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Senior / Staff Specialist Data Science

Infineon · Singapore

About this role

As a Data Scientist in the ATV Supply Chain team, you will program the intelligence behind chips, transform complex data into actionable insights, and create cutting-edge solutions for production management. Responsibilities include leading end-to-end data science projects, cleaning source data, and working with large data sets. You will define AI solution concepts and architectures, translate business requirements into technical specifications, and construct prototypes for proof-of-concept. You will also act as a data-driven Business Analyst to explore analytics capabilities across Infineon’s worldwide production management landscape. Qualifications include a degree in Data Analytics, Data Science, Computer Engineering, IT, or a comparable field. Candidates should ideally have 1-3 years of experience in software development (C#, Java), with specific expertise in AI (Python, R) and Large Language Models. Strong analytical abilities, self-motivation, and the ability to facilitate discussions with global key users are required. Proficiency in programming and databases, particularly Python and SQL, is essential. Infineon is a global leader in semiconductor solutions, focusing on decarbonization and digitalization.

For full details about this role, click “Apply on company site” to view the employer’s original posting.

Skills for this role

Data SciencePythonRLarge Language ModelsSQLC#JavaData AnalysisData ModelingProduction ManagementBusiness AnalysisProof-of-Concept

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Get interview-ready for this role

A focused preparation guide, built around this job’s responsibilities and requirements.

✦ AI-generated guide
Preparation suggestions, not the employer’s actual interview questions. Always check the original posting for current requirements.
01

Understand the role

What matters most

  • End-to-End Project Lifecycle Management

    The role requires managing data science projects from initial data cleaning and large-scale dataset manipulation to the final delivery of models. You must demonstrate the ability to own the entire pipeline, ensuring that raw data is transformed into actionable insights for production management.

  • Bridging Business Requirements and Technical Architecture

    A core priority is acting as a data-driven Business Analyst. You must be able to facilitate discussions with global key users, translate complex business needs into clear technical specifications, and define AI solution architectures that align with production management goals.

  • Rapid Prototyping and Proof-of-Concept Development

    You are expected to construct prototypes for proof-of-concept (PoC) to validate AI solutions. This requires proficiency in Python and SQL to quickly iterate on ideas and demonstrate the feasibility of analytical models before full-scale implementation.

Likely challenges to think through

  • Navigating Complex Semiconductor Supply Chain Data

    The production management landscape involves large, potentially messy datasets. The challenge lies in cleaning and structuring this data effectively. Prepare by discussing your experience with data wrangling and how you ensure data quality before building models.

  • Stakeholder Alignment Across Global Teams

    Facilitating discussions with global key users requires balancing diverse operational needs. The difficulty is ensuring that technical AI solutions remain practical and relevant for users across different regions. Prepare by highlighting your communication strategies for managing expectations and requirements gathering.

  • Balancing Software Engineering and Data Science

    The role demands a blend of software development skills (C#, Java) and AI expertise (Python, R, LLMs). The challenge is maintaining high-quality code standards while focusing on analytical model development. Prepare by demonstrating how you integrate software engineering best practices into your data science workflows.

03

Practice your answers

Technical practice

End-to-end Data Science Project Lifecycle

What to coverDescribe your approach to managing a data science project from initial data cleaning to final model deployment. Emphasize how you handle large datasets, ensure data quality, and translate raw findings into actionable production management insights.

AI Architecture for Production Management

What to coverExplain how you define the architecture for an AI solution within a manufacturing or supply chain context. Discuss the trade-offs between different model types and how you ensure the architecture remains scalable and aligned with business requirements.

Proof-of-Concept (PoC) Construction

What to coverDetail your process for building a PoC to validate a business hypothesis. Focus on how you define clear scope and targets, select appropriate metrics for success, and iterate based on initial findings.

SQL and Data Manipulation Proficiency

What to coverDiscuss your experience using SQL for complex data extraction and transformation. Provide examples of how you have optimized queries or handled large-scale data structures to support analytical modeling.

Integrating Large Language Models (LLMs)

What to coverExplain how you would apply LLMs to solve specific supply chain or production management challenges. Address considerations regarding data privacy, model fine-tuning, and the integration of LLMs into existing software workflows.

Python and R for Analytical Modeling

What to coverCompare the strengths of Python and R for different stages of a data science project. Suggestion: Be prepared to discuss when you would choose one over the other for data exploration versus production-ready model development.

Software Development Best Practices

What to coverGiven the requirement for C# or Java experience, explain how you ensure your data science code is maintainable and production-ready. Discuss version control, modularity, and how you bridge the gap between research code and enterprise software.

Translating Business Requirements to Technical Specs

What to coverDescribe your method for interviewing stakeholders to understand their pain points. Explain how you document these needs into technical specifications that developers can execute, ensuring the final output meets the business goal.

Behavioural practice

Facilitating Discussions with Global Stakeholders

What to coverDescribe a situation where you had to explain complex technical concepts to non-technical global users. Focus on how you managed differing expectations and ensured alignment on project goals.

Handling Ambiguity in Fast-Changing Environments

What to coverProvide an example of a time you had to adapt to a sudden change in project scope or technology. Explain how you maintained your motivation and ensured the project continued to deliver value.

Acting as a Data-Driven Business Analyst

What to coverShare an experience where you identified an opportunity for process improvement through data analysis. Detail the actions you took to present these insights to management and the resulting impact on the business.

Collaborating Across Functional Teams

What to coverDescribe a time you worked with a production management team to solve an ad-hoc problem. Highlight how you balanced their immediate business needs with long-term data strategy and automation goals.

02

Sharpen your knowledge

Topics to prepare

  • Production Management Analytics

    The role focuses on applying data science to semiconductor production management. Exercise: Research common KPIs in semiconductor manufacturing (e.g., cycle time, yield, throughput) and draft a conceptual framework for how an AI model could optimize one of these metrics.

  • AI Solution Architecture

    You must define AI solution concepts and translate business needs into technical specifications. Exercise: Practice mapping a high-level business problem, such as 'reducing machine downtime,' into a structured technical project plan including data requirements, model selection, and validation steps.

  • Requirements Engineering for IT

    The role requires facilitating discussions with global users and translating needs into IT specifications. Exercise: Write a mock 'Business Requirement Document' (BRD) for a hypothetical data tool, focusing on clear scope, target outcomes, and technical constraints.

Skills to revise

  • Python and SQL for Data Prototyping

    These are the primary tools for data analysis and PoC construction. Exercise: Build a small end-to-end prototype that pulls data from a SQL database, performs a cleaning operation, and generates a simple predictive insight using a Python library like Scikit-Learn.

  • Large Language Model (LLM) Application

    The role specifically mentions expertise in LLMs. Exercise: Explore how LLMs can be applied to unstructured production data or documentation to assist in root cause analysis or process automation.

  • Software Development Fundamentals (C# / Java)

    The role requires 1-3 years of experience in software development. Exercise: Review your ability to write clean, modular code in C# or Java, focusing on how you would integrate a Python-based AI model into a larger production-grade software system.

04

Your preparation checklist

  • Prepare a project walkthrough focused on production management

    Select a past data science project where you transformed raw data into actionable insights for manufacturing or supply chain operations. Be ready to explain your end-to-end process, from data cleaning and manipulation to the final model deployment and business impact.

  • Demonstrate your ability to translate business requirements into technical specs

    Prepare a case study where you acted as a bridge between non-technical stakeholders and IT development. Detail how you gathered requirements from key users and converted them into a clear, actionable technical specification for a prototype or proof-of-concept.

  • Review your proficiency in Python, SQL, and LLM applications

    Be prepared to discuss your experience using Python and SQL for large-scale data analysis. Additionally, prepare examples of how you have applied Large Language Models to solve real-world problems, as this is a specific requirement for the role.

  • Formulate questions about Infineon's production landscape

    Develop thoughtful questions regarding the current data architecture within Infineon's ATV supply chain. Ask about the primary challenges in their production management data and how they currently prioritize AI proof-of-concept initiatives.

AI-generated from the job information · Prepared Oct 16, 2026 (UTC)Useful preparation, not a guarantee of eligibility or an offer.

Availability last checked: 18 Oct 2026. Status can change after a check; confirm on the employer’s website. Report an issue · Our checking policy

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