I am an Electronics & Control Engineer with a multidisciplinary engineering background spanning Software Engineering, IT Systems & Networks, Embedded Systems, Industrial IoT, Artificial Intelligence, Computer Vision, Telecommunications, Enterprise Infrastructure, Cloud Engineering, and Research & Development.
I build connected engineering systems across the full stack β from electronic devices, embedded firmware and networks to APIs, databases, cloud platforms, intelligent applications and enterprise systems.
My work focuses on bridging engineering disciplines to create practical, scalable and production-oriented systems for real-world environments.
Building intelligent systems where Electronics, Software and Artificial Intelligence converge.
Building multidisciplinary engineering solutions across hardware, software, connectivity and intelligent systems.
| Engineering Domain | Focus |
|---|---|
| β‘ Electronics & Control Engineering | Intelligent electronic systems, signal acquisition, instrumentation, control and hardware design |
| π Embedded Systems | Firmware development, RTOS, microcontrollers, edge computing and embedded architectures |
| π€ Artificial Intelligence | Computer Vision, Machine Learning, TinyML and intelligent decision-making systems |
| π‘ Industrial IoT | Telemetry, smart devices, sensor networks and connected platforms |
| π Telecommunications & Networking | Enterprise networking, routing, switching, wireless communications and carrier-grade infrastructures |
| βοΈ Cloud Engineering | Distributed systems, cloud-native services, containerization and scalable infrastructures |
| π’ Enterprise Infrastructure | Windows, Linux, virtualization, systems administration and IT consulting |
| π» Software Engineering | Full-stack web applications, backend APIs, distributed platforms and automation |
| π Cybersecurity | Secure infrastructures, authentication, access control and resilient engineering platforms |
| π¬ Research & Innovation | Emerging technologies, multidisciplinary engineering and applied research |
"The most impactful engineering solutions are built at the intersection of multiple disciplinesβnot within the boundaries of a single one."
Technologies supporting the design, development and deployment of multidisciplinary engineering platforms.
Delivering multidisciplinary engineering solutions from hardware design to enterprise-scale intelligent platforms.
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Hardware Design PCB Design Instrumentation Electronic Diagnostics Signal Acquisition Embedded Integration |
Firmware Development STM32 / ESP32 RTOS Edge Computing Embedded Linux HardwareβSoftware Integration |
Computer Vision Machine Learning TinyML AI-assisted Diagnostics Edge AI Intelligent Automation |
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Enterprise Networking Routing & Switching Wireless Networks Network Automation Telecommunications Carrier-grade Infrastructure |
Cloud Platforms Containerization Linux Administration Windows Server Virtualization Enterprise Automation |
REST APIs Distributed Systems Backend Engineering Frontend Development Database Design Cloud-native Applications |
From electronic hardware and embedded firmware to enterprise infrastructure, cloud platforms, telecommunications and intelligent software systems.
| Platform | Engineering Focus | Status |
|---|---|---|
| π HendyWab Portfolio | Professional engineering portfolio & personal brand | π’ Live |
| π’ ChendyTronics | Engineering & technology ecosystem | π’ Live |
| π₯ ChendyPresence | Enterprise Workforce Intelligence Platform | π’ Live |
| βοΈ ChendyForge | Engineering collaboration & development platform | π§ |
| π‘ ChendyIoT | Industrial IoT & telemetry platform | π§ |
| ποΈ ChendyVision | Computer Vision & AI systems | π§ |
| π» HendyWab IT Labs | Enterprise Infrastructure Engineering | π§ |
| π Telecom Systems & Network Engineering | Carrier-grade networking & telecom labs | π§ |
| π¬ IEDS Diagnostic Workbench | Intelligent Embedded Diagnostics | π§ |
Designing intelligent engineering platforms that connect hardware, software, artificial intelligence, networking and cloud technologies into scalable real-world solutions.
AI-assisted embedded diagnostics platform integrating embedded electronics, real-time telemetry, networking, backend services, databases and modern software engineering.
- Embedded Systems
- Artificial Intelligence
- MQTT
- WebSockets
- FastAPI
- React
- PostgreSQL
Enterprise Workforce Intelligence Platform featuring intelligent attendance management, access control, analytics and cloud-native services.
- Facial Recognition
- RFID
- Enterprise Cloud
- REST APIs
- PostgreSQL
- React
- FastAPI
Industrial IoT platform for real-time telemetry, connected devices, monitoring dashboards and distributed engineering infrastructures, bridging embedded systems with modern software and data platforms.
- MQTT
- WebSockets
- FastAPI
- React
- PostgreSQL
- Docker
Carrier-grade networking portfolio demonstrating enterprise networking, telecommunications, infrastructure automation and cloud networking.
- Routing & Switching
- VLAN
- VPN
- Linux Networking
- Network Automation
- Enterprise Infrastructure
- Cloud Networking
Enterprise Infrastructure Engineering portfolio covering Windows, Linux, networking, cloud administration, automation and professional IT consulting.
- Windows Administration
- Linux Administration
- Enterprise Networking
- Virtualization
- Active Directory
- Docker
- Infrastructure Automation
Engineering collaboration platform supporting software engineering workflows, documentation and multidisciplinary engineering projects.
"Engineering is not only about solving today's problems, but about creating tomorrow's technologies."
My research and engineering activities focus on designing intelligent, connected and scalable systems by combining multiple engineering disciplines.
Current areas of exploration include:
- π€ Artificial Intelligence & Machine Learning
- π Intelligent Embedded Systems
- β‘ Electronics & Control Engineering
- π‘ Industrial Internet of Things (IIoT)
- π Telecommunications & Enterprise Networking
- β Cloud-native Engineering Platforms
- π’ Enterprise Infrastructure Engineering
- π Secure Connected Systems
- β Engineering Automation
- π Real-time Telemetry & Distributed Observability
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Visit the HendyWab Engineering Portfolio β
Professional portfolio showcasing engineering platforms, software systems, industrial IoT, embedded systems, AI, IT infrastructure, research projects, technical documentation, and enterprise architectures.
π’ Live β’ English / FranΓ§ais
Building multidisciplinary engineering platforms spanning
β‘ Electronics
π Embedded Systems
π€ Artificial Intelligence
π‘ Industrial IoT
π Telecommunications
β Cloud Engineering
π’ Enterprise Infrastructure
π» Software Engineering
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Every project should solve a real engineering problem. |
Simple architectures outperform unnecessary complexity. |
Design today with tomorrow's systems in mind. |
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Engineering evolves through continuous learning. |
Knowledge grows when it is shared. |
Technology should improve real-world systems. |



