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Foundations of AI and Optimisation Methods ht23 (7.5 ECTs)

Smart Renewable Energy Electrical Grids ht23 (7.5 ECTs)

Foundations of AI and Optimisation Methods ht24 7.5 ECTs)

Introduction to Machine Learning ht24 (3 ETCs)

Nordic Climate Change Studies ht24 (15 ECTs)

Applied Machine Learning ht24 (7.5 ECTs)

• Project Ìýunder the funding of Energimyndigheten (Feb 2021 - Feb 2024)
• I worked with as Industrial partner for AI4ENERGY
• PhD student affiliated with research center (2023-Now)
• Visiting Researcher to Compiegne University, France (Nov 2022)
• Visiting Researcher to Sienna University, Italy (Dec 2022)
• Visiting Researcher to Deggendorf institute of technology, Germany (April 2023 and Jan 2024)

Amal is currently a graduate researcher at ¹û¶³´«Ã½, affiliated with the SOLVE – Solar Electricity Research Centre in Sweden, where her research focuses on building robust optimization and control models for renewable energy communities (RECs) under uncertainty, with the goal of advancing sustainable energy systems.

Amal holds an ICT engineering degree from SUPCOM, the Higher School of Communications of Tunis, with a specialization in Machine Learning for multimodal applications. Her most recent research includes leveraging Large Language Models (LLMs) for transparent and trustworthy decision-making, contributing to the frontier of responsible AI development.

Amal Nammouchi is the co-founder of AfriClimate AI, a community-driven non-profit organization that brings AI-powered solutions to climate challenges across Africa through capacity building, research, and innovation.

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With over a decade of experience in community building and international development, Amal has held numerous leadership roles, including Vice President of JCI El Alia (twice), Chairwoman of IEEE SUPCOM SB, General chair of the IndabaX Tunisia 2019, and Committee Chair at the Deep Learning Indaba 2024, helping foster the next generation of AI talent in Africa.

Beyond academia, Amal is passionate about entrepreneurship, working to translate cutting-edge research into practical solutions that have real-world impact. Her team won first place at the 10th edition of the MIT Energy and Climate Competition in 2023. Amal has also been recognized for her innovative projects, winning the second award at the EUNICE Innovation Cup in 2024 and earning the gold medal at I-fest² Projects competition by ATAST in 2015.

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