PROJECTS
This page lists the recent projects that I have had a chance to work on. It also contains some classes and competitions that I found interesting.
EQUIPMENT ENGINEERING INTERN AT tesla
In my role as an Equipment Engineering intern with the Sustaining Engineering team, I was tasked with designing and implementing new machinery and enhancing existing tools. A highlight of my internship involves the introduction of a new production line station from concept to execution that reduced scrap by $200k/yr and cost less than $15k to make. My work involved extensive use of SolidWorks, 3D printing, the construction of jigs from aluminum extrusions, and designing parts for machining. This hands-on experience with machinery design and project management in a fast-paced manufacturing setting sharpened my technical skills and ability to navigate complex team dynamics.
Product engineer at Kohler co.
As a Product Engineer within Kohler Co.'s Advanced Development team, in the Kitchen and Bath Department, I actively engaged in a dynamic role. Here, I spearhead ideation, design, and the conceptualization of innovations poised to shape the future of Kohler's product portfolio. This co-op experience has immersed me in the tangible realities of the Research and Development process, underscoring the significance of meticulous attention to detail and the value of cultivating confidence in exploring innovative concepts. Beyond honing my technical skills, I've also cultivated a profound appreciation for the multifaceted dimensions of engineering and innovation
Reviving My Honda Civic: Mechanical Adventures Under the Hood
In June 2023, I welcomed a new member to my mechanical family - a 2006 Honda Civic. In classic engineer fashion, I decided to test my skills and thrifty instincts by purchasing it from a private seller, well aware of the need for repairs. The transformation from a mechanical engineer to a hands-on mechanic was like stepping into a thrilling, grease-spattered adventure. While this real-world automotive plaything has thrown some wrenches in my plans, it's undeniably become the most authentic engineering escapade I've ever embarked upon!
In just 8 weeks, I embarked on a remarkable engineering odyssey: crafting a wall-climbing robot tasked with scaling two parallel surfaces, all without the luxury of wheels. Not only did this venture require vertical prowess, but it also demanded seamless horizontal traversal between those very walls. The ticking clock kept us on our toes, making this challenge unexpectedly daunting. Yet, fueled by caffeine and countless iterative leaps, I proudly introduce you to our tireless creation, Angel, now equipped with the ideal coefficient of friction. We were one of the 6 teams (out of 28) to finish the challenge. Click Here to know more.
Hand-Cranked Titanic
We crafted a hand-cranked Titanic toy with two distinct scenes and a clever switching mechanism that smoothly shifts between them. Our design incorporated gears, cams, and linkages, cleverly disguised to blend seamlessly with the Titanic's theme, adding depth to the overall experience
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NotSkyScanner
​NotSkyScanner is a flight search portal that excels at finding the most efficient route between two airports, along with suggesting optimal layover airports. This intricate project involved data mining and meticulous data sorting. We constructed a graph model and leveraged betweenness centrality to rank each airport for its strategic importance. This rewarding endeavor was a collaborative effort, undertaken with a team of three fellow students during my Data Structures class.
Collaborating with two fellow students, I embarked on the challenge of crafting a glider using recycled materials, aiming for the remarkable feat of landing it within a mere 1-meter radius. Delve into the intricacies of our calculations, theoretical insights, and the creative design process here.
Reimagine our future - A sustainabilty Competition
My team clinched the top spot in our university's annual sustainability competition, showcasing our innovative idea centered on the Extraction of Lithium from Geothermal Brine. To delve deeper into our winning concept and the competition itself, please explore the details here.
Validating the Lumped Capacitance Model
As part of my Heat Transfer Class, I conducted an independent investigation focused on evaluating the Lumped Capacitance model for cooling. This involved the design and execution of an experiment to empirically validate the theoretical framework. To expedite the cooling process, we maintained a constant airflow rate. By plotting temperature versus time graphs for three distinct materials, we achieved the successful validation of the lumped capacitance model.
Teaming up with three fellow students, we embarked on an exciting endeavor to construct a Rube Goldberg Machine boasting an impressive 10-step journey, all culminating in the grand finale of turning off a push-button light. Our intricate machine featured a mesmerizing array of elements, including an airborne step, elastic contraptions, linkages in motion, and even a challenging 3-second window step. In the spirit of meticulous engineering, we employed Design of Experiments (DOE) to meticulously analyze each step, leading us to predict our results with precision.
Shapeshifting clock
The Shapeshifting Clock represents a personal project close to my heart. Its inception can be traced back to a captivating video shared during one of my classes, which served as the spark of inspiration. At that time, I was a newcomer to Creo, and I viewed this as a golden chance to hone my skills with the software. Along the way, I gained valuable insights into the significance of incorporating joints and constraints, as the project's complexity began to sprawl. While the project remains a work in progress, I eagerly anticipate returning to campus to bring this intriguing endeavor to its completion.
​Tier Clean stands as one of my initial forays into the world of design projects. It's a purpose-built storage unit for cleaning supplies, meticulously crafted with the needs of dorm students in mind. Throughout this endeavor, our team meticulously developed each component, crafted a dynamic animation, compiled a comprehensive bill of materials, outlined manufacturing methods for every part, and even estimated production costs with the assistance of aPriori.
CS196 HONORS
During my freshman year, I pursued honors in my introductory Computer Science course. In the Fall of 2021, I collaborated with a team of four on a semester-long project that involved utilizing React and Flask to develop a travel website. While we didn't manage to complete the entire project, our journey was a significant learning experience, and we made substantial progress from our initial starting point
