Hello, I’m Mehdi Pourkerman—a researcher and software developer driven by a deep passion for technology and innovation. My expertise spans real-time systems, 3D data processing, machine vision, artificial intelligence, and both virtual and augmented reality. Through this website, I aim to share insights from my journey and practical experience in these dynamic fields. Since earning my degree in software engineering, I have embraced lifelong learning and self-development. Being largely self-taught, I’ve built a diverse skill set and contributed to a wide range of innovative projects.
Early in my career, my fascination with the arts, animation, cinematic visual effects, and digital imagery led me into the world of 3D animation. I became an expert in 3D animation and visual effects, and spent several years as a 3D generalist in advertising agencies. Simultaneously, I developed my real-time programming skills and, in 2006, launched my first virtual reality project—a virtual architectural tour. This became a foundation for further innovation.

I am proficient in C, C++, C#, Java, and Python. Of the various platforms I’ve worked with, Unity 3D paired with C# is my primary choice, while I rely on C++ to integrate Unity with other advanced technologies. My enthusiasm for visual technology and art led me into video mapping and theater, resulting in a range of creative projects between 2011 and 2018, where I served as technical director, art director, concept creator, and technology strategist. Starting in 2014, I incorporated depth cameras and sensors like Kinect into live performances, and used RGBD data to develop virtual fitting rooms and interactive advertising games.

Since 2017, I have served as Director of Research and Development at Tarah Teb—a forward-thinking company in health and beauty. Here, I continue to drive software innovation and technology development. I look forward to sharing the challenges and solutions I’ve discovered, hoping they’ll inspire and benefit others.  Artificial intelligence, 3D data processing, and machine vision remain among my strongest interests, especially as their real-world applications expand. I’m most fulfilled when combining knowledge across disciplines to create new solutions, solve problems, and improve lives.

Environmental protection is another area close to my heart. While technological progress has contributed to challenges like pollution, I am optimistic that the convergence of AI, robotics, and other sciences will drive smarter waste management, effective recycling, and better environmental practices—and I hope to contribute to these positive changes.