Project Showcase

Designed a DaemonSet to continuously scan the network quality of every service and pod across a Kubernetes cluster. Generates a real-time spidermap for visualizing service topology and debugging connectivity, latency, and health of services from the internet.

Optimized a DaemonSet for network performance in large-scale production-grade Kubernetes clusters. Tuned kernel networking parameters, reduced inter-pod latency, and improved throughput across hundreds of nodes in Sitecore's production AKS environment.

Orchestrated rolling upgrades of 65+ production Kubernetes clusters from AKS 1.31 → 1.33 with Flux 2.6.x in 2025, and from AKS 1.33 → 1.34 with Flux 2.7.x in 2026. Maintained zero-downtime delivery across Sitecore's global multi-cluster estate.

Provisioned and configured dedicated Kubernetes clusters on Azure AKS for Sitecore Contenthub, XM Cloud, and shared services platforms. Handled namespace design, RBAC, networking policies, ingress, and GitOps bootstrapping with Flux.

Created and managed Azure resources supporting Kubernetes clusters and various automation workloads, including Virtual Networks, Managed Identities, Azure Automation Accounts, DNS zones, and monitoring infrastructure across multiple subscriptions.

Built a hybrid AI agent that combines mathematical time-series forecasting (statistical models, trend analysis) with LLM-based reasoning to predict Azure quota consumption. Provides proactive alerts and recommendations before quota limits are breached in production clusters.

Developed an automation pipeline that scans Azure subscriptions for orphaned or unattached resources (unlinked disks, unused IPs, detached NICs, stale resource groups). Automatically creates structured JIRA tickets with resource metadata and cost impact for engineering teams to act on.

Consolidated cloud platform-specific Prometheus exporters (AKS node metrics, Azure service metrics, Flux health, custom SLI exporters) into a single unified repository. Standardized exporter configuration, Helm chart deployment, and Grafana dashboard integration across all Sitecore clusters.

Adopted Infrastructure-as-Code using Terraform and Terraform Cloud (TFC) to provision and manage Azure resources including Subscriptions, Service Principals, Key Vaults, VNets, and RBAC. Led migration of manually created legacy resources into Terraform state with import workflows and drift detection.

Designed an Android application in Kotlin that transforms an Android device into an IP-based CCTV camera by exposing an RTSP stream. Supports background service execution, configurable video codec selection (H.264, H.265/HEVC, AV1, VP9), and an embedded web server for secure remote access.

Design and implement Agrisensors/Industrial sensors that work in intense environment conditions with Solar power. Uses deep sleep for ultra-low power operation. Open-source project sponsored by VolfPack Energy.

Design and develop the hardware and firmware for a microcontroller-based Battery Management System (BMS) for lithium-ion battery packs used in electric vehicles.

Designed a CAN bridge to mask and translate CAN messages from automotive components (BMS, Headunit, Odometer). Includes JTAG-based firmware flashing and dumping using OPENOCD and STlink.

Creating and developing highly automated CI/CD pipelines and tests for all software and embedded programmes within our GitHub organisation. Deploy web apps and services using pipelines to GoDaddy, EC2 instances, building Docker images for K8s expansion, and automated testing pipelines. Cut development and deployment times from days to minutes.

Designed and built a WiFi-enabled roller gate controller using ESP32, enabling remote operation via a web UI. Includes prototype hardware and custom firmware.

Designed a variable power supply with a 0–48V range at up to 6A, plus fixed power terminals at 12V, 5V and 3.3V (up to 3A) using off-the-shelf components.

Deploying the Govi.ai application on AWS EKS. Managed containerized instances in GitHub Registry and AWS ECR, testing product deployment feasibility on EKS and Kubernetes clusters.

Pipeline handling the deployment of the Govi.ai Admin and Auth Web Apps on EC2 instances. Automates environment setup, application deployment, and health monitoring on EC2.

Automates deployment of EC2 instances using Terraform. Includes configuration of Elastic IPs, boot volumes, and URL setup on Route 53.

Designed and developed IoT sensors for detecting Methane, CO2 levels, and power monitoring. Custom PCB design and firmware for field deployment.

ESP8266-based IoT energy meter using HLW8012 for real-time power monitoring. Custom PCB designed in KiCAD.

Open-source RS485/Modbus shield for NodeMCU Amica. Designed for capturing RS485 data from BMS, inverters, and other industrial applications.

Ongoing project to develop a universal datalogger that receives data over RS485, RS232, and CAN, safely uploads to the cloud, and stores locally on SD card. ESP32-S3 based with OLED display.

Implemented an edge computing device using Kria KV260 FPGAs with deployed neural networks for general-purpose applications (object recognition, speech recognition, NLP). Optimized for low power, high performance, and low latency.

Official e-magazine and blog for IEEE ComSoc KDU. Maintained and modified the website using HTML, CSS, and JavaScript.

ESP32-S3 MINI Devkit designed in KiCAD. Compatible with Mini, Micro, and USB-C ports. Intended as a foundation for a global datalogger platform.

Developed an ESP32-based IoT datalogger using ESP-IDF 4.4 with MQTT, OTA updates, RTC, SPIFFS, RS485, and CAN for BMS data transmission. Reverse-engineered RS485 communication for a specific BMS brand.

Developed an Android app using Flutter as part of the 2nd year Software Project (Team Hackstone). Companion app for the web-based Hasthiya LMS site, featuring quiz pages, course navigation, and interactive UI.

Designed the official web page for the Genesiz event held by the ERIC society of KDU.

1st Year ICT project — a smart study table to maximize student comfort. Features automated lighting, fan control, and alerts using ATMEGA32 microcontroller. Designed in Proteus, KiCAD, and AtmelStudio.

Commercial project to convert existing light switches to Bluetooth-controllable switches for special-abled users, without rewiring. Built with Arduino Nano, designed in EasyEDA and modeled in SOLIDWORKS.

Advanced robotics course projects including an obstacle-avoiding robot, water control system, mini goods transporter (conveyor + pneumatics), elevator control system, and home automation system.

Individual design project — a liquid petroleum gas leakage detector that automates a gas removal system when leakage is detected. Uses MQ-2 gas sensor with Arduino UNO.

WiFi-based real-time pose estimation system. ESP32-S3 firmware, containerized Rust sensing server, and Kubernetes deployment for scalable inference.

ESP32S3-based energy meter datalogger supporting RS485, WiFi, Ethernet, LoRa, and 4G connectivity. Built using ESP-IDF framework for robust field deployment.

Assistive technology software for eye-tracking-based communication, featuring calibration UI, AI-driven predictive text models, and accessible interface design.