Muhammad Umer Iqbal
In 2020, I was graduated in Materials Science and Engineering from the Institute of Space Technology (IST) Islamabad. Where I completed my thesis on thermoelectric functional ceramic oxides. For almost two years, I worked as a graduate research assistant at the same Institute on the project titled “Hybrid Structured Thermoelectric Materials for Energy-harvesting, Cooling and Biomedical Applications “.
This experience has further increased my research interest in clean-energy materials. So, I got highly satisfied and motivated by my prospective PhD research on clean hydrogen synthesis in Funglass.
Dissertation topic: Novel Binary Semiconductor-Based Materials for Sustainable and Clean Energy: from Synthesis to H2 Generation
Supervisor: Dr. José Joaquín Velázquez García
Co-supervisor: Prof. Lothar Wondraczek (Otto-Schott Institute, Jena)
Department: Department of Functional Materials
Beginning of study: 5 March, 2022
Date of dissertation exam: 31 August 2025
- List of publications: 2023-Thermoelectric transportation in Cu-added Ca3Co4O9 ceramics consolidated by spark plasma sintering
https://doi.org/10.1016/j.physb.2023.414738
2021-Thermal Transport Properties of Bi2O2Se-Ag2Se Hybrid Structures.
https://journals.nust.edu.pk/index.php/njes/article/view/662
Conference Presentation and Paper:
- Europa Cat, August 27-1September, 2023, Prague, Czechia
- Processing and properties of advanced ceramics and glasses, October 25-27, 2023, Stará Lesná, Slovakia
Your participation in projects:
- Hybrid Structured Thermoelectric Materials for Energy-harvesting, Cooling, and Biomedical Applications
Other professional activities:
- 2019-2021: Graduate Research Assistant- Institute of Space Technology, Islamabad, Pakistan
- 2016-2017: Production Engineer- Amreli Steels Limited, Karachi, Pakistan
Inorganic technologies and materials I and Inorganic technologies and materials II
Modules:
Experimental mechanics, Collodial systems: cheracterization and utilization
Academic year 2024/25
Inorganic technologies and materials I
Inorganic technologies and materials II