I am an engineering graduate and a former university teaching assistant of mathematics, control systems, and robotics. In my classes, I have quickly learned that students don't struggle because they are "bad at math"; they struggle because concepts are presented to them in an unclear manner. My approach is to simplify complex ideas without losing their depth so that every formula, diagram, or line of code actually makes sense.
This means that with my students, I break down problems step by step, use clear visuals and real engineering/robotics examples, and keep checking understanding instead of just talking and solving everything myself. Such a method led to noticeable improvements in grades, but what is more important, students started feeling confident, asked better questions, and explained the topics back in their own words.
Experience
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Junior Robotics Engineer (Aug, 2025
–Present) at Isa Consulting
• Developed and optimized humanoid robot components using Fusion 360 and integrated them into simulation
environments.
• Developed and implemented robotic control algorithms in Isaac Sim using ROS2 for simulation and validation.
• Implemented and tested embedded motor control systems and synchronized simulation with the hardware’s performance.
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Teaching Assistant- Mathematical Foundations of Communications (Feb, 2025
–Jun, 2025) at Constructor University
• Led tutorial sessions and assisted students with exercises
• Helped students understand key concepts in linear algebra, probability, and information theory.
• Supported the instructor with grading, exam prep, and developing teaching materials.
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Teaching Assistant- RIS Project (Feb, 2025
–May, 2025) at Constructor University
• Repaired Duckietown robots and sensors for optimal academic and research performance.
• Guided students on robotics software, sensor integration, and troubleshooting.
• Assist students in implementing SLAM algorithms using ROS and Gazebo for autonomous robotic navigation.
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COntrol System Teacher Assistant (Sep, 2023
–Dec, 2023) at Constructor University
Organize tutorials and explain complex topics in the Control Systems class.
Assist students with solving exercises and understanding course material.
Provide guidance on writing MATLAB code to solve and simulate various problems.
Contributed to a 20% increase in the average class grade by enhancing students’ comprehension and problem-solving
skills.
Fee details
€10–25/hour
(US$11.63–29.07/hour)
Depends on the course level