My Engineering Portfolio

Robotics

In 2021, alongside my programming endeavors, I also delved into the realms of building, designing, and electrical wiring with the FTC robotics team Cryptic #20123, amidst the unique challenges presented by the coronavirus pandemic. This multifaceted role allowed me to leverage and expand my engineering acumen, demonstrating a keen ability to adapt and innovate in the face of new challenges.

My involvement in the design and construction of the robot encompassed a significant contribution to the assembly and computer-aided design (CAD) of key components such as the intake and drivetrain systems. Utilizing Autodesk Fusion 360, I created detailed technical drawings that meticulously outlined the robot's dimensions. This process not only required a deep understanding of mechanical design principles but also an ability to visualize and execute complex structures in a virtual environment, showcasing my proficiency in leveraging CAD tools for precision engineering tasks.

The electrical wiring aspect of my role demanded a thorough understanding of electronic circuitry and the seamless integration of various components to ensure optimal performance and reliability of the robot. I was responsible for wiring the control system, sensors, and actuators, ensuring efficient power distribution and signal processing. This responsibility highlighted my attention to detail, problem-solving skills, and an unwavering commitment to safety and functionality. It also underscored my capacity to work with intricate electrical systems, demonstrating an aptitude for electrical engineering within the multidisciplinary field of robotics.

Throughout this journey, my contributions in building, designing, and electrical wiring were marked by a meticulous approach to craftsmanship, an innovative mindset in overcoming design challenges, and a collaborative spirit in working alongside team members. These experiences not only enhanced my technical skills but also reinforced the importance of a holistic understanding of robotics, blending mechanical, electrical, and software engineering to create sophisticated, competitive robots.

Project Lead The Way (PLTW)

Describe my experience and projects with PLTW.

UMBC ITE

My journey under the guidance of a distinguished professor has not only encompassed the realms of computer science but also extended deeply into engineering, particularly in the integration of hardware and software systems. This holistic approach has involved leveraging engineering principles to design, build, and program hardware platforms, such as drones and RC cars, using a variety of tools and languages including C++ and Arduino. These experiences have honed my abilities to understand and manipulate the physical components that underpin digital systems.

Engineering sophisticated hardware systems requires a profound understanding of both mechanical and electrical engineering concepts. My work in building a drone with a Raspberry Pi 4 and programming it in C++, as well as constructing an RC car and implementing a control system on an Arduino, exemplify the seamless fusion of these disciplines. This hands-on experience with hardware has not only solidified my understanding of the tangible aspects of technology but also complemented my computer science skills by providing a comprehensive perspective on how software and hardware interact.

The knowledge I have gained from engineering hardware systems complements my capabilities in computer science, especially in the development and implementation of machine learning models and computer vision algorithms. Understanding the hardware on which these algorithms run allows me to optimize software performance and efficiency, making it possible to design systems that are not only innovative but also practical and reliable in real-world applications. My ability to bridge the gap between software and hardware is a direct result of my interdisciplinary education and experience, enabling me to contribute effectively to projects that require a deep integration of technology.

This synergy between computer science and engineering is further demonstrated in my contributions to projects involving autonomous vehicles and robotics. My hands-on experience with hardware platforms, combined with my expertise in machine learning and computer vision, has empowered me to develop systems that can sense, interpret, and interact with their environment in sophisticated ways. These projects showcase my ability to apply a comprehensive skill set to tackle complex challenges, from the underlying electronics to the software that controls them.

Ultimately, my engineering experience not only enriches my understanding of the physical world but also enhances my computer science endeavors, particularly in areas where hardware and software integration is critical. The ability to design and implement both the tangible and intangible components of technological solutions is a testament to the interdisciplinary nature of my education and work, positioning me uniquely in the field of technology.

Personal Projects

Discuss my accomplishments with your personal projects.