Nils Koelle

Analyze and optimize processes in public charging infrastructure using usage and charging data. Define technical requirements and specifications for charging/payment solutions and collaborate with interdisciplinary teams on customer-oriented solutions.

• Analyze and optimize processes in public charging infrastructure based on usage and charging data.
• Define technical requirements and specifications for charging and payment solutions.
• Conduct market and competitor analyses to support product decisions.
• Evaluate technical solutions and site concepts for the expansion of charging infrastructure.
• Collaborate with interdisciplinary teams to

Conduct tutorials in electronic circuits and high-frequency engineering. Prepare learning materials, review assignments, and support students with technical concepts and problem-solving.

• Conducted tutorials in electronic circuits and high-frequency engineering.
• Prepared learning materials and reviewed assignments.
• Supported students in understanding technical concepts and solving problems.

Developed and validated methods for assessing camera-based lane sensor data for advanced driver assistance systems. Applied image processing and sensor fusion approaches and evaluated methods for accuracy, robustness, and practical applicability.

• Developed and validated methods for assessing camera-based lane sensor data.
• Applied image processing and sensor fusion approaches for sensor data analysis.
• Evaluated methods with regard to accuracy, robustness, and practical applicability.

• Planned and conducted measurement campaigns for data collection in advanced driver assistance systems.
• Analyzed measurement data for system validation.
• Enhanced tools for data processing and visualization.
• Contributed to the preparation of technical requirements and specifications.

Planned and conducted measurement campaigns to collect data for advanced driver assistance systems. Analyzed measurement data for system validation and improved tools for data processing and visualization, contributing to technical requirements and specifications.

• Specialization: Systems Engineering.
• Exchange semester at Chalmers University of Technology in Gothenburg, Sweden.
• Master's thesis: "Conceptual Design and Prototypical Implementation of a Smartwatch Application to Support Family Caregivers in Home-Based Care".

• Exchange semester at Chalmers University of Technology, Gothenburg, Sweden
• Gained international academic experience and collaborated in an intercultural environment

• Bachelor's thesis: "Development and Validation of a Methodological Approach for the Validation of Lane Sensor Data".
• Focus areas in Communication Engineering, Systems Engineering, and Data Science.