Mohammed VI Polytechnic University (UM6P) in Benguerir, Morocco, is offering two Master's thesis (PFE) internship opportunities within the Materials Science, Energy & Nano-engineering (MSN) department. These six-month positions, running from February to July 2025, focus on cutting-edge research in energy storage and circular economy.

Option 1: Sodium-Ion Batteries
Synthesis and characterization of advanced cathode materials for sodium-ion batteries. This project is ideal for students with a strong background in solid-state chemistry and materials physics.

Option 2: Circular Economy & Recycling
Recovery and valorization of industrial waste for the extraction of battery-grade materials, contributing to sustainable practices and resource efficiency. Candidates should have skills in wet chemistry, experimental data analysis, and a collaborative spirit.

Eligibility: Applicants must be pursuing or have completed a Master's degree in Chemistry, Materials Science, or Chemical Engineering. Fluency in English (oral and written) is required. A scientific mindset and motivation to work in a high-level research environment are essential.

Supervision: Interns will be supervised by Professors Abdelwahed Chari and Mouad Dahbi, both experts in their fields, ensuring a rich learning experience and professional development.

Benefits: The internships offer immersion in innovative research projects, access to state-of-the-art facilities, and the opportunity to contribute to advancements in energy storage and recycling technologies. The scientific environment at UM6P is highly stimulating and supportive.

Application: Interested candidates should apply via the provided application link. Ensure all eligibility criteria are met and prepare necessary documents such as CV and transcripts. For more information, visit the official UM6P or Parcours d'Etudiants website.

Keywords: Materials Science, Chemistry, Chemical Engineering, Sodium-Ion Batteries, Circular Economy, Recycling, Energy Storage, Solid-State Chemistry, Wet Chemistry, Characterization.