment to quality, can become valuable institutions in this journey. The need of the hour is not simply more drone training organisations, but more capable, compliant and industry-oriented institutions that prepare India's youth for the opportunities of tomorrow. About the Author: Dr. Manoj Bhardwaj is a mechanical engineering professional with research interests in electrical and hybrid vehicles, and professional involvement in skill development and drone training initiatives.
