We offer the following reserach topic:

Thesis - General comparison of ML methods for Li-Ion battery voltage prediction

In the automotive industry, SOC (State of Charge) and SOH (State of Health) estimates play an essential role for electric vehicles. These estimates increase safety and improve charging efficiency. We use machine learning algorithms to improve these estimations and thus promote progress in battery technology for a more efficient and sustainable automotive future.

• Modeling of an electrical equivalent circuit of a battery (ECC)
• State Space Model (SS-Model) on time invariant model parameters (R & C constant)
• Implementation and comparison of different ML algorithms
• like NN, LSTM, Decision Trees, Gaussian Processes, Feature Engineering
• for system identification to predict the output voltage of a Li-Ion battery
• the ML algorithms are to be trained and validated on a synthetic data set generated by an ECC
• Comparison of at least two different ML algorithms (NN mandatory) to
• R & C parameter estimation
• Time variant model parameters (R & C) (optional)
• How can prior physical knowledge be used to improve the prediction (opt.)

• Ongoing studies in the fields of Electrical Engineering, Computer Science/Data Science or Digital Engineering
• Good knowledge of English
• Programming skills in Python
• Knowledge of optimization methods and machine learning

• You can write your thesis independently and receive professional guidance and support from our experienced employees.
• You will have the opportunity to exchange ideas with experts in the company and benefit from their expertise.
• Take the opportunity to immerse yourself in the world of AVL and embed your theoretical knowledge in a practical environment.

The successful completion of the thesis is remunerated with a one-time fee of 1.700,00 EUR before tax.

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AVL is one of the world's leading mobility technology companies for development, simulation and testing in the automotive industry, and beyond. The company provides concepts, solutions and methodologies in fields like vehicle development and integration, e-mobility, automated and connected mobility (ADAS/AD), and software for a greener, safer, better world of mobility.

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