Thesis Data-Driven Design Optimization of Hybrid Marine Propulsion Systems

We can offer you the following tasks

 

• Analysis of extensive field data of vessel operation
• Semantic segmentation into different operating modes
• Identification of steady & transient load profiles
• Optimized allocation of steady & transient loads to power sources (combustion
  engines, battery energy storage system, fuel cell) according to their dynamic properties
• Evaluation of the results in terms of fuel savings, emission reduction and economic efficiency of an optimized hybrid-electric concept in comparison to a conventional combustion drive system
• Design of a flexible tool for an automated optimization & evaluation of marine hybridelectric
  drive concepts for arbitrary use cases

 

 

You can help us with these qualifications

 

• Solid background in data science, software engineering, mechanical engeneering and/or electrical engineering
• Basic knowledge of python programming is advantageous
• Good communication skills to align different departments & disciplines

 

 

Our benefits for you

 

Canteen, meal allowance, accessibility, workplace health management, company doctor, gym, parking, good transport links, employee discounts, student network

 

 

Good to know

 

Feel free to contact Alexandra Schuler if you have any questions. P +49 (821) 322 6150