Mehmet Ali Güven

Software Engineer

Mehmet Ali Güven

Currently Working At

Akgun Technology

Software Engineer

Autonomus Systems Software Engineer

Ankara, Turkey August 2026 - Present

Previously

Quad Robotics

Artificial Intelligence Engineer

Engineering of autonomous navigation and artificial intelligence software for robotic dogs used in the defense industry.

Ankara, Turkey November 2025 - March 2026

Latest Articles

Artificial Intelligence in Unmanned Aerial Vehicles (UAVs): Technical Depth and Next Generation

Explore the technical depth of AI applications in UAV systems, covering autonomous navigation, computer vision for target detection, and next-generation AI technologies shaping the future of unmanned aerial vehicles.

Read on Medium

Beyond Line of Sight: Building a Cognitive VLA Robot with Object Permanence

This project upgrades a standard robot with a cognitive reasoning layer that enables object permanence, allowing it to deduce where a missing target went (like behind a closed door) and actively find them instead of stopping.

Read on Medium

Featured Projects

Autonomous Unmanned Vehicle Control System

A comprehensive autonomous robot control system developed in C++ for robotics and embedded systems. This project combines artificial intelligence and systems engineering techniques to create a fully functional robot control platform.

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Robot Voice Control System with Biometric Authentication

A secure, offline voice control system for robots that combines biometric voice authentication with speech recognition. This system uses Resemblyzer for voice authentication and Vosk for offline speech recognition, ensuring privacy and security without requiring internet connectivity.

View Project

DeepRobotics Lite3 Tracking Segment Algorithm

A real-time human detection and tracking system designed for the LITE3 quadruped robot. The system uses YOLO11 segmentation model running on Rockchip NPU (RK3588) to detect humans and automatically controls the robot's head (yaw/pitch) to keep the target centered in frame.

View Project