New opportunity

Senior Associate, Data Analytics and Machine Learning

Alcon · Tuas, Singapore

About this role

The Senior Associate, Data Analytics and Machine Learning will serve as a solution delivery engineer within the Smart Technology Department at Alcon. This role is responsible for transforming manufacturing data into actionable business intelligence, predictive insights, and AI-driven solutions to support the company's Lights-Out Manufacturing vision. The position bridges manufacturing operations, process engineering, and OT/IT systems to develop scalable solutions that enhance quality, productivity, and cost performance across global manufacturing sites. Responsibilities include: Developing and deploying data-driven solutions using machine, quality, and MES/SCADA data; building predictive and prescriptive models; analyzing manufacturing process variability; developing MLOps pipelines for scalable deployment; and designing executive dashboards with real-time KPIs. Candidates must ensure all solutions comply with GxP, validation, and cybersecurity requirements. Required qualifications include a Bachelor or Master degree in Data Science, AI, Machine Learning, or Computer Science, and 3-8 years of hands-on experience in manufacturing data analytics and AI/ML development for smart factory solutions. Experience in a GMP manufacturing environment is considered an advantage. The role is based at the Tuas site in Singapore.

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

Skills for this role

Data AnalyticsMachine LearningPredictive ModelingPrescriptive ModelingMLOpsManufacturing IntelligenceMESSCADAStatistical ModelingData GovernanceGxP ComplianceCybersecurity

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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

  • Scalable AI/ML Solution Delivery

    The role requires developing reusable AI/ML applications that can be deployed across multiple global manufacturing sites. You must focus on creating modular, scalable code and MLOps pipelines that transition from local shopfloor prototypes to standardized, enterprise-wide solutions.

  • GxP and Regulatory Compliance

    All data-driven solutions must adhere to strict GxP, validation, and cybersecurity standards. You must prioritize building data governance and compliance into the design phase of every model to ensure that automated manufacturing insights meet the rigorous requirements of a regulated medical device environment.

  • OT/IT Systems Integration

    You are expected to bridge the gap between operational technology (MES/SCADA) and information technology. Success depends on your ability to extract, clean, and utilize machine-level data to drive real-time KPIs and predictive alerts for manufacturing performance.

Likely challenges to think through

  • Balancing Innovation with Validation

    In a GMP manufacturing environment, the need for rapid digital transformation often conflicts with the necessity for thorough validation. Prepare to discuss how you manage the trade-off between agile development cycles and the documentation or testing rigor required for regulated production systems.

  • Data Heterogeneity and Quality

    Integrating data from diverse sources like MES, SCADA, and quality systems often involves significant noise and inconsistency. Prepare to explain your methodology for data cleaning, feature engineering, and handling process variability to ensure your predictive models remain accurate and reliable in a live factory setting.

03

Practice your answers

Technical practice

Integrating MES/SCADA data for predictive modeling

What to coverExplain how you handle data ingestion from OT systems like MES or SCADA for machine learning. Focus on addressing data quality, time-series synchronization, and the challenges of integrating operational technology data with IT-based analytics platforms.

Designing MLOps pipelines for manufacturing

What to coverDescribe your approach to building MLOps pipelines that ensure model reproducibility and lifecycle management in a production environment. Suggestion: Discuss how you handle model versioning, automated retraining, and monitoring for drift in a manufacturing context.

Ensuring GxP compliance in AI solutions

What to coverHow do you incorporate GxP and validation requirements into the development lifecycle of an AI model? Suggestion: Address the importance of documentation, traceability, and change control when deploying software in a regulated manufacturing environment.

Analyzing manufacturing process variability

What to coverDescribe a methodology for identifying the root causes of process variability using statistical modeling. Focus on how you translate these findings into actionable insights to improve KPIs like OEE, yield, or scrap reduction.

Developing prescriptive vs. predictive models

What to coverWhat is the difference between predictive and prescriptive modeling in a smart factory setting? Suggestion: Provide an example of how you would move from simply predicting a machine failure to prescribing an optimal maintenance schedule.

Data governance in global manufacturing

What to coverHow do you ensure data governance and security when developing solutions intended for replication across multiple global manufacturing sites? Discuss the balance between standardizing data frameworks and accommodating site-specific operational differences.

Designing real-time executive dashboards

What to coverWhen designing operational control towers or dashboards, how do you prioritize KPIs for different stakeholders? Suggestion: Explain your process for ensuring data latency is minimized and that alerts are actionable rather than overwhelming.

Cybersecurity in OT/IT convergence

What to coverWhat specific security considerations must be addressed when bridging OT systems with IT-based AI/ML platforms? Focus on protecting manufacturing integrity while enabling data flow for analytics.

Behavioural practice

Bridging cross-functional teams

What to coverDescribe a situation where you had to translate complex technical AI requirements to non-technical manufacturing or process engineering stakeholders. How did you ensure alignment and project success?

Managing project scalability

What to coverGive an example of a solution you developed that was intended for use across multiple sites. How did you handle the challenges of scaling a pilot project into a global, reusable application?

Adapting to a fast-paced GMP environment

What to coverTell me about a time you had to balance the need for rapid innovation with the strict constraints of a regulated manufacturing environment. How did you maintain speed without compromising compliance?

Handling shopfloor challenges

What to coverDescribe a time you identified a manufacturing bottleneck through data analysis. What actions did you take to validate your findings with the operations team and implement a solution?

02

Sharpen your knowledge

Topics to prepare

  • GxP and Regulatory Compliance in Manufacturing

    Review the principles of Good Manufacturing Practice (GMP) and how they apply to software and AI model validation. Exercise: Research the V-model for system validation and draft a brief explanation of how you would document an AI model's lifecycle to meet GxP audit requirements. This is essential for ensuring all deployed solutions meet Alcon's strict quality and regulatory standards.

  • Smart Factory and Lights-Out Manufacturing

    Study the conceptual framework of Industry 4.0, specifically focusing on the integration of OT (Operational Technology) and IT systems. Exercise: Map out a hypothetical data flow from a SCADA system to a predictive maintenance model. This is relevant to the role's objective of supporting Alcon's Lights-Out Manufacturing vision.

Skills to revise

  • MLOps Pipeline Development

    Focus on the end-to-end lifecycle of machine learning models, including versioning, automated testing, and deployment. Exercise: Design a CI/CD pipeline architecture for a predictive model that includes automated retraining triggers based on data drift. This directly addresses the requirement to build scalable, reusable AI applications.

  • Manufacturing Data Analysis (MES/SCADA)

    Practice working with time-series data typical of manufacturing environments. Exercise: Perform a variability analysis on a sample dataset containing OEE (Overall Equipment Effectiveness) metrics to identify potential bottlenecks. This is critical for the role's responsibility to improve productivity and yield.

  • Predictive and Prescriptive Modeling

    Develop proficiency in building models that not only forecast outcomes but also suggest optimal actions. Exercise: Build a regression or classification model using production data to predict scrap rates and suggest parameter adjustments. This aligns with the core responsibility of transforming manufacturing data into actionable business intelligence.

04

Your preparation checklist

  • Prepare a manufacturing data project walkthrough

    Develop a concise presentation of a past project where you utilized machine, quality, or MES/SCADA data to improve operational metrics like OEE, yield, or throughput. Focus on the technical pipeline, the specific AI/ML models deployed, and the measurable business impact achieved.

  • Review GxP and validation frameworks

    Prepare to discuss your experience working within regulated environments. Be ready to explain how you have integrated GxP compliance, data governance, and cybersecurity requirements into the lifecycle of your previous AI/ML deployments.

  • Draft an MLOps strategy for scalable deployment

    Outline your approach to building MLOps pipelines that ensure model reproducibility and lifecycle management. Be prepared to explain how you design solutions that are not just one-off prototypes but are scalable and reusable across multiple manufacturing sites.

  • Formulate questions on the Lights-Out Manufacturing vision

    Prepare thoughtful questions regarding Alcon's specific goals for 'Lights-Out Manufacturing.' Ask about the current maturity of their OT/IT integration, the primary data challenges they face in the Tuas facility, and how the Smart Technology CoE prioritizes new use cases.

  • Refine your experience with manufacturing variability

    Prepare specific examples of how you have analyzed process variability in a factory setting. Explain the statistical or machine learning techniques you used to identify root causes and the subsequent optimization strategies you implemented.

AI-generated from the job information · Prepared Oct 14, 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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