Data Scientist (f/m/div.)

As a Data Scientist, you will help shape the future of manufacturing by transforming complex engineering and production challenges into data-driven solutions that create measurable business value.
Working at the intersection of Artificial Intelligence, Machine Learning and Industrial Analytics, you will analyse manufacturing data to uncover patterns, identify root causes and drive process improvements. Your insights will support smarter decisions, enhance product quality and increase operational efficiency across manufacturing environments.
You will develop and validate AI/ML models and advanced analytics solutions for use cases such as:
Quality improvement and process optimization
Anomaly detection and root cause analysis
Predictive maintenance and failure prediction
Productivity and yield improvement
Process stability monitoring
Decision support for engineering and manufacturing teams
As part of a multidisciplinary team, you will collaborate closely with Process Experts, Technology Development Engineers, Data Analysts, MES/PLC specialists, Data Engineers, MLOps teams, IT professionals and business stakeholders to ensure solutions are scalable, explainable and aligned with real operational needs.
You will contribute throughout the entire solution lifecycle, from problem definition and data exploration to model development, validation, deployment support and continuous improvement. In addition, you will help standardize and reuse analytical methods, models and best practices across projects and locations, supporting Bosch's digital transformation journey and Industry 4.0 initiatives.
What distinguishes you:
Education
MSc or PhD in Data Science, Artificial Intelligence, Machine Learning, Computer Science, Mathematics, Statistics, Engineering, Physics or a related field.
Academic or professional background in machine learning, statistics, optimization or data-driven problem solving.
Experience
Experience developing Machine Learning, Artificial Intelligence or Advanced Analytics solutions.
Hands-on experience working with complex datasets in industrial, engineering, manufacturing or technical environments.
Experience contributing to end-to-end data science projects, including data preparation, model development, validation and deployment.
Exposure to manufacturing, process development, industrialization, quality improvement or equipment-related analytics is considered an advantage.
Know-how
1. Machine Learning & Advanced Analytics
Knowledge of machine learning methods, including regression, classification, clustering, anomaly detection, forecasting and optimization.
Experience applying techniques such as feature engineering, model evaluation, hyperparameter tuning and model explainability.
Familiarity with deep learning approaches is a plus.
2. Statistics & Experimental Methods
Knowledge of statistical analysis, probability and experimental data analysis.
Experience with hypothesis testing, regression analysis, statistical significance and data interpretation.
Understanding of process variability, capability analysis, performance indicators and Design of Experiments (DoE).
3. Programming & Data Science Tools
Proficiency in Python and good knowledge of SQL.
Experience with data science and machine learning libraries such as Pandas, NumPy, Scikit-learn, SciPy, Matplotlib, Seaborn, Plotly, PyTorch or TensorFlow.
Familiarity with Git and collaborative software development practices.
4. MLOps & Industrial Deployment
Understanding of MLOps concepts, including model versioning, testing, reproducibility, CI/CD and monitoring.
Experience with cloud-based AI platforms, preferably Databricks, is an advantage.
Knowledge of APIs, containers and deployment concepts is beneficial.
5. Industrial Data & Manufacturing Systems
Experience working with structured, semi-structured and time-series data.
Familiarity with manufacturing systems and data sources such as MES, PLC, SCADA, Historian systems, test systems or production databases.
Understanding of manufacturing KPIs such as OEE, yield, scrap, downtime, cycle time, rework and process capability is an advantage.
Languages
Fluent English, written and spoken.
Working Style and Methods
Structured and analytical approach to problem-solving.
Ability to transform complex challenges into practical, scalable solutions.
Strong collaboration skills with both technical and non-technical stakeholders.
Clear communication skills and ability to present analytical insights in an actionable way.
Strong focus on quality, reusability and continuous improvement.
Personality
Curious and eager to learn new technologies and methodologies.
Proactive, collaborative and solution-oriented mindset.
Strong sense of ownership and accountability.
Passion for data, innovation and making a tangible impact in industrial environments.

Employment type
Full-time

Work arrangement
Hybrid