Ing. Märam A. Muhfouz

At Karlsruhe Institute of Technology (KIT), I worked as a Laboratory Engineer, enhancing Perovskite solar cells by integrating up-conversion quantum dots to improve efficiency. I used techniques like laser spectroscopy and Raman spectroscopy and performed simulations with Multiphysics tools to analyze optoelectronic properties. Additionally, I gained hands-on experience fabricating solar cells in clean rooms and glove box environments, ensuring optimal conditions for material synthesis.

Contributed to research on sustainable energy technologies and smart energy systems. Collaborated with universities and departments to foster innovation in the development of energy solutions.

Gained hands-on experience in advanced material deposition techniques. Enhanced photovoltaic material performance through graphene doping optimization and collaboration with computational chemists.

Managed and led R&D activities focusing on solar energy solutions. Successfully negotiated client agreements and designed innovative solar PV systems tailored for diverse applications. Created comprehensive technical proposals, ensuring competitive and detailed project offerings.

Meterialwissenschaftentechnik Aachen-Deutschland

Steigerung der Effizienz der Perovoskite-Solarzelle mithilfe der Upconversion-Quantumdots. Charakterisierung mittels XRD, Raman und Sonnensimulator. Karlsruhe-Deutschland

Wissenschaftlerin, Ludwig Maximilian University of Munich (LMU) & open research TUM lab: Verschiedene Materialien werden mithilfe der Fest-Benetzungstechnik abgeschieden. Ergänzierung Graphen Dotierung.

Nano Ingenieurtechnik und Nano Wissenschaften, (Jordanien University of Science and Technology JUST & KIT Universität, mit Auszeichnung) Irbid-Jordanien

Elektrische Energie, (Al-Balqa´Applied University- Fakultät der technischen Ingenieurwissenschaften, Notendurchschnitt; sehr gut. Amman-Jordanien