• You will contribute to the coordination and support of strategic supply chain projects across regions and categories, working alongside diverse teams and stakeholders. Thanks to your involvement, you will help connect information, follow project steps, and assist in maintaining a smooth collaboration flow.
  • You will take part in activities linked to long-term supply chain strategies, such as network design, capex planning and feasibility studies. Your analytical approach will support the preparation of materials and the consolidation of data that feed into these initiatives.
  • You will help monitor project progress by gathering inputs, organizing results and sharing clear updates with senior leaders. Through this exposure, you will also participate in benchmarking efforts and continuous improvement actions aimed at enhancing supply chain solutions.
  • You will support the alignment of supply chain activities with industrial and business priorities, contributing to the preparation of projects that accompany future growth and helping ensure consistency across strategic discussions.

 

As part of an engaged and competent team, you will work on the development, validation, and implementation of a first-principles model for an industrial-scale plastic waste pyrolysis reactor, leading to a simulation tool for designing and optimizing process operating conditions, while contributing to a real-life industrial project and independently managing tasks with scientific support throughout.

  • You will propose and develop a dynamic model for the process based on literature as well as internal expertise.
  • Furthermore, you will implement the model in Python, adhering to best coding practices.
  • You will validate the model using experimental data to ensure accuracy and reliability.
  • As part of your work, you will create clear visualizations, maintain thorough documentation and you will present your results to research partners.

 

This is a role well suited to an ambitious student pursuing an engineering degreeworking under the guidance of senior engineers to support various projects and learn practical engineering principles. Your tasks and responsibilities: 

  • Gain practical experience in engineering tasks and project workflows 
  • Support design verification and validation activities, including test setup and data collection 
  • Exposure to design, development and testing of medical devices 
  • Collaborate with cross-functional teams (Quality, Regulatory, Manufacturing) to ensure compliance.

 

  • You run and circulate regular reporting, performance updates and applicable analysis to enhance effectiveness and product range profitability for all our product categories.
  • You support monitoring business trends & driving action to react to market changes.
  • You look at standards and procedures and propose improvements.
  • You work with Allocation & Customer Service teams to ensure correct product flow to our E-commerce warehouses.
  • You collaborate with other E-commerce areas (Site Merchandising, Site Operations, Merchandising…) to maximize sell out and profitability for all our product categories and execute successful product and brand campaigns.
  • You participate on the promotion strategy by defining product list and discounts, in collaboration with the Artificial Intelligence team.
  • You work to maximize business opportunities, increase stock rotation, and improve customer satisfaction via our omnichannel capabilities, and create synergies between levi.com and the market place business.
  • Work closely with robotics researchers and engineers to define a project focused on embodied spatial reasoning.
  • Design, implement, and evaluate algorithms for geometry-aware Action Chain-of-Thought (Action CoT) representations.
  • Develop controlled spatial robustness benchmarks to quantify how Action CoT affects generalization and robustness in real and simulated environments.
  • Apply your methods to improve planning for simulated or real robotic systems.
  • Integrate your algorithms into NVIDIA’s robotics ecosystem. Deliverables may include prototypes, patents, production contributions, and/or publications in top conferences and journals.