If you look at this page, you're probably thinking to yourself,
"Okay, so you do these things as a hobby, but what do you do for a living?"
I am a passionate and experienced software engineer specializing in computer vision, augmented reality, and machine learning. Over the years, I have been involved in numerous innovative projects, contributing significantly to the fields of image processing, navigation, and intelligent systems. I am constantly exploring new technologies and methodologies to stay at the forefront of the industry, and I am excited to share my journey and experiences with you.
License Plate Recognition
April 2019 - Present
Associated with: Candid ITS
I played a pivotal role in developing an adaptive number plate recognition engine that boasts a recognition speed and reliability higher than 95%. This project has showcased my ability to create flexible and versatile solutions tailored to specific use cases.
Eye Gaze Controlled POI Search
Associated with: NNG LLC
I led a team to victory in an internal innovation competition at NNG LLC, resulting in the development of an eye gaze controlled Point of Interest (POI) search system. I had the opportunity to present our innovative solution to customers at CES 2019 in Las Vegas.
Augmented Reality on Head Up Display
Associated with: NNG LLC
I have been actively involved in developing augmented reality applications for Head Up Displays, contributing to the innovative use of AR in automotive navigation and information systems.
March 2018 - January 2019
I worked on the Hybrid Navigation project, which seamlessly integrates mobile and embedded navigation solutions, enhancing performance and scalability through cloud computing.
Mobile Image Processing Library
I developed a comprehensive image processing library for Android, iOS, and Windows Phone, supporting gesture recognition, augmented reality, and optical character recognition.
Sport Performance and Tactical Analysis
I have been instrumental in creating software for analyzing team sports performance, providing valuable statistics on player movement, ball tracking, and overall game tactics.
Intelligent Surveillance System
I developed an intelligent camera system capable of autonomously detecting and recording critical events, leveraging various camera types to enhance monitoring capabilities.
I created a system for measuring audience engagement with digital displays, providing valuable insights for advertisers and promoters.
I worked on a radar and mapping system for surveying lakes and rivers, aiding in the efficient and accurate mapping of underwater topography.
Microcontroller Based Navigational Robot
This project marked my foray into robotics, where I built a fully functional navigational robot, gaining hands-on experience with a wide array of technologies including AVR, Raspberry Pi, Android NDK, and various communication protocols.
Road Condition Mapping
I was part of a team that developed a system for mapping road conditions at high speeds, contributing to safer and more efficient road maintenance practices.
Visitor Counting System
I developed a real-time people counting system running on an embedded device, providing accurate visitor metrics for various applications.
Közbeszerzési Hirdetmény Figyelő
I was involved in this project, contributing to the development of a public procurement announcement monitoring system.
Sign Language Recognition
I worked on a project for recognizing sign language using a depth camera, contributing to the accessibility and inclusion of the hearing impaired.
Life Saving Mobile Application
January 2012 - July 2012
I won the “Jump! Be Innovative!” innovation competition launched by TEVA Inc. and the University of Debrecen, earning the title “The most creative student” and a monetary prize.