About
Mohammad Sajjad is a highly motivated MSc graduate from Sharif University of Technology, a prestigious institution in Iran. He aspires to further his academic journey by pursuing a PhD in Biomaterial and Tissue Engineering, aiming to play a significant role in advancing the frontiers of knowledge in this field.
During his master’s studies, Sajjad’s research primarily revolved around the domains of corrosion resistance and antibacterial implants. This dedication has resulted in the development of two pending publications and a patent for his innovative work on the stabilization of silver nanoparticles. Furthermore, Sajjad has diligently expanded his knowledge by enrolling in courses on biocompatibility, broadening his insights and skills in the field.
Sajjad’s dedication and hard work have been recognized on an international platform as he received accolades for his research achievements at a prestigious invention competition in Switzerland. Additionally, his role as a teaching assistant has provided him with invaluable teaching and mentoring experiences.
With a specialized skill set in nanoparticle synthesis, Sajjad is poised to offer pioneering solutions to complex scientific challenges in the field of Biomaterial and Tissue Engineering. His exceptional track record and academic prowess make him a highly competitive candidate for a PhD program. Sajjad is enthusiastic and ready to make substantial and impactful contributions to the ever-evolving landscape of Biomaterial and Tissue Engineering.
Ac-Score is a Number Between 150-850 Representing Your Entire Academic Activities. This Number Not Only Gives You a Vision of Your Strengths and Weaknesses in Your Academic Background but Also Helps You Compare Yourself with Other Competitors in This Domain.
Material Science And EngineeringBachelor'sZanjan University2020-08-17 Iran
English Scores
TOEFL01-Jan-0001
82/120Total
Reading :
0/30
Listening :
0/30
Speaking :
0/30
Writing :
0/30
Journal Publications
Publication Title :
Development of PDMS/TiO2/Ag3PO4 antibacterial coating on 316L/PDMS implants: Evaluation of superhydrophobicity, bio-corrosion, mechanical behaviour, surface nanostructure and chemistry. Third author
Journal :
Journal of the Mechanical Behavior of Biomedical Materials