Telangana’s Deputy Chief Minister Announces Comprehensive Infrastructure and Policy Support as City Hosts Landmark International Conference
Hyderabad reinforced its position as India’s science and innovation capital this week as the city hosted the pioneering Bioinspired Frontiers 2025 Global Conference, bringing together leading international scientists, astronauts, and policymakers while unveiling an ambitious deep-tech policy framework that positions Telangana as the nation’s aerospace and biotechnology powerhouse.
Global Thought Leaders United
Held at the JRC Convention Centre on October 21-22, 2025, the two-day international conference explored innovative intersections of biomimicry, space exploration, and sustainable economic development. Deputy Chief Minister of Telangana, Mallu Bhatti Vikramarka inaugurated the event, emphasizing Hyderabad’s distinctive “Science DNA—disciplined, creative, and quietly ambitious” that has defined the city’s scientific trajectory for over half a century.
The conference, organized by GEOPAQ (Global Events Pioneer and Adv Quests) in partnership with the Czech Aerospace Cluster, convened over 300 experts including government bureaucrats, private aerospace companies, and decision makers. International thought leaders featured prominently throughout the two-day program, including Irene Schneider, founder and CEO of ISE Space Radiation Experts, who brings expertise in space radiation protection and mission planning for commercial spaceflight; Joan Perera representing biomimicry design principles; Dr.SrimathyKesan, founder and CEO of Space Kidz India, an aerospace startup pioneering small satellite design and fabrication; Dr. Adriana Marais, South African theoretical physicist and founder of Proudly Human, leading Africa’s first lunar mission through the Foundation for Space Development Africa; and Mohana Sai Akula, research scientist from Telangana selected as astronaut candidate for the 2029 Titans Space Mission.
A remarkable highlight was the participation of 13-year-old IniyaPragati, India’s youngest analogue astronaut who completed the Arctic Martian mission on Devon Island and authored the book “Water on Moon” in 2024. Selected for a Low Earth Orbit mission in 2029 and scheduled for NASA training in 2026, the Chennai-based student represents the emerging generation of space explorers India is cultivating.
Strategic Deep-Tech Policy
Complementing the conference, Deputy Chief Minister Bhatti Vikramarka announced comprehensive policy support and infrastructure commitments designed to accelerate Telangana’s deep-tech sectors. The government pledged a supportive regulatory environment, extensive incubation support, and world-class infrastructure specifically targeting aerospace, biotechnology, and space technology ventures.
“The Telangana government will provide a supportive policy ecosystem and incubation infrastructure for deep-tech ventures,” Vikramarka declared, inviting global research institutions, investors, and innovators to collaborate with the state under Chief Minister A. Revanth Reddy’s leadership.
The announcement detailed four major industrial clusters currently under development across the Hyderabad metropolitan region:
Aerospace Manufacturing at Adibatla: Building on the existing Aerospace SEZ that houses Tata Boeing Aerospace Limited and manufactures Apache helicopter fuselages for global markets, the government is preparing plans for a Phase-2 Aerospace and Defence Cluster of international standards, along with a dedicated Aerospace MSME Park. The region already hosts over 30 aerospace and defence OEMs and more than 1,000 MSMEs, with aerospace exports exceeding ₹28,000 crore.
Electronics Manufacturing at E-City: Expanding Hyderabad’s established electronics ecosystem, this cluster builds upon the legacy of Electronics Corporation of India Limited (ECIL) and integrates with the city’s semiconductor and advanced electronics ambitions.
Pharmaceuticals at Genome Valley: India’s first organized life sciences R&D cluster, Genome Valley spans 2,000 acres and hosts over 200 companies from 18 countries employing approximately 25,000 people. The region produces roughly one-third of the world’s vaccine doses—approximately 11 billion doses annually as of mid-2025, projected to reach 14 billion by year-end. Hyderabad supplies approximately 65% of India’s total vaccine production, exporting to over 140 countries through WHO-backed programs. The cluster combines vaccine manufacturing giants like Bharat Biotech and Biological E. Limited with global pharmaceutical players including Novartis, GSK, and Thermo Fisher, alongside leading contract research organizations (CROs) and contract development and manufacturing organizations (CDMOs) such as Syngene, Sai Life Sciences, Aurigene, and Cohance.
Mobility Technologies near Shamshabad: The Telangana Mobility Valley (TMV) represents India’s first dedicated mobility cluster, spanning 3,000 acres across four mega clusters in Vikarabad, Zaheerabad, Seetharampur, and Divitipally. Announced in 2023 with Boston Consulting Group as strategic partner, TMV targets investments exceeding ₹50,000 crore ($6 billion) and aims to generate approximately 400,000 jobs by 2030. The initiative encompasses electric vehicle manufacturing, advanced battery technology, autonomous vehicle research and testing, drone technology applications, and comprehensive charging infrastructure development.
The Telangana Model of Innovation
Deputy Chief Minister Vikramarka articulated what he termed the “Telangana Model of Innovation”—a distinctive ecosystem where public institutions create the foundation, startups build upon it, and universities nurture the talent pipeline. This model leverages the synergy among premier educational institutions including IIT Hyderabad, IIIT Hyderabad, BITS Pilani, University of Hyderabad, and the government-supported prototyping center T-Works.
T-Works, India’s largest prototyping center, spans 78,000 square feet across Phase-I with plans to expand to 250,000 square feet. The facility provides world-class hardware prototyping infrastructure including metal shops, advanced rapid prototyping, 3D printing labs, electronics labs, wood shops, ceramic studios, and laser cutting facilities. Operating as a Section 8 non-profit supported by the Government of Telangana, T-Works enables students, individual innovators, startups, small businesses, and corporations to transform ideas into tangible products.
IIT Hyderabad’s Department of Mechanical and Aerospace Engineering collaborates extensively with industries and research laboratories including DRDO, ISRO, Honeywell, Hyundai, MEITY, Sandvik, MRF, and BHEL. The institute has developed India’s first metal 3D printing facility and offers specialized programs including B.Tech in Mechanical Engineering with a minor in Aerospace Engineering, plus various M.Tech programs including Aerospace Engineering and Electric Vehicle Technology. The Technology Innovation Hub on Autonomous Navigation (TiHAN) at IIT Hyderabad has established a first-of-its-kind integrated testbed featuring proving grounds, test tracks, drone runways, eVTOL propulsion labs, and V2X communications infrastructure.
Scientific Legacy Meets Future Ambitions
Vikramarka traced Hyderabad’s scientific lineage to the vision of India’s first Prime Minister, Pandit Jawaharlal Nehru, who established many of the nation’s premier scientific institutions in the city during the early years of independent India. The National Remote Sensing Centre (NRSC, formerly NRSA) made Hyderabad “India’s eye in the sky,” pioneering the use of satellite imagery for agriculture, water management, and disaster management. The Defence Research and Development Organisation (DRDO) established premier laboratories including DRDL (Defence Research and Development Laboratory), DMRL (Defence Metallurgical Research Laboratory), and RCI (Research Centre Imarat), creating generations of scientists and engineers who built the nation’s missile and materials capabilities.
Public sector institutions including Bharat Dynamics Limited (BDL), Mishra Dhatu Nigam (MIDHANI), and Electronics Corporation of India Limited (ECIL) contributed foundational expertise in aerospace, metallurgy, and electronics. This decades-long public investment in scientific infrastructure created what Vikramarka described as Hyderabad’s unique DNA: “rigorous, inventive, and quietly ambitious”.
New Generation of Space Innovators
Building on this legacy, a new wave of private sector innovators is reshaping India’s space sector from Hyderabad. Skyroot Aerospace, founded in 2018 by former ISRO scientists and incubated at T-Hub with support from T-Works, became the first private company in India to launch a suborbital rocket (Vikram-S) in November 2022. The company has raised $95.5 million and is preparing to test-fire the first stage of Vikram-1, India’s first privately built orbital rocket, targeting launch in the second half of 2025.
Dhruva Space, another Hyderabad-based pioneer, offers end-to-end satellite solutions from design and fabrication to launch interfaces and ground stations, demonstrating that world-class space systems can be designed entirely within Telangana. The company has launched 8 space assets in 24 months and is building a 280,000 square foot satellite factory. Recently closing a ₹123 crore Series A funding round with backing from SIDBI and DST, Dhruva Space serves both civilian and defence clients across India, France, UAE, and beyond.
These startups have created not just products but entire ecosystems—nurturing propulsion engineers, composites experts, and space suppliers who now serve dozens of startups across India. Several emerging firms in robotics, materials science, and 3D printing are further redefining India’s space economy.
Space & Sustainability through Biomimicry
Reflecting on the conference theme, Deputy Chief Minister Vikramarka remarked, “Nature itself is the original engineer. The most elegant designs already exist in nature—our task is not to surpass nature, but to learn from it”. He emphasized that Telangana’s development philosophy now integrates biomimicry and sustainability through green building codes, water conservation initiatives, and clean energy programs, balancing innovation with ecological responsibility.
The integration of biomimetic principles into Telangana’s industrial policy represents a strategic alignment with global trends toward nature-inspired design for sustainable solutions. The conference’s focus on how biology, technology, and space exploration intersect underscores Hyderabad’s ambition to lead not just in manufacturing and technology deployment, but in regenerative and inclusive innovation frameworks.
India’s Growing Space Ambitions
The conference and policy announcements occur as India’s space economy is projected to grow exponentially in the coming decade. India’s space sector has witnessed remarkable momentum following the successful Chandrayaan-3 lunar landing in August 2023 and the opening of the space sector to private participation through reforms initiated in 2020.
Telangana’s strategic positioning extends beyond manufacturing to encompass the entire space value chain. With ISRO-linked facilities, telemetry centers, and growing incubation hubs, Hyderabad is positioned as a major base for India’s future space missions, lunar exploration, and space resource utilization initiatives. The presence of international collaborative frameworks, such as the partnership with the Czech Aerospace Cluster, demonstrates Telangana’s integration into global aerospace supply chains.
The state government’s commitment to providing plug-and-play facilities that enable companies to become operational within three to five months, combined with ready access to skilled talent from premier institutions, positions Telangana competitively for both domestic and international aerospace investments. The Industrial Area Local Authority (IALA) status accorded to Genome Valley in 2018 provides single-window clearance mechanisms that accelerate infrastructure and development activities.
Hyderabad’s aerospace sector has attracted major international collaborations with Boeing, Lockheed Martin, Airbus, and Pratt & Whitney, positioning the city as a major player in the global aerospace supply chain. Tata Boeing Aerospace Limited’s manufacturing operations at Adibatla, producing Apache helicopter fuselages for global markets, exemplify the high-value manufacturing capabilities the region has developed.
Regional Economic Impact and Future Trajectory
The convergence of aerospace, biotechnology, and advanced mobility sectors is projected to drive substantial economic expansion across the Telangana region. With the life sciences sector alone projected to become a $50 billion industry by 2030 in Hyderabad, and Genome Valley potentially creating 1 million jobs in the coming decade, the state’s multi-sector approach promises transformative regional development.
The government’s fund-of-funds approach, drawing lessons from Singapore’s model, involves active government investment with matching capital in select venture capital funds supporting deep-tech ventures. This financial infrastructure, combined with physical infrastructure investments and supportive regulatory frameworks, creates a comprehensive ecosystem for technology commercialization.
“May Hyderabad continue forever as a bridge between knowledge and discovery, between Earth and sky,” concluded Deputy Chief Minister Vikramarka. His vision positions Telangana not merely as a manufacturing hub but as an innovation ecosystem where scientific research, entrepreneurial energy, and government support converge to advance India’s position in the global space economy.
The Bioinspired Frontiers 2025 conference and accompanying policy announcements signal Telangana’s commitment to leading India’s transition from a space-faring nation to a comprehensive space economy powerhouse. By integrating lessons from nature, leveraging decades of scientific infrastructure investment, supporting private sector innovation, and fostering international collaboration, Hyderabad is charting a distinctive path that could redefine India’s role in global aerospace, biotechnology, and advanced technology sectors.
As the next generation of space explorers—exemplified by young talents like IniyaPragati and Mohana Sai Akula—prepare for missions beyond Earth, Hyderabad’s ecosystem stands ready to support their journeys with world-class infrastructure, cutting-edge research capabilities, and a policy environment designed to transform ambitious visions into realized achievements.
–V. Chandramouli
