Projects
CLOUD AND IoT
I have had the opportunity to work on a fascinating project that combined the realms of cloud computing and IoT, where I had the chance to dive deep into cutting-edge technologies like the Raspberry Pi Pico and NoDMCU. In this project, I harnessed the power of the cloud to create a seamless and efficient ecosystem for collecting and analyzing IoT data. The Raspberry Pi Pico, with its compact size and impressive capabilities, served as the brains of our IoT devices, enabling us to capture real-time data from various sensors. Meanwhile, the NoDMCU platform played a crucial role in ensuring smooth communication between our IoT devices and the cloud infrastructure. This project not only broadened my technical skills but also allowed me to witness firsthand the transformative potential of IoT and cloud technologies in shaping our connected future.
DESIGN AND FABRICATION
I've had the privilege of engaging in diverse projects that span both the realms of designing and fabricating PCBs (Printed Circuit Boards) as well as 3D printing. These two distinct but interconnected fields have allowed me to exercise my creativity and technical prowess. In the realm of PCB design and fabrication, I've meticulously crafted circuit boards, optimizing layouts for efficiency and functionality, and then bringing these designs to life through the fabrication process. This has honed my skills in electronics, ensuring that my circuits are not only functional but also compact and elegant. On the other hand, 3D printing has given me the ability to transform digital concepts into tangible objects. Whether it's prototyping custom enclosures for my electronic projects or creating intricate, multi-dimensional structures, 3D printing has been a versatile tool that has added a new dimension to my skill set. These combined experiences have provided me with a holistic understanding of hardware development, from the intricacies of circuitry to the physical embodiment of innovative ideas.
AEROPONICS GARDEN
Akili Factory and I embarked on an exciting venture by building our very own aeroponic garden, powered by IoT (Internet of Things) devices. This project seamlessly merged agriculture and cutting-edge technology to create a smart, efficient, and sustainable way of cultivating plants. The IoT devices we implemented allow us to remotely monitor and control various parameters crucial for plant growth, such as humidity, temperature, and nutrient levels. This innovative approach not only showcases our dedication to environmental sustainability but also underscores our commitment to exploring innovative solutions at the intersection of agriculture and IoT, setting the stage for a greener and smarter future in farming.
