I'm Juan Sulca
Maker & Software engineer
about()
Here is where passion meets precision, and code becomes art. I'm a maker and software developer fueled by an unyielding passion for crafting the future of technology.
+6
Years of experience
~12
Projects
What I do?
The sky is the limit
As a passionate software developer, I believe in the boundless potential of technology. With over 6 years of experience, I embrace challenges with excitement, pushing myself to reach new heights in crafting innovative solutions that shape the future of tech.
Front-end development
As a skilled front-end developer, I thrive in the realm of implementation and user experience. Combining creativity with technical prowess, I specialize in crafting interactive, responsive, and performant front-end solutions using cutting-edge tech stacks.
Back-end development
Behind every great application lies a robust back-end foundation, and that's where my expertise shines. With a passion for problem-solving and efficiency, I architect and build powerful, secure, and scalable back-end systems that drive the seamless functionality of cutting-edge software.
projects()
CTRL Space
In the digital era, where surveillance is omnipresent yet often invisible, our art installation, “Ctrl_Space,” brings Michel Foucault’s theory of the Panopticon into a contemporary context. This interactive installation features three large, mechanical eyes, each meticulously crafted to follow the movement of visitors, simulating the unnerving sensation of being constantly watched.This project utilizes Python, OpenCV, and Arduino to enable real-time person detection and servo motor control.
The Grid
A p5js -based audio-visual installation developed during Creation and Computation at OCAD University. When the QR code is scanned, each phone is randomly assigned a note from the E Minor pentatonic scale, an octave value (low, middle, high) and a loop-length (4, 6, 8 & 16 seconds, all clean divisions of 120 BPM). While playing their respective audio loop, each phone’s microphone input is analyzed and when the signal amplitude rises above a certain threshold, the screen lights up and random lines are drawn, emulating the physical installation structure as well as the modern media networks we inhabit and interact with. Developed in colaboration with Zubin Isaac, Rutooja K. & Nikhil Thomas.
Colorful Delivery
This project utilizes a given hash value to create a captivating color matrix. By converting the hash into a collection of hex colors, it dynamically generates a matrix that reflects the unique data points. With potential applications in data visualization, such as blockchain analysis, this creative tool showcases the power of code and its ability to turn data into visual art.
Arduino LMiC adaptation to LoRaWAN v1.1
This project focused on adapting the Arduino LMiC library to comply with the LoRaWAN v1.1 specification for A and C devices, incorporating enhanced security features and ensuring compatibility with the latest standards. The modified library offered developers the ability to create robust and secure LoRaWAN applications while facilitating seamless integration with LoRaWAN v1.1 networks. The project prioritized delivering LoRaWAN v1.1 features while minimizing the impact on the library's performance. The aim was to provide the researcher and developer community with a highly functional and dev-friendly LoRaWAN v1.1 implementation.