I design and deliver backend systems end-to-end — from IoT pipelines and cloud infrastructure to safety-critical monitoring platforms. I take full ownership of architecture and implementation, and work closely with the team to make sure things actually ship and hold up in production.
Took full ownership of a production monitoring system for elevated MRT infrastructure. Resolved critical legacy bugs and migrated an end-of-life stack (Nuxt 2 → Nuxt 4, MongoDB v3), implemented accelerometer-based alarm logic, and separated real-time from analytical workloads via hourly/daily cron aggregation across 5+ years of sensor data.
Architected an AWS-based, multi-source platform uniting Automatic Weather Station infrastructure with IoT sensor networks. Built GRIB meteorological data processing, animated weather visualization, and a unified dashboard comparing forecast vs. current vs. live sensor readings.
Built an AI-assisted decision-support system for farmers, integrating weather forecasts with live IoT sensor data for data-driven agricultural decisions at scale. Defined device communication protocols and data-structure requirements to keep sensor-to-cloud flows consistent.
Independently researched, prototyped, and field-deployed a system for remote genset control and real-time power monitoring across multiple sites — reducing on-site technician visits. Operated 6+ months in the field, then presented the business case to regional management; concept validated and adopted at scale.
Mapped the workflows of helpdesk, field, and sales teams into a single production system: a unified web dashboard and a Telegram bot connected via webhook for real-time cross-channel notifications and task dispatch. Served 200+ active users across 5 districts.
Self-initiated: built an internal observability and ticketing system tracking uptime, SLA compliance, and device health across distributed infrastructure — with remote diagnostics to identify and triage issues before they escalate to outages.
A Software Engineer with 4 years designing and delivering backend, IoT, and cloud infrastructure — from safety-critical monitoring systems to real-time agricultural intelligence platforms.
What sets him apart is not just building systems, but owning them end-to-end. At his current role he is the sole technical decision-maker: defining IoT communication protocols, designing data pipelines, reviewing architecture decisions, and translating business requirements into technical direction — effectively acting as Tech Lead, often the only engineer in the room.
He is now looking for a Tech Lead or Senior Engineer role where he can bring this depth of ownership to a team ready to scale.