Information Engineering student at HAW Hamburg, specializing in software development, embedded systems, and IoT solutions. Currently developing advanced GUI applications for Formula Student using MVC architecture.
B.Sc. Information EngineeringHAW Hamburg | 2022 – Present
Combined computer science, electrical engineering, and IT program
Strong foundation in software and hardware development
Hands-on experience through team-based lab projects
Current GPA: X.X/5.0
B.Sc. Information Engineering
HAW Hamburg | Sep 2022 – Expected Jul 2026
Program Overview
The Information Engineering program at HAW Hamburg uniquely combines computer science, electrical engineering, and information technology, providing comprehensive education in modern engineering disciplines.
Key Coursework
Object-Oriented Programming (Java, C++)
Data Structures and Algorithms
Digital Systems and Microprocessors
Signal Processing and Communications
Database Systems
Software Engineering
Embedded Systems
Control Systems
Skills Gained
• Programming: Mastered multiple programming paradigms and languages
• Systems Design: Developed complex software and hardware integrated solutions
• Problem Solving: Applied analytical thinking to engineering challenges
• Research: Conducted independent research projects in IoT and embedded systems
Work Experience
Software Developer - Formula StudentHawks Racing Hamburg | 2023 – Present
Developing GUI application for race car telemetry using MVC
Real-time data visualization for sensor readings
Collaborating with hardware team for system integration
Software Developer - Formula Student
Hawks Racing Hamburg | Sep 2023 – Present
Description
Leading the development of a comprehensive telemetry and control system for our Formula Student electric race car. The system provides real-time monitoring, data logging, and analysis capabilities critical for race performance and vehicle safety.
Key Responsibilities
Architecting GUI application using Model-View-Controller (MVC) pattern
Implementing real-time data visualization for 50+ sensor channels
Developing CAN bus communication protocols for ECU integration
Creating data logging system capable of 1000Hz sampling rates
Collaborating with mechanical and electrical teams for system requirements
Technical Achievements
Reduced data latency by 40% through optimized threading
Implemented predictive algorithms for tire temperature management
Created modular plugin system for easy feature expansion
Developed automated testing suite with 85% code coverage
Skills Gained
• Software Architecture: Designed scalable, maintainable systems using design patterns
• Real-time Systems: Handled timing-critical data processing and visualization
• Team Leadership: Coordinated with sub-teams and mentored junior developers
Software Developer InternTech Company | Summer 2023
Developed backend services using Python and Flask
Participated in agile development processes
Implemented unit tests and documentation
Software Developer Intern
Tech Company | Jun 2023 – Aug 2023
Description
Worked as a backend developer intern, contributing to the development of microservices architecture for a cloud-based platform serving thousands of users.
Responsibilities
Developed RESTful APIs using Python and Flask framework
Implemented database schemas and optimized queries
Written comprehensive unit tests achieving 90% code coverage
Participated in daily standups and sprint planning
Skills Gained
• Backend Development: Gained practical experience in building scalable services
• Database Management: Worked with PostgreSQL and Redis for data persistence
• DevOps: Learned Docker, CI/CD pipelines, and cloud deployment
Featured Projects
Formula Student GUI DashboardTeam Project | 2023 – Present
Real-time telemetry dashboard for Formula Student
MVC architecture with JavaFX frontend
Handles 1000Hz data streams from 50+ sensors
Formula Student GUI Dashboard
Team Project | Sep 2023 – Present
Project Overview
A sophisticated real-time telemetry system designed for our Formula Student electric race car, providing comprehensive monitoring, analysis, and control capabilities essential for race strategy and vehicle optimization.
Technical Features
Real-time data visualization with customizable dashboards
High-frequency data logging (up to 1000Hz)
GPS-based lap time analysis and racing line optimization
Predictive analytics for battery management
Remote monitoring via WebSocket connection
Implementation Details
Clean MVC architecture with dependency injection
Multi-threaded design for concurrent data processing
Designed and implemented a distributed embedded system for real-time environmental monitoring in smart buildings, using wireless sensor networks and edge computing.
Technical Implementation
STM32F4 ARM Cortex-M4 microcontroller
FreeRTOS for real-time task scheduling
LoRaWAN for long-range, low-power communication
Integration of temperature, humidity, CO2, and motion sensors
Solar-powered with intelligent battery management
Skills Gained
• Embedded Systems: Developed firmware for resource-constrained devices
• Power Optimization: Achieved ultra-low power consumption
Developed this modern, interactive portfolio website showcasing professional experience and projects with a unique skill-based filtering system and glassmorphism design.
Technical Features
Glassmorphism UI with backdrop filters
Dynamic skill filtering system
Smooth animations and micro-interactions
Fully responsive design
Custom CSS animations and gradients
Skills Demonstrated
• Web Development: Modern HTML5, CSS3, and JavaScript
• UI/UX Design: Created engaging, intuitive interface
• Self-Learning: Independently mastered web technologies