Core capabilities that drive impactful solutions
Building scalable web applications with modern frameworks and cloud architecture
Developing intelligent, data-driven systems for behavior analysis and automation
Designing and deploying microservices on AWS with high availability and scalability
Improving system efficiency through algorithmic and architectural enhancements
Working with text-based models and intelligent language systems
Implementing deep learning–based solutions and applied AI systems
Building scalable systems and exploring AI frontiers
Contributed to the development of enterprise-scale microservices and AI-powered features for healthcare platforms serving hundreds of thousands of users in production. Focused on access control, authentication, licensing, and system optimization.
Performed research on quantum algorithms and blockchain security. Conducted simulations on IBMQ quantum computers to analyze the probability of a quantum miner outperforming a classical miner in blockchain race conditions.
Developed data ingestion solutions for Azure Data Lake Storage, implementing pluggable components for SQLStream and automating deployment processes for continuous integration.
Roche Information Solutions
May 2022 - Sept 2025
Led enterprise-scale microservices and AI-powered features for 250K+ users with focus on access control and performance optimization.
University of Lethbridge
June 2021 - Aug 2021
Conducted quantum computing research on blockchain security with simulations on IBM quantum computers.
Guavus (Thales Group)
June 2021 - Nov 2021
Developed data ingestion solutions for Azure Data Lake Storage with automated CI/CD deployment.
Experiments, research, and side projects
Explored standards and techniques for modelling knowledge as graph-structures and visualising them via interactive notebooks.
Multi-agent trading system replicating hedge fund desk operations through specialized LLM agents that debate and collaborate on investment decisions.
Algorithmic scheduling system that minimizes CO2 emissions of cloud workload execution using real-time carbon intensity data across distributed datacenters while maintaining quality of service.
Regulatory-compliant algorithmic trading system using the Summarize-Explain-Predict framework to provide natural language explanations for every trade.
Research project extending Contrastive Reasoning Prompt Optimization (CRPO) framework to develop multi-domain variants that produce prompts transferable across diverse reasoning tasks.
Built a platform to assist developers in building decentralized applications by providing a customizable, ready-made backend that integrates seamlessly with their applications.
Full-stack medical healthcare platform with web and mobile apps that tracks patient medical reports, enables doctor-patient interactions, and uses QR codes for instant medical history access.
Tools and technologies I work with
Complete overview of my experience, education, skills, and achievements
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