I design, build, integrate, and automate technology—from enterprise IT infrastructure and business applications to robotics, artificial intelligence, embedded systems, and industrial IoT.
My work sits at the intersection of IT, software, electronics, automation, and engineering.
Professionally, I manage and develop reliable technology environments, including servers, networks, cybersecurity, databases, enterprise systems, business intelligence, and custom applications.
Outside traditional IT, I design and experiment with robotics, unmanned ground vehicles, drones, embedded electronics, computer vision, artificial intelligence, radio-controlled platforms, and connected devices.
I enjoy understanding how systems work, identifying their limitations, and evolving them into something more capable.
> That philosophy is the foundation of Evolution IT Solutions.
A selection of systems, experiments, and engineering projects I have designed, developed, or integrated.
A modular unmanned ground vehicle platform built around high-performance RC hardware, Raspberry Pi, long-range communication, live video streaming, telemetry, computer vision, and future autonomous navigation capabilities.
A multi-camera inspection platform designed to record, photograph, organize, and analyse equipment condition. Combines Windows-based software, camera control, serial-number tracking, automated file management, and planned AI-assisted defect detection.
A private, on-premises artificial intelligence environment for running language models, coding assistants, document processing, OCR, computer vision, and internal automation without relying entirely on external cloud services.
Custom applications that connect production, quality, maintenance, inventory, contracts, projects, and operational data into accessible workflows and dashboards.
Experimental systems involving sensors, microcontrollers, motors, cameras, wireless communication, power management, remote control, and mechanical platforms.
A self-hosted environment for virtual machines, containers, storage, networking, monitoring, development, testing, game servers, and private services.
Public repositories, tools, and automation scripts I maintain and share. Loaded live from GitHub.
Designing and managing reliable on-premises environments, including servers, storage, virtualisation, backup, networking, Wi-Fi, remote access, monitoring, and disaster recovery.
Implementing practical security controls across endpoints, networks, servers, applications, identity systems, remote access, and operational environments.
Developing internal applications, approval workflows, management systems, operational tools, dashboards, reports, and database-driven platforms.
Connecting systems, devices, APIs, databases, and workflows to reduce repetitive work and improve visibility, reliability, and control.
Deploying local AI models, computer vision systems, OCR pipelines, intelligent assistants, document processing tools, and AI-enabled automation.
Connecting machines, sensors, production systems, dashboards, databases, and alerting platforms to provide real-time operational visibility.
Building robotic platforms, camera systems, telemetry solutions, remote-control interfaces, autonomous functions, and connected mobile systems.
Prototyping systems using microcontrollers, single-board computers, sensors, relays, motors, communication modules, displays, and custom enclosures.
The EITS Lab is where I explore technologies beyond conventional IT. It includes robotics, artificial intelligence, RC platforms, drones, embedded systems, custom electronics, 3D printing, networking experiments, local AI, automation, and industrial technology. Some projects begin as practical solutions. Others begin with a simple question—and the answer usually starts with building a prototype.
Before selecting a technology, I study the problem, environment, constraints, interfaces, and failure points.
Systems should be easy to maintain, extend, replace, and integrate without rebuilding everything from the beginning.
Technology should solve a real problem. Complexity must provide measurable value.
A successful prototype should have a clear path toward stable and repeatable operation.
Where practical, I prefer open, self-hosted, and on-premises systems that provide greater privacy, control, and independence.
Every project creates new knowledge that improves the next design.
I am an IT Manager and hands-on technology enthusiast based in the United Arab Emirates.
My professional experience covers IT infrastructure, networking, cybersecurity, Linux and Windows administration, enterprise applications, databases, software development, business intelligence, automation, and industrial technology.
My personal projects extend into robotics, artificial intelligence, unmanned vehicles, drones, radio-controlled platforms, computer vision, electronics, embedded systems, and 3D printing.
I do not only want technology to work. I want to understand why it works, how it can fail, and how it can evolve.
My hobbies are closely connected to the systems I build. These interests frequently evolve into full engineering projects.
I am always interested in meaningful technology, engineering challenges, collaboration, and conversations about innovative systems.
Whether the subject is infrastructure, automation, AI, robotics, embedded systems, industrial IoT, software, or an unusual technical idea, feel free to get in touch.