Software Systems Engineer at Toyota Motors
I joined Toyota’s rotational program where I got to explore different aspects of software development. I focused mainly on robotics, reinforcement learning, and data-driven solutions. Each rotation gave me hands-on experience with cutting-edge automotive tech and let me contribute to projects that are shaping the future of mobility.
Autonomous Systems Work
Working with the Advanced Driver Assistance Systems team, I integrated reinforcement learning algorithms to improve autonomous driving capabilities. My work was all about optimizing decision-making in real-world scenarios. I used my robotics background to help develop adaptive and intelligent driving systems. These contributions helped make Toyota’s autonomous vehicle technology safer and more efficient.
Data Analytics and ML
During my rotation with the Data Analytics and Machine Learning team, I developed predictive maintenance algorithms using reinforcement learning to improve system efficiency and reliability. By using data analytics and machine learning, I helped optimize vehicle performance and work toward continuous improvement in Toyota’s automotive solutions.
Software Reliability and Telematics Monitoring
In the software reliability rotation, I focused on setting up monitoring workflows using Datadog and telematics modules. I implemented real-time logging, alerting, and anomaly detection to make sure critical automotive systems were performing as expected. By integrating telemetry data from connected vehicles, I helped improve diagnostic capabilities, reduce downtime, and strengthen predictive maintenance strategies. This work was important for making sure Toyota’s software ecosystem was reliable and that we were taking a proactive approach to monitoring and optimization.
Looking Back
This experience at Toyota strengthened my skills in robotics and AI while deepening my interest in autonomous systems. Getting exposure to real-world challenges reinforced why I want to keep pushing the boundaries of intelligent mobility. As I continue working in AI and robotics, I am excited to apply what I learned to future projects at the intersection of technology and transportation.