Mrs. Nabila BOUASLA | Chemistry | Best Scholar Award
Mrs. Nabila BOUASLA, Université Chadli Bendjedid-El Tarf, Algeria
Based on the detailed curriculum vitae provided, Mrs. Nabila Bouasla appears to be a suitable candidate for the Research for Best Scholar Award. Here are some key points that support this opinion:
Publication profile
Educational Background:
Mrs. Bouasla holds a Doctorate in Sciences in Chemistry, specializing in Physical Chemistry of materials, from the University Badji Mokhtar-Annaba. Her academic progression from a graduate diploma to a doctorate demonstrates a strong commitment to her field.
Research and Training:
She has participated in various specialized training programs, including short internships at the ITODYS laboratory in Paris and training in advanced analytical techniques such as Rietveld analysis and electrochemical impedance spectroscopy. These experiences indicate her dedication to staying updated with cutting-edge research methodologies.
Teaching and Mentorship:
Mrs. Bouasla has extensive teaching experience, ranging from assistant roles to lecturer positions. She has taught various chemistry modules, which demonstrates her ability to communicate complex concepts effectively. Moreover, her involvement in supervising student projects highlights her role in mentoring and developing the next generation of scientists.
Research Supervision:
She has directed and examined multiple research projects at the undergraduate and master’s levels, covering diverse topics like environmental chemistry, phytochemistry, and corrosion studies. Her supervisory roles show her capability to guide significant research initiatives.
Scientific Contribution:
Mrs. Bouasla’s contribution to scientific research is evident from her supervision of projects that explore practical applications, such as the study of the inhibitory effects of natural substances on corrosion. These studies contribute to sustainable scientific practices and innovative material science research.
Publication Top Notes
- ZnO nanoparticles and biocidal effect of nanostructured ZnO films on Escherichia coli.
- Simultaneous removal of Na, Ca, K and Mg from synthetic brine and seawater using Fe2O3-SiO2 mixed oxide nanostructures: kinetics
Conclusion
Her strong educational background, research involvement, and teaching experience make her a commendable candidate for recognition in scholarly research.