From Classrooms to Startups: Young Innovators Build Future Technology
From AI-powered coding tools to custom drone batteries, students and startups in Bengaluru are redefining India's tech ecosystem.
In the heart of India's tech hub, a new wave of creativity is taking shape. At the Newton School of Technology in Bengaluru, students are no longer waiting for degrees to start creating; they are actively ensuring that young innovators build future technology by blending academic theory with aggressive, hands-on experimentation.
Drones, Rovers, and AI: The Student Revolution
The campus is currently a hive of activity where theoretical lessons are transformed into tangible machines. One of the standout projects is a sophisticated quadcopter drone. This isn't just a simple remote-controlled toy; it utilizes a dual-system architecture.
According to student Aksh Wagale, the drone employs a flight controller to manage the actual flying, while a companion computer handles the heavy lifting of processing camera images. This allows the drone to determine its own coordinates and accurately estimate the distance it has traveled.
Beyond the skies, students are also venturing into ground robotics and software optimization:
- Compact Rovers: Students are assembling rovers from the ground up, integrating motors, wheels, electronics, and custom software.
- AI-Powered Coding: A project led by a student named Daksh is reimagining the developer's workflow. By integrating terminals, developer tools, and files into a single browser-based environment, they are providing AI agents with a richer project context, eliminating the need for developers to constantly switch between different platforms.
"If students follow this philosophy, they will start building while they are still studying rather than waiting until graduation or even a PhD. Once someone develops the habit of building things, they are unlikely to give it up," says Tanmay Pandya, Director of Business at Newton School of Technology.
Powering the Future: Dreamfly Innovations
While students build the machines, Bengaluru-based startup Dreamfly Innovations is solving one of the most critical bottlenecks in modern aviation: power. For too long, India has relied on imported batteries for drones and electric aircraft, forcing engineers to design vehicles around the limitations of available foreign hardware.
Kajal Shah, co-founder and CEO of Dreamfly Innovations, highlighted the necessity of this shift, noting that the industry previously had to accept whatever specifications suppliers provided. Today, Dreamfly is changing that by developing customized battery packs using lithium-ion and graphene-based technologies.
Precision Engineering for Diverse Missions
Not all drones are created equal, and neither are their power needs. Dr. Saurabh Markandeya, co-founder and CTO, explains that battery requirements fluctuate wildly based on the drone's weight and its intended mission:
- Agricultural Drones: Typically require a shorter, intensive flight time of about 15 to 20 minutes.
- Surveillance and Inspection Drones: Require much higher endurance, often needing to stay airborne for up to 60 minutes.
To manage these varying demands, Dreamfly incorporates a sophisticated Battery Management System (BMS). This system constantly monitors voltage, current, and temperature to ensure that the batteries operate safely and efficiently, regardless of the mission's intensity.
From the experimental labs of the Newton School of Technology to the specialized production lines of Dreamfly Innovations, Bengaluru is showcasing a complete ecosystem where the next generation of engineers and entrepreneurs are collaboratively building the future of Indian technology.