09.04.2025 aktualisiert


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Premiumkunde
60 % verfügbarData Science Professional | Machine Learning Engineer | GenAI Engineer | Python Dev | Team-Lead
Eichenau, Deutschland
Deutschland +2
M.Sc. StatistikSkills
Agile MethodologieKünstliche IntelligenzAmazon Web ServicesComputer VisionUnterrichtenMicrosoft AzureBash ShellKreative ProblemlösungInfrastrukturPythonMachine LearningAzure Machine LearningScriptingTestenDeep LearningDatabricks
I'm a Senior Data Scientist experienced in optimizing Machine-Learning and Deep-Learning-Models, Management of Data-Science-Teams, building MLOps-infrastructures in Azure.
Continuous Improvement is key, as well in agile software-development when creating a software product and in Data-Science when staying up-to-date with the fastly evolving environment of AI.
Professional skills:
- Management of Data-Science-Teams (1 + years)
- Machine Learning, Deep Learning, Computer Vision with Python (scripting + oop) (10 + years including studies)
- GenAI, NLP with Python (2 + years)
- Agile software development (6 + years)
- ML-Ops on Azure (6 + years)
- ML-Ops on AWS (2 + years)
- Teaching Data-Science (Coding Workshops, Courses) (4 + years)
Supporting Skills:
- Software-Development with Java, C#, PHP, Bash-Scripting (10 + years)
- Unit- and E2E-testing (3 + years)
Continuous Improvement is key, as well in agile software-development when creating a software product and in Data-Science when staying up-to-date with the fastly evolving environment of AI.
Professional skills:
- Management of Data-Science-Teams (1 + years)
- Machine Learning, Deep Learning, Computer Vision with Python (scripting + oop) (10 + years including studies)
- GenAI, NLP with Python (2 + years)
- Agile software development (6 + years)
- ML-Ops on Azure (6 + years)
- ML-Ops on AWS (2 + years)
- Teaching Data-Science (Coding Workshops, Courses) (4 + years)
Supporting Skills:
- Software-Development with Java, C#, PHP, Bash-Scripting (10 + years)
- Unit- and E2E-testing (3 + years)
Sprachen
DeutschMutterspracheEnglischverhandlungssicher
Projekthistorie
This initiative represents a cutting-edge data science project aimed at crafting a scalable, robust, and highly accurate demand estimation model for better resource and delivery planning. Harnessing the full potential of Azure Cloud's advanced capabilities, the project employs state-of-the-art machine learning algorithms, Sentiment Analysis via LLMs, Model-Explanations via Dash and GenAI-Agents, large-scale data processing pipelines and cloud-based infrastructure to forecast demand across all business units. By optimizing production and logistics, this model drives efficiency and elevate decision-making.
- Creation of an end-to-end workflow tailored to accurately predict demand patterns and behaviors for all business units
- Two-Pronged Approach for Intermittent Demand Forecasting
▪ Binary Prediction: Identifying the occurrence of the next demand instance.
▪ Regression: Estimating the magnitude of the demand.
- Top-Down Forecast pronged together with Bottom-Up-Forecast to increase performance
- Implementation ensemble techniques to bolster prediction precision.
- Use of Azure Synapse for streamlined scalability and accessibility.
- Leveraging Large Language Models (LLMs) and Azure OpenAI to implement sentiment analysis for customer reports, enhancing qualitative insights.
- Implementation of a GenAI-Agent-System to use data and model logs to explain model outcome to model-users
- Deployment of the GenAI-Agent-System as plotly-Dash-App via Docker and Kubernetes
- Deployment of MLFlow-Tracking-Server via Docker and Kubernetes
- Creation of an end-to-end workflow tailored to accurately predict demand patterns and behaviors for all business units
- Two-Pronged Approach for Intermittent Demand Forecasting
▪ Binary Prediction: Identifying the occurrence of the next demand instance.
▪ Regression: Estimating the magnitude of the demand.
- Top-Down Forecast pronged together with Bottom-Up-Forecast to increase performance
- Implementation ensemble techniques to bolster prediction precision.
- Use of Azure Synapse for streamlined scalability and accessibility.
- Leveraging Large Language Models (LLMs) and Azure OpenAI to implement sentiment analysis for customer reports, enhancing qualitative insights.
- Implementation of a GenAI-Agent-System to use data and model logs to explain model outcome to model-users
- Deployment of the GenAI-Agent-System as plotly-Dash-App via Docker and Kubernetes
- Deployment of MLFlow-Tracking-Server via Docker and Kubernetes
Development of a robust, scalable, and highly accurate car price estimation model using advanced data science techniques by leveraging the advanced capabilities of Google Cloud Platform (GCP) and VertexAI. Automization of time-consuming national-vehicle-code matching via fuzzy matching supported by LLMs (GPT-4o and Gemma from Google).
Proof of Concept for car-equipment-matching via LLMs to standardize the equipment overview on the website.
Proof of Concept for a car-suggestion Chat-Bot to help customers inform themselves about cars that fit their needs and suggest them fitting cars.
Proof of Concept for car-equipment-matching via LLMs to standardize the equipment overview on the website.
Proof of Concept for a car-suggestion Chat-Bot to help customers inform themselves about cars that fit their needs and suggest them fitting cars.
Implementation of a monthly Sales-forecast based on economic factors. The results reach the accuracy of the manual forecast are used for decision making to saving time. Knowledge sharing regarding deployment on Azure-ML or AWS Sagemaker.
Portfolio

MLOps Retraining
Automatic Retraining Workflow done with Azure

Boardgame Copilot
Android GenAI App that uses boardgame-rules via langchain and openai to help understand the rules and ask questions.

mlflow overview
Overview of training runs tracked in mlflow

training plots
training plots to evaluate model results in azure

azure-ml overview
Overview of training runs in azure-ml

exali Berufshaftpflicht-Siegel
Das original exali Berufshaftpflicht-Siegel bestätigt dem Auftraggeber, dass die betreffende Person oder Firma eine aktuell gültige branchenspezifische Berufs- bzw. Betriebshaftpflichtversicherung abgeschlossen hat.
Versichert bis: 01.01.2027