Welcome to my portfolio of engineering and design work, including student team projects and professional experience.
Ana Dimitrievska
During the current study semester, I am an undergraduate research assistant for the Interactive Robotics Lab at Waterloo University. My work here focuses on using ROS2 to write control software for a robot arm with 7 Degrees of Freedom, as well as custom hardware creation.
Most recently, during my internships at Schneider Electric in France, I created automation tools that streamlined workflows and were adopted by teams internationally.
This portfolio highlights my projects from industry, student design teams, and extracurriculars that showcase my skills in design, coding, and prototyping.
Last update: 02.09.2025
- Used Python to create a PyQt6-based automation tool that creates Network Diagram Schematics, reducing overhead by ~75% - Optimized performance by 30% using multithreading for asynchronous COM interaction with Excel and Visio - Used QGraphicsView and QGraphicsScene libraries to enhance real-time diagram navigation and UI responsiveness by ~50%
- Developed 3 apps to automate configuration of electronic devices, driving demand and adoption by teams in the U.S. and U.K. - Created a Python-based test script generation tool used in the simulation and validation of over 500 electronic devices - Debugged and integrated a C++ -based automation tool into a Python environment saving over 20 hours of redundant work
- Leveraged Python to create a database for over 600 company products, optimizing quote creation by 15% - Analyzed over 600 technical drawings of products to extract information and automate the packaging calculation process - Led meetings with more than 15 department leads to integrate the database into all sectors
Project for the UWaterloo Watonomous team. Developed a navigation system using simultaneous localization and mapping, enabling the robot to move autonomously while avoiding obstacles.
Created a device that fuels the rocket with oxidizer and detaches safely at launch. The project was done using Solidworks and AutoCAD, and was used in the launch in Canada's first amateur liquid rocket.
Robotics team responsible for building a 150lbs robot capable of competitive gameplay.