Tech stack
Software/Compiler Engineer
I predominantly focus on designing, developing, and supporting kernels for AI accelerators, as well as optimizing existing compilers and also design user interface sometimes.
Languages/Infrastructures
I am currently pursuing my Master’s in Computer Science from Khoury College of Computer Science at Northeastern University.
I worked as a Software Engineer, designing and developing kernels for AI accelerators and optimizing compilers.
My journey as a Software Engineer began two years ago. I develop and maintain kernels for cutting-edge AI accelerators. I also have experience working with compilers, a crucial component in optimizing algorithms and enhancing hardware performance, whether it involves refining code generation or fine-tuning compiler optimizations.
I predominantly focus on designing, developing, and supporting kernels for AI accelerators, as well as optimizing existing compilers and also design user interface sometimes.
Languages/Infrastructures
Qualcomm Technologies, Inc
Incoming AI SW Intern for Summer 2026.
MulticoreWare Inc
Enchance compiler passes for LLVM and architected high-performance ML kernels for AI accelerators, reducing latency by 63%.
Zoho Corporation
Developed Java-based Command Line tools with optimized data structures, achieving a 25% improvement in runtime performance.
Northeastern University
Computer Science Graduate student at Khoury College of Computer Sciences.
Relevant Coursework:
Sri Krishna College of Engineering and Technology
Graduate with first class with distinction. Member of photography club.
Relevant Coursework:
Developed an enhanced LLVM Address Sanitizer with fault-tolerant execution capabilities. Implemented custom instrumentation passes and plugin integration for extended functionality with comprehensive testing harness.
Advanced Heart Disease Prediction with Ensemble Methods UCI Heart Disease Dataset achieving 90% accuracy. Implemented advanced feature engineering, hyperparameter tuning, and comprehensive performance validation.
Built a checkpoint-restart system (Docker/Kubernetes/CRIU technology) that captures and restores full process state across address spaces. Solved address space conflicts, call frame consistency, and register restoration via assembly-level debugging.
Interested to know me more?
You can find my Resume below.
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