Welcome
As an engineering student, I am passionate about finding innovative solutions to real-world problems. I have a strong foundation in coding, and
engineering principles and enjoy collaborating with others to tackle complex problems. I am proactive and self-motivated, always seeking out new
challenges and opportunities to expand my knowledge and skills. I look forward to connecting with other professionals in the engineering community
and exploring potential career opportunities
Unlock a gateway to an enriching odyssey showcasing my remarkable journey and extensive qualifications as a electrical engineering student at Western University by simply clicking the link to my LinkedIn page, where you will delve into a treasure trove of transformative experiences, remarkable milestones, and exceptional projects, illuminating my unwavering dedication, passion for technology, and unwavering commitment to making a profound impact in the digital realm.
This project details the development and deployment of a remote-controlled (RC) environmental monitoring car tailored for hard-to-reach areas, aiming to provide insights into environmental conditions where accessibility is limited. The primary objective was to design an RC vehicle equipped with sensors for data collection, emphasizing wireless communication for remote operation.
During my design class as an engineering student, I had the opportunity to collaborate with two other students on a project for Urban Roots London, a local farming company. Our objective was to automate their existing humidity control systems, specifically their hoop house lift-sides and fans, with the aim of eliminating the need for manual intervention. Through this project, I was able to apply my engineering knowledge to a real-world problem and work alongside my peers to develop an innovative solution.
In one of my lab courses, I had the opportunity to design and build a PCB. This process involved performing calculations for the circuit components, creating a schematic, and then translating that schematic into a PCB layout using Eagle CAD software. After designing the board, it was printed, and I had the chance to attach actual components like resistors, capacitors, and op-amps using a soldering machine. This entire experience was incredibly enriching, providing me with valuable hands-on experience in PCB design and assembly, a skill I found both challenging and rewarding.
As a beginner in web development, I was tasked with building a website for a physiotherapy clinic using only HTML. Despite having no prior experience in building a
website, I took on the challenge and learned a lot throughout the process. As I coded the website, I researched different HTML tags, learned how to structure a webpage,
and experimented with different styles and layouts. I encountered several challenges, such as figuring out how to create a responsive design that would work on different
screen sizes, but I persevered and was able to overcome them with the help of online resources and tutorials. Overall, building the website for the physiotherapy clinic
was a valuable learning experience that helped me improve my coding skills and gain confidence in my ability to tackle new challenges.
In my free time, I enjoy coding small 2D games for fun in Python. It's a hobby that allows me to challenge myself creatively while also strengthening my programming skills. By experimenting with different features and mechanics in my games, I have been able to learn more about Python syntax, data structures, and algorithms. It's a fun and engaging way to practice coding and has helped me improve my skills in a tangible way.