Developed Surgent, my first AR project, in 24 hours to assist doctors with an agentic workflow.
Built an AI powered doctor assistant in 24 hours for appointment pre-screens that can access the internet and book appointments.
Currently building:
AgenticFruit — The future of marketing... Coming soon.
Mailey — Schedule meetings via email analysis. Works on any provider.
About me.
Hi! I'm Anmol Singh, a software engineer based in Chicago, Illinois. I'm currently a student at the University of Michigan-Ann Arbor studying Computer Science.
I'm a full stack developer with a focus on React and App Development. I am passionate about transforming existing apps by integrating cutting-edge AI solutions to enhance user experience and drive innovation.
Experience
Hi! I'm Anmol Singh, a software engineer based in Chicago, Illinois.
Led the migration of four critical APIs from Python to Rust, improving reliability by 50% and reducing latency for high-performance private cloud deployments
Designed and implemented scalable, self-healing infrastructure to support NetThunder's automated, on-premises private cloud solutions, enabling seamless application deployment and management
Optimized API workflows to support secure, automated compliance features (including CMMC and NIST 800-171), expanding NetThunder's reach in regulated industries
Designed and implemented machine learning projects in Python, utilizing TensorFlow and PyTorch for diverse clients, including an AI-driven Parking App that incorporated car detectors and license plate recognition
Leading a team of ML engineers with a 33% increase of code output compared to other teams
Youngest Project Lead in company history at age 16
Projects
Hi! I'm Anmol Singh, a software engineer based in Chicago, Illinois.
Hi! I'm Anmol Singh, a software engineer based in Chicago, Illinois.
University of Michigan – Ann Arbor
Bachelor of Science in Computer Science
Expected Graduation: May 2028
GPA: 4.0/4.0
Relevant Coursework: EECS 281: Data Structures and Algorithms, EECS 280: Programming and Introductory Data Structures, EECS 180: Introduction to Programming, EECS 203: Discrete Mathematics, ROB 101: Computational Linear Algebra, DataSci101