Mahdi
Pourkerman

Researcher && Developer

The fascination of coding is endless for me, as I believe that life itself is built on codes. Both we and the entire living world are composed of genetic codes. By learning the language of code, we can better understand life and even communicate with nature. I believe we are just at the beginning of this incredible journey.

Glad to meet you!

I’m Mahdi, a researcher and software developer. Since beginning my professional journey in 2005, I have spent over 15 years immersed in this ever-evolving industry—and my passion for it continues to grow. Currently, I lead the R&D team at a well-regarded company specializing in medical aesthetics and surgical technologies. As a senior developer, I possess extensive experience in interactive 3D applications, machine vision, and the application of AI to 3D data processing. While C# is my primary programming language, I also utilize Python and C++ to enhance our technological capabilities and adopt the latest innovations. My expertise extends to developing AR/VR solutions, real-time 3D software, and both 2D and 3D computer vision systems using RGB and depth sensors.

Throughout my career, I have held a variety of roles and contributed to numerous real-world projects. I am dedicated to continuous learning and thrive on embracing new challenges and innovative opportunities. Through this website, I look forward to sharing insights and experiences from my journey with you.

My Works

I began my career in 2005 and, guided by both my interests and market demands, I have taken on a variety of roles that can be categorized into two main areas: Art and Technology. Being deeply passionate about both fields, I have always sought to incorporate each—or a combination of the two—into my work.

2019-2021

Live RGBD FACE AR

Interactive live 3D scanner and Live AR

In this project, I developed a system that utilizes an RGBD camera in combination with a 4K RGB camera to perform rapid 3D scans of a person’s face. Using the integrated 3D AR module, the system allows for real-time design of custom eyebrows directly on the live facial model.

Finally, the designed eyebrows can be automatically converted into a 3D model, ready for printing.

Project Features:

3D face scan with depth camera (Single Sensor Fusion)
Face recognition by artificial intelligence in the point cloud environment and specifying the distance and dimensions of the face
Matching the 3D model scanned on LiveD Cloud Points (3D AR Fusion)
Find the main landmarks of the face and marker in live and 3D mode
Use marker and face points for 2D-3D matching for the ultimate 4K AR and design eyebrows live
Automatic making of a printable 3D mold of designed eyebrows

Face Design Sotware + AR VR

2017-2019

In this project, I designed and developed specialized software precisely aligned with the company’s needs and objectives. The core focus was to provide powerful tools for editing 3D facial models produced via photogrammetry—enabling users to sculpt and refine facial features and automatically generate 3D molds optimized for high-precision 3D printing. These molds play a critical role in reducing errors during cosmetic surgery procedures. Beyond visualizing pre-surgical facial transformations, the software delivers a comprehensive suite of customization options, allowing clients to experiment with different hairstyles, hair colors, eyebrow shapes, and even virtual wardrobe changes as part of an integrated beauty package. This empowers users to preview a completely transformed version of themselves before making any real-world changes. Furthermore, the software is equipped with advanced VR support and interactive AR features, enabling users to view and experience their selected changes live and in real time, directly on their own face.

Project Features:

display a scanned 3D face (scanned by a photogrammetry scanner)
Edit the high poly 3d Scanned model with brushes
Show different hairstyles and simulate real hair colors
Eyebrow design for micro bleeding
Build 3D molds automatically from design data
Ability to save/load in all parts of the software
Measuring tools and design aids
Show changes in VR
View AR changes live

Video Mapping HoloGraphic

Interactive Software Development

AR-VR-Microsoft Kinect

2011-2017

My enthusiasm for emerging technologies, combined with my programming expertise and background in animation and visual effects—as well as my proficiency with a wide array of 2D and 3D software—has empowered me to execute and deliver a diverse range of innovative projects over the years. A particular highlight was the creation of video mapping installations for theaters, festivals, and exhibitions, which pushed the boundaries of visual storytelling and immersive experiences. Alongside this, I also developed several AR and VR applications. Some of my most fulfilling experiences from this period include programming for the Microsoft Kinect v2 and developing software solutions for both Android and iOS platforms.

Projects:

Video mapping for festivals
Video mapping for theaters and performances
Interactive software development
AR and VR software development
Making display holograms in small and large dimensions

Visual Effects & 3D Animations

2004-2017

From a young age, I was captivated by the world of animation, and this passion inspired me to begin learning animation software and techniques early on. My professional journey started with producing teasers and TV commercials, where I had the opportunity to collaborate with a range of advertising agencies, both as a freelancer and as a full-time team member. In addition to working on large-scale advertising campaigns, I pursued artistic projects such as creating short 3D animations and developing visual effects for feature films and television series. Alongside these creative pursuits, I also focused on developing interactive software, further expanding my expertise in digital media and technology.