Netherlands
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Our Vision
The most powerful AI use cases need smart contexts, through an Intelligent Thread.
A thread that connects knowledge and expertise, materialized in data, from various business functions and domains, across the full Product Lifecycle.
From marketing and design, sales and operations, to delivery and service. From hundreds of ideas, thousands of designs, millions of recipes, to billions of devices. Produced in physical and digital factories. Used, out in the field, like in cars, drones, and robots.
Today, knowledge and expertise across functions and domains is scattered, fragmented. Rather than viewing the Intelligent Thread as a mechanism for traceability, this project explores how it can become an active engineering knowledge and learning system.
A continuously evolving foundation that provides domain specific contexts, enables deployment of AI agents, supports knowledge exchange, informed decision making, and organizational learning throughout the Product Lifecycle.
Our Team
Your will join the Product Lifecycle Solutions team, an enthusiastic group of Business focused IT professionals, working from Eindhoven, Netherlands, and Bangalore, India. Operating in the global, highly competitive, highly dynamic Semiconductor industry.
Stepping up to challenges in the Product Lifecycle space, enabling NXP success, at high speed. You will work from the High Tech Campus in Eindhoven. You will be able also to catch-up with master thesis students in other areas, like Supply Chain and Quality.
Your Assignment
Phase 1
Phase 1 focuses on understanding NXP's current Digital/Intelligent Thread and identifying opportunities to strengthen it as an engineering knowledge and learning system. Through stakeholder interviews, process analysis, and exploration of the existing PLM ecosystem, the student will investigate:
The outcome will be an assessment of the current Intelligent Thread from a knowledge and learning perspective, together with a prioritized set of research directions, that will form the basis for the master's thesis.
Phase 2
Building on Phase 1 findings, Phase 2 focuses to investigate one selected challenge and to design, prototype, or evaluate a concrete solution that strengthens the Intelligent Thread, as an active engineering knowledge and learning system.
Possible research directions include:
Artificial Intelligence, including agentic AI, knowledge graphs, or other intelligent technologies may be explored, where appropriate as enabling technologies.
Nevertheless, the primary focus is on improving the Intelligent Thread as a living engineering knowledge and learning system, that supports faster and smarter engineering decision making, throughout the Product Lifecycle.
Your Profile
Master Thesis student, preferably in one the following areas:
Including the following skills:
Our Offering