I'm a BEng student in ICT & Robotics at Häme University of Applied Sciences (HAMK), Finland. I specialise in the intersection of physical robotics, software automation, and networked systems.
Currently working as a Robotic Welder at K. Hartwall Oy, operating and monitoring industrial welding robots full-time alongside my studies. I hold all three Universal Robots e-Series certifications and a Cisco CCNA certificate.
My background spans RPA with Python/Robocorp, collaborative robotics, IoT architectures, machine vision, Linux systems administration, and OOP — all backed by hands-on coursework and real industry exposure.
Beckhoff EtherCAT PLC control system with state-machine-driven robot arm pick-and-place, LM35 temperature supervision, refrigerator control, and live TwinCAT VISU. Built for Control Systems course at HAMK.
End-to-end computer vision pipeline: RGB channel separation, Otsu segmentation with CLAHE, connected-component detection, and camera–robot homography mapping for Dobot MG400 pick-and-place. Python + OpenCV + RoboDK.
Full relational database for a university registration system: ER diagram (7 entities, Crow's Foot), normalised to 3NF, MySQL DDL/DML with JOINs, GROUP BY, subqueries, and an interactive SQL console. Team 7 project.
KNN vs Gaussian Naive Bayes on IBM HR Analytics dataset (1470 employees). Feature engineering, StandardScaler, K-optimisation loop, confusion matrices, and model comparison. Best accuracy 85% with KNN k=7.
Interactive 3-DOF planar robot arm simulator with forward and inverse kinematics. Control each joint in real time or click a target point and watch the arm solve its path. Built for Robot Kinematics course.
Interactive network topology builder and analyzer. Drag-and-drop routers, switches, and hosts. Visualise routing tables, simulate ping between nodes, and highlight shortest paths using Dijkstra's algorithm.
Open to robotics engineering internships, automation roles, and collaborative projects — especially in Finland and the Nordic region. Feel free to reach out.