Shaping Innovations in Electronic Materials and Devices for a Sustainable, Greener World.

Advancing Sustainable Solutions in the realm of Materials & Devices

Omegalab is a vibrant Materials Science and Engineering research group situated at the prestigious King Abdullah University of Science and Technology (KAUST) in Saudi Arabia.

In our pursuit, we meticulously explore environmentally friendly materials and implement sustainable design principles to craft cutting-edge devices in an effort to leave a minimal impact on the environment. Our research encompasses diverse areas, including energy conversion materials, low-energy processes, organic electronics, printed electronics, and organic thermoelectrics.

Our driving force is a commitment to innovation and a vision for a greener, more efficient future. By delving into these interdisciplinary fields, we aim to contribute to global efforts for sustainable energy and materials, fostering advancements aligned with environmental responsibility and resource efficiency.

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Research Areas

Our lab focuses on developing sustainable electronic materials that have low-energy intensive processes & minimal environmental impact. We explore innovative solutions to create materials that are innovative while also being eco-friendly.

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Sustainable Materials & Devices

We focus on exploring environmentally friendly materials and sustainable design principles to develop advanced devices with minimal environmental impact.

Energy Conversion Materials & Devices

Actively researching innovative materials for efficient energy conversion, with a focus on renewable energy sources and cutting-edge energy storage solutions.

Low Energy Processes & Methods

Committed to developing processes that minimize energy consumption, promoting greener and more resource-efficient manufacturing methods.

Organic Electronics

Delving into the unique properties of organic materials for electronic applications, emphasizing flexibility, lightweight, and cost-effectiveness.

Printed Electronics

Utilizing printing technologies for electronic applications, facilitating scalable and cost-effective manufacturing processes.

Organic Thermoelectrics

Investigating doping strategies and polymer processing techniques to enhance the thermoelectric properties of organic materials.

Halide perovskites

Understanding degradation mechanisms, developing stabilization strategies, exploring doping techniques, and optimizing ionic and electronic transport properties for the efficient and resilient production of clean solar energy.

Meet Our Team

Omegalab's most valuable resource is its collection of motivated, dynamic, and dedicated researchers.

Our team brings diverse backgrounds and skill sets, fostering a blend of ideas within our group. Students and postdocs collaborate in small sub-teams to undertake various projects.

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