Languages & Data
Core programming and database languages used across backend and systems work.
- Java
- SQL
- PL/SQL
- JavaScript
- C++
- Python
- C
SYSTEMS ENGINEER
Specializing in System Design
I design systems built to survive production realities - from edge computing environments to elastic cloud architectures.
I approach engineering as systems design under constraint - where clarity, reliability, and architectural discipline matter more than surface complexity. My projects span distributed backend systems and embedded environments, connecting firmware-level control with resilient production infrastructure. With a foundation in Electrical and Electronics Engineering from Gov. Model Engineering College (MEC), I think in first principles - treating hardware, computation, and distributed software as parts of one continuous system rather than isolated domains.
31 skills across 4 engineering tracks
I work across enterprise Java services, cloud platforms, Oracle ecosystems, frontend integrations, and embedded hardware workflows without treating them as separate worlds.
Current
Designing and developing enterprise-scale distributed systems with a focus on scalability, reliability, and production-grade standards, maintaining 99.9% uptime.
Previous
Executed end-to-end firmware development and PCB design for drone and power management systems, delivering fully integrated hardware solutions from concept through validation.
2020 — 2024
Built a strong first-principles foundation in embedded systems control, systems design, power & digital electronics, and hardware-software co-design.
Fintech
Cloud Finance Service
Outcome: Better visibility into cash flow through categorized expense summaries, auto expense settlement and account snapshots.
Assistive Tech
Assistive Device
Outcome: Reliable communication aid built with embedded controls and clear user interaction paths.
Flash Charge
Power Backup Module
Outcome: Compact power card with stable delivery and built-in protection for safe everyday operation.
System Protection
Protection Control
Outcome: Fast fault detection and automatic protective response for safer and more resilient machine operation.
Open to engineering conversations spanning embedded systems, backend software design, and reliable distributed systems.