Hardware
Engineering at the physical layer — microcontrollers, sensors, PCBs, robotics, and embedded devices.
PCB Designs
Custom PCB layouts for embedded controllers, sensor modules, robotics interfaces, and IoT devices.
Includes:
- ESP32‑based controllers
- Sensor fusion boards
- Low‑power embedded modules
- Robotics control PCBs
ESP32 Devices
Firmware + hardware projects built around the ESP32 platform.
Includes:
- IoT monitoring nodes
- WiFi/BLE gateways
- OTA‑enabled devices
- Industrial sensor interfaces
Robotics
Hardware and embedded systems for robotics prototypes and motion‑control systems.
Includes:
- Motor controllers
- IMU integration
- Sensor arrays
- Embedded robotics firmware
Software
Cloud‑native systems, dashboards, microservices, automation engines, and CI/CD pipelines.
Dashboards
Real‑time dashboards for industrial monitoring, automation workflows, and IoT telemetry.
Includes:
- Grafana dashboards
- Custom web dashboards
- Multi‑facility monitoring views
Microservices
Cloud‑native backend systems built with Java, Spring, Docker, and Kubernetes.
Includes:
- Event‑driven services
- IoT ingestion pipelines
- Automation engines
- REST/MQTT/OPC UA integrations
CI/CD Pipelines
Automated deployment pipelines for embedded firmware, cloud services, and industrial systems.
Includes:
- GitHub Actions
- Docker pipelines
- Kubernetes deployments
- Automated testing workflows
🧪 Workshops
Hands‑on engineering workshops for students, educators, and professionals.
Includes:
- Microcontroller workshops
- IoT architecture bootcamps
- Robotics sessions
- Cloud & DevOps training
- Automation fundamentals
Workshops combine theory with real hardware, live coding, and practical engineering exercises.
🏭 Installations
Real‑world deployments of embedded systems, IoT platforms, and automation workflows.
Includes:
- Industrial IoT installations
- Multi‑facility monitoring systems
- Automation workflow deployments
- Cloud migration rollouts
These installations demonstrate how engineering translates into operational impact.
Why This Portfolio Works
Engineering is best demonstrated through real systems — not just descriptions. This portfolio shows:
- Working prototypes
- Production deployments
- Real dashboards
- Real hardware
- Real installations
- Real outcomes
It reflects the practical, hands‑on engineering approach behind every project.