Pre Amble

From a young age, I embarked on a journey driven by an insatiable curiosity for technology and innovation. Crafting lines of code was just the beginning. As an 11-year-old, I coded web and desktop applications, unveiling my affinity for technology and my desire to harness its transformative potential.

My early coding endeavors were merely the tip of the iceberg. My insatiable curiosity led me to explore an array of electronic projects, each adding a new layer to my technical expertise. I recall my pioneering dual-axis solar panel project—a venture that saw me design and construct a system capable of autonomously orienting solar panels towards the sun, maximizing energy absorption. This innovative feat marked my foray into hardware, embedding a deep fascination for electronics and automation.

Beyond this, my journey took an unexpected turn as I ventured into fire research—a pivotal phase where my technical acumen intersected with the urgency of real-world challenges. Collaborating with Natural Resources Canada, I leveraged cutting-edge technology to develop cloud-masking algorithms for wildfire detection. My role wasn't confined to coding; I navigated the complexities of machine learning, neural networks, and data analysis to enable accurate detection and efficient handling of wildfire threats.

This multidimensional journey—the culmination of coding, electronics, fire research, and beyond—paved the way for my deep-seated passion for aeronautics and UAV technology. Each experience contributed to a holistic understanding of technology's capacity to revolutionize industries and shape a better world.

Apr 16, 2023

My journey into the world of aeronautics took a significant step forward with the acquisition of my first Frsky Taranis X9D Plus SE 2019 Special Edition transmitter. To hone my skills, I dedicated 50 hours each to both Velocidrone(Quads) and the Real Flight Trainer(Fixed).

Built First 3D Printed UAV

The Model X, an efficient 2-meter wingspan UAV platform, challenged me to integrate my coding, electronics, and aeronautics knowledge.

R.U.D of first four UAV's

Even 50 hours of flight training isn't going to get an unbalanced/overweight plane into the air. Important lessons learned as two Model X's and two Helix's plummet to the earth.

top view photography of broken ceramic plate
top view photography of broken ceramic plate
Recalibration: Learning from Setbacks

The path to mastery is not without challenges. Following a series of crashes with the initial four planes, I recognized the significance of setbacks as opportunities for growth. Each crash, while disheartening, became a lesson that I embraced with resilience and determination. I took a step back to delve into the intricacies of the crashes to understand the contributing factors. The crashes offered a wealth of insights into areas of improvement, ranging from flight control calibration to the intricate interplay of autonomous systems. Armed with these invaluable lessons, I embraced the concept of recalibration. Every setback was transformed into a foundation for progress. Armed with a deeper understanding of flight dynamics, sensor integration, and flight optimization, I embarked on redefining my approach to building and piloting autonomous drones.

man in black long sleeve shirt sitting on black chair
man in black long sleeve shirt sitting on black chair

Charting a New Trajectory

Armed with the wisdom derived from recalibration, I approached UAV technology with renewed vigor. Every new endeavor, from design to hardware integration, was infused with the insights gleaned from setbacks. Flight calibration took on a new level of precision, safety protocols were enhanced, and the harmony between automation and manual control reached new heights. The recalibration phase wasn't merely about avoiding crashes; it was about forging a resilient mindset that embraces challenges as stepping stones to innovation. This newfound resilience underpins my commitment to pushing the boundaries of UAV technology and empowering others to navigate the skies with confidence.

person writing on white paper
person writing on white paper


Pioneering Innovation: Transition to Tri-Tiltrotor

In the quest to revolutionize UAV technology, I am poised to embrace a paradigm shift. The transition from single motor fixed-wing planes to a tri-tiltrotor copter signifies a bold step towards unlocking new dimensions of efficiency and versatility. Recognizing the need for adaptable solutions in a dynamic environment, I am charting a course into uncharted skies with an innovative design that holds promise for our diverse use cases. The tri-tiltrotor design is primed to elevate our capabilities. With its unique configuration, it brings together the agility of a rotorcraft with the extended flight endurance of a fixed-wing UAV. This integration optimizes maneuverability, enabling agile navigation even in tight spaces, while enhancing our ability to cover extensive areas during surveillance and reconnaissance missions.

Milestone 1: Successful Maiden Flight

The successful flight of the Titan Viper signifies the realization of a vision that encompasses agility, endurance, and adaptability. It is a triumph that propels us beyond the boundaries of conventional UAV technology, unlocking new horizons of operational efficiency and data acquisition capabilities.

Milestone 2: 50gigs of Data

In the ever-evolving landscape of UAV technology, data acquisition reigns supreme. Milestone 2 marks a leap forward in our journey, where the Titan Viper's capabilities have facilitated the capture of an impressive 50 gigabytes of high-resolution data. This achievement underscores our commitment to harnessing the power of unmanned flight for comprehensive data collection.

aerial photography of interlocking freeways with travelling cars
aerial photography of interlocking freeways with travelling cars