About Me

Hi! My name is Thawin Serivivatanavongse, a class of 2028 undergraduate student majoring in electrical engineering with a minor in mathematics at Georgia Institute of Technology. Since high school, I’ve always been fascinated by the intersection of math, physics, and technology — how theoretical concepts translate into real-world innovations. Electrical engineering truly fascinated me with its wide scope and applicability, from signal processing and embedded systems to renewable energy solutions. Electrical engineering was something I wished to do because it provides me with the capability to be able to solve complex problems and advance technological solutions. Optimize energy systems or develop smart automation, whatever it is that I get to do in engineering, I think it offers a way through which I can improve lives.

I have a strong foundation in digital system design, signal processing, and mathematical modeling with firsthand hands-on experience in the design optimization of solar arrays and research on sustainable alternatives for energy. My passion is in the use of engineering and computational techniques in solving real-world problems in the fields of digital signal processing and embedded systems.

Outside of studies, I love to travel, landscape photography, outdoor sports, and football. There is something wonderful about traveling to new places—whatever it is to be immersed in a new culture, sample the local food, or simply wander around in nature. I always find myself drawn to breathtaking views, be they mountains, woodlands, or the expansive ocean, and try to capture them in time in photographs. To me, traveling is not merely going to new places—it is learning new things, encountering new people, and experiencing the world anew.

I'm currently seeking an internship or co-op in digital signal processing, embedded systems, or related fields. If you'd like to collaborate or learn more about my work, feel free to contact me!

Career Goals Timeline

My long-term goal is to work as a verification engineer at a major tech company, contributing to the development of semiconductor chip design, validation, and production. Whether you're enabling next-generation electronics to be reliable, advancing autonomous systems, or verifying bleeding-edge technology, I would prefer to be part of an organization that pushes the boundaries of engineering through the creation of sturdy and efficient hardware solutions.

I started my first year with some credits through AP exams, so I'm currently planning to graduate in seven semesters or three and a half years.

First Year of College

My first year has been focused on building a strong foundation in electrical engineering, particularly in digital system design, signal processing, and embedded systems. I’ve taken on hands-on projects, such as working with the solar racing team to develop power systems and optimize solar array design, which has strengthened my practical skills. Additionally, I have been exploring career options and seeking internship or co-op opportunities to gain professional experience in hardware verification and validation. In the summer, I plan to utilize online resources to help me gain additional knowledge that is related to my degree, and also for the credits.

Outside the classroom, I stay engaged in activities like traveling, photography, and outdoor adventures to maintain a well-rounded balance.

Second Year of College

By my second year, I plan to take more courses directly related to the major, including circuit analysis, digital design laboratory, and engineering software design. I will focus on learning industry-standard tools such as SystemVerilog, UVM (Universal Verification Methodology), and FPGA-based testing environments. I plan to continue being an active member of SiliconJackets, a student organization that mainly focuses on increasing opportunities to learn and interact with the semiconductor design process as it would gain me more hands-on experience that is vital for securing internship interviews in the upcoming summer. An internship at a semiconductor or hardware company will be a priority to gain hands-on experience in verification workflows. I hope to get an internship with a medium to large company in the chip design field.

I will continue to expand my network by joining engineering clubs, and professional organizations, and attending tech conferences to connect with peers and industry professionals in the verification field.

Third Year of College

By my third year, I plan to further refine my knowledge and expertise in hardware verification by taking advanced courses in system-level verification, ASIC/FPGA verification, and formal verification techniques. I will continue working with industry-standard verification tools and methodologies while also participating in research or hands-on projects that enhance my understanding of digital system validation.

I will aim for a summer internship or a co-op at a leading semiconductor company to gain real-world experience in functional verification, simulation, and debugging. Additionally, I plan to take on more active roles in SiliconJackets and other relevant student organizations, mentoring younger students and contributing to verification-related projects.

Fourth Year of College

In my final year, I will focus on applying my accumulated knowledge to a senior project that involves verifying a complex hardware system. This project will showcase my ability to design, implement, and test verification environments that ensure the reliability and functionality of digital systems.

I will leverage my previous internship experiences and professional connections to secure a full-time position as a verification engineer at a major tech company. My goal is to enter the workforce with strong expertise in hardware verification methodologies, contributing to the development of reliable and efficient semiconductor products. By ensuring that hardware designs function correctly and efficiently before production, I aim to play a critical role in advancing technology and innovation in the semiconductor industry.

Five-Year Post-Graduation Goal

Five years after graduating, my goal is to have completed a master’s degree in electrical and computer engineering at Georgia Tech or elsewhere, specializing in hardware verification, or a related field. Pursuing a graduate degree will allow me to deepen my technical expertise, stay at the forefront of emerging verification methodologies, and enhance my ability to tackle complex semiconductor design challenges.

After earning my master’s degree, I aim to establish myself as a skilled verification engineer at a major semiconductor or hardware company, contributing to the validation and testing of next-generation chip designs. I plan to take on increasing responsibilities, such as leading verification teams, optimizing automated testing frameworks, and driving innovation in functional and formal verification techniques.

Looking further ahead, I want to explore opportunities for career growth into leadership roles, such as a verification lead or principal engineer, where I can influence design verification strategies and contribute to advancements in semiconductor technology.