Drone Research (NIDAR) under SwaYaan initiative: Innovation challenge

The Ministry of Electronics and Information Technology (MeitY), in collaboration with the Drone Federation India (DFI), launched the National Innovation Challenge for Drone Application and Research (NIDAR) under the ‘SwaYaan – Capacity Building for Human Resource Development in Unmanned Aircraft Systems’ initiative. The event was held at Electronics Niketan, MeitY government representatives, industry experts, and students from across the nation through online video-conferencing mode.

NIDAR under the project SwaYaan aims to inspire and engage India’s student and research communities to develop collaborative autonomous drones, addressing real-world challenges across two critical domains:

  1. Disaster Management (Scout & Deliver Drones): Identifying and assisting survivors in disaster-affected areas using autonomous drones for scouting, communication, and parcel delivery.
  2. Precision Agriculture (Scan & Spray Drones): Enhancing productivity and sustainability in agriculture through targeted interventions like crop health monitoring and precise pesticide/nutrient delivery.

The launch of NIDAR marks a significant step towards nurturing talent and promoting research & development in India’s rapidly growing drone ecosystem. The competition is expected to enhance technical proficiency, problem-solving abilities, teamwork, and project management skills among participants, preparing them for impactful careers in emerging technology domains.

The SwaYaan initiative, approved by MeitY in July, 2022, focuses on capacity building for human resource development in Unmanned Aircraft Systems (UAS), including drones and related technologies. The project aims to train 42,560 participants, combining both formal and non-formal educational programs to create a skilled workforce in drone technology. The initiative is implemented through a hub-and-spoke model involving 30 premium institutions like IISc, IITs, IIITs, NITs, CDAC, and NIELIT. Five key work themes guide the project—Drone Electronics, GNC Algorithms Simulation, Aeromechanics, Drone Applications, and Allied UAS Technologies—ensuring specialized focus areas.

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