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Based on the production floor and in the planning office, this Graduate Operations & AI Planning Analyst role focuses on capturing raw manufacturing data, building performance dashboards, and leading the deployment of intelligent AI agents to automate predictive scheduling.
Main Duties/Responsibilities:
Data Capture & Integrity Management
Source Data Collection: Responsible for the daily collection of raw operational data from the production floor, including machine uptime, labor hours, and output volumes.
Data Auditing: Perform regular "sanity checks" and audits on captured data to ensure absolute accuracy before it is used for planning or reporting.
Inventory Tracking: Capture and maintain real-time data regarding raw materials, work-in-progress (WIP), and finished goods to prevent shortages and excess.
Dashboard Development & Visualisation
Performance Visualisation: Build, update, and maintain functional dashboards (using Excel or Power BI) that track key metrics.
Stakeholder Reporting: Prepare clear visual reports for production meetings, helping stakeholders quickly identify trends and operational bottlenecks.
Automation of Reporting: Streamline existing manual reporting processes to ensure data is updated with minimal delay.
Capacity & Resource Planning Support
Production Scheduling Support: Work closely with the Master Production Scheduler (MPS) to align daily production schedules with available labor and machine capacity.
Scenario Modelling: Help simulate "what-if" scenarios (e.g., the impact of a machine breakdown or an urgent order) to help the team pivot quickly.
Resource Allocation: Monitor resource constraints and provide data-backed recommendations on how to best distribute personnel and equipment to meet targets.
Daily Operational Problem Solving
Bottleneck Identification: Use data captured from the floor to pinpoint specific areas where production is slowing down and propose immediate solutions.
Cross-Functional Collaboration: Act as the "data bridge" between the planning office and the production floor, ensuring communication is based on accurate facts.
AI & Automation:
Process Mapping: Document current manual planning workflows to identify candidates for AI-driven automation.
Continuous Learning: Proactively up-skill in AI tools and frameworks to transition traditional planning into "intelligent" planning.
AI Integration:
Lead and Assist in the deployment of intelligent AI agents designed to automate routine data entry and predictive scheduling.
Train internal stakeholders to use AI agents and provide support in challenges and issues.
Essential And Desirable Skills:
Essential Skills
Education: A recently completed Bachelor’s/ master’s degree in supply chain management, Industrial Engineering, Business Analytics, or a related quantitative field.
Advanced Data Manipulation: High proficiency in Microsoft Excel, including the use of advanced formulas (XLOOKUP, Index/Match), PivotTables, and Power Query for data cleansing.
AI & Automation Interest: Familiarity with the concept of AI agents and how they can be applied to supply chain efficiency.
Data Visualisation: Proven ability to build and manage functional dashboards (Excel or Power BI) that translate raw data into clear operational insights.
Data Accuracy & Auditing: A meticulous approach to data capture, with the ability to identify discrepancies and ensure high integrity in inventory and production records.
Analytical Thinking: Strong competency in capacity planning and resource management logic (balancing labor, machinery, and time constraints).
Collaborative Problem-Solving: Ability to work effectively on a fast-paced production floor and communicate clearly with the Master Production Scheduler and other stakeholders.
Innate Curiosity: A proactive "investigative" mindset with a strong desire to understand the root causes of operational challenges.
Desirable Skills
Programming Foundations: Basic knowledge of Python or SQL, or a demonstrated interest in learning these to automate manual data tasks.
Process Mapping: Experience in documenting workflows and identifying "friction points" that are suitable for automation.
Inventory Modelling: Previous exposure to inventory optimisation techniques (e.g., Safety Stock calculations or EOQ modelling) during academic projects or internships.
Lean/Six Sigma: Foundational understanding of Lean manufacturing principles to help minimise waste in the production area.
Qualifications or Relevant Work Experience:
Recently completed Bachelor’s/ Master’s degree (or equivalent) in one of the following.
Supply Chain Management / Logistics
Industrial or Systems Engineering
Business Analytics / Data Science
Desirable Experience:
Internship/ Experience: Any previous experience, internship or placement within a manufacturing, production, or logistics environment.
Programming: Basic exposure to SQL or Python, specifically for the purpose of automating repetitive data tasks.
Production Floor Familiarity: Comfort working in a "boots-on-the-ground" production environment and interacting directly with shop-floo
How to apply
Apply directly through the company website. Clicking the link below will open the application page in a new window.

Location: Berwyn, PA, USA
Industry: Engineering
AMETEK, Inc. is a leading global provider of industrial technology solutions serving a diverse set of attractive niche markets with annualized sales over $7.0 billion. AMETEK is a leading global provider of industrial technology solutions with approximately 21,000 colleagues across our global network of operating, sales, service, and support locations in 35 countries around the world. Our mission is to solve our customers' most complex challenges with differentiated technology solutions. The AMETEK Growth Model is embedded within our culture and is made up of our four growth strategies – Operational Excellence, New Product Development, Global and Market Expansion, and Strategic Acquisitions. These growth strategies are complemented by a disciplined focus on cash generation, capital deployment, and talent development. Each element of our Growth Model reinforces the others, creating a powerful and scalable platform to drive long-term, sustainable growth. AMETEK consists of two operating groups, both with highly differentiated technology and leading positions in niche markets: • Electronic Instruments Group (EIG) – a leader in the design and manufacturing of advanced analytical, test and measurement instrumentation for aerospace, medical, power, energy, research and industrial markets. • Electromechanical Group (EMG) – a leader in the design and manufacturing of highly engineered medical components and devices, automation solutions, thermal management systems, specialty metals and electrical interconnects.
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