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Technical Computer Science Student

Atef Helali

Based in Hannover, Germany. Interested in software, automation, and systems that connect digital interfaces with real-world behavior.

Education

Leibniz Universität Hannover logo

Leibniz Universität Hannover

Technical Computer Science Student

Technical Computer Science student focused on software, robotics, and embedded systems in Hannover.

About

I design and build software, robotics prototypes, and embedded systems with a focus on clarity, reliability, and practical execution.

Quick Facts

Based InHannover, Germany
Current FocusRobotics and intelligent systems
AvailabilityInternships and collaborations
Open LinkedIn
Institut für Montagetechnik und Industrierobotik logo

Institut für Montagetechnik und Industrierobotik

HiWi / Software Engineer

HiWi / Software Engineer for assembly technology and industrial robotics in Hannover.

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Institut für Mess- und Regelungstechnik logo

Institut für Mess- und Regelungstechnik

HiWi / Software Engineer

HiWi / Software Engineer for measurement and control engineering in Hannover.

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Institut für Algebraische Geometrie logo

Institut für Algebraische Geometrie

HiWi / Student Assistant

HiWi / Student Assistant supporting algebraic geometry research in Hannover.

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Projects organized by professional work and university work.

This section separates applied engineering work from university-driven builds so the context of each project is immediately clear.

Applied work shaped by research, engineering, and production thinking.

These projects reflect institute work, applied experimentation, or portfolio pieces built with a professional delivery mindset.

Robotics Prototype

Line Follower Robot

An embedded project combining sensing, motor control, and machine learning experiments for smarter path tracking.

  • Sensor-driven navigation and path correction
  • Motor control tuned for responsive movement
  • ML experimentation to improve tracking behavior
ArduinoRoboticsSensorsMachine Learning
02

Selected Work

Built to demonstrate technical depth while still looking and feeling like a polished product.

Demo Video

No demo video added yet.

Add a YouTube link or a local demo video like /videos/line-follower-demo.mp4

Embedded Systems

ROS2 Flight Controller

A control prototype connecting inertial measurements, onboard processing, and ROS 2 communication for real-time development work.

  • IMU integration for motion data
  • ESP32-based embedded experimentation
  • ROS 2 communication for system-level testing
ESP32IMUROS 2Realtime Systems
03

Selected Work

Built to demonstrate technical depth while still looking and feeling like a polished product.

Demo Video

No demo video added yet.

Add a YouTube link or a local demo video like /videos/flight-controller-demo.mp4

Academic builds developed through coursework and technical exploration.

These projects show how university work was turned into polished implementations instead of staying at the assignment level.

Desktop Application

Pokemon Battle Simulator

A turn-based simulator built to explore game logic, UI structure, and an AI-assisted opponent that keeps encounters dynamic.

  • Structured battle flow with readable state transitions
  • JavaFX interface focused on quick interaction
  • AI opponent for more varied encounters
JavaJavaFXGame LogicAI Opponent
01

Selected Work

Built to demonstrate technical depth while still looking and feeling like a polished product.

Demo Video

Open Video

Core tools, systems, and areas of work.

Grouped the way they are usually applied in real projects rather than as one long skill cloud.

Languages

CC++C#PythonJava

Systems

ROS 2Embedded SystemsSensor FeedbackRealtime ControlLinuxGit

Prototyping

ArduinoESP32JavaFXUnityMachine LearningPyTorch

Available for internships, collaboration, and engineering opportunities.

I am interested in product-minded engineering work where software, automation, and hardware meet in the same system.

Open LinkedIn

Looking For

Internships, collaborations, and applied engineering work

Best Fit

Projects mixing software, automation, and systems thinking