Morteza Khodaei
M.Sc. Materials Engineering, University of Tehran
B.Sc. Material Science and Engineering, Sharif University of Technology
My research interests mainly include Biomaterial, Drug Delivery, Biotechnology, Skin Healing and Orthopedic Tissue Engineering. Currently, I am writing an article about controlling the release time of antibacterial drugs by the intelligent drug delivery system in the human body. In this process, titanium nanotubes are anodized and medicine is placed in them. Then, a polymer cap is synthesized to control the release of the drug on it, which is sensitive to bacterial infections and prevents the occurrence of bacterial infections.
Research Interests
I have some topics for my research interest and many of these topics are somehow related to my project to date I have been involved with a number of them.
- Biomaterials
- Drug Delivery
- Skin Healing
- Biotechnology
- Orthopedic tissue engineering
- Polymer synthesis for smart drug delivery
- Biomedical engineering
About Myself
Since the commencement of my academic journey in high school, I have actively pursued numerous training courses encompassing engineering disciplines and emerging technologies within the scientific realm. A profound fascination with technology and the generation of innovative ideas for the development of modern and efficient devices has been a driving force throughout my educational pursuits. Subsequently, after attaining favorable results in the national entrance examination, placing me within the top 2%, I embarked upon the study of Material Science and Engineering at Sharif University of Technology in 2019. It was during this period that my aspirations gravitated towards the realm of medical engineering.
Within the domain of Material Science and Engineering, I possess a fervent interest in its application within the biological sphere. The conceptualization and design of an intelligent internal system, which pertains to medical system subjects and necessitates engineering expertise, have occupied my thoughts. Consequently, this particular field exists at the intersection of both engineering and medical science.
After that, I continued my journey and started my M.Sc. degree at the University of Tehran. It was a very significant step in my academic career, where I gained a lot of valuable knowledge and experience. For my Master’s thesis, I focused on the same background as my previous studies and started working on skin healing. Currently, I am collaborating with a large team of surgeons at a hospital, which I believe will lead to a highly impactful and productive partnership.
Furthermore, I harbor a profound fascination for the domains of website design and development, which I am currently pursuing concurrently with my academic endeavors.
My Research Projects
B.Sc. Projects
- Utilizing Atomic Absorption Spectroscopy (AAS) for Elemental Analysis
- Enhancing Biocompatibility and Antibacterial Properties of Titanium Nanotubes through Antibacterial Drug Activity
- Unveiling Molecular Structures and Advancing Science in Biological Crystallography
- Unveiling Atomic Structure: Bohr’s Model and Its Impact
- Optimizing Coal Conversion: Investigating Modern Gasification Processes
- Blades of Innovation: Exploring Techniques in Knife Production
- Nature’s Seat: Exploring Materials and Techniques for Garden Chair Crafting
- Orthopedic Implants: Engineering Progress for Better Mobility
- Salt Spray Corrosion Testing: Delving into Materials’ Resistance
- The Power of Soft Skills: Crafting a Path to Success
- Ethical Philosophy Project: Kant’s Perspective on the Definition and Characteristics of a Successful Individual
- AM of Biomaterials-Design principles and their implementation
- Application of ceramics in the medical industry
- Seebeck effect and Thermocouple
- Bachelor Thesis
M.Sc. Projects
Bachelor Thesis
Fabrication of Titanium Dioxide Nanotubes as Implantable Drug Delivery Systems Titanium dioxide nanotubes (TNTs) have gained significant attention in biomedical...
Read MorePredicting the SFE using Machine Learning and Its effect on TRIP and TWIP behavior in High-Entropy Alloys
High-Entropy Alloys (HEAs), characterized by their multi-element compositions and exceptional mechanical properties, have emerged as a promising class of materials...
Read MoreSmart Hydrogels for controlled drug delivery in inflammatory bowel disease
Inflammatory Bowel Disease (IBD), encompassing conditions like Crohn’s disease and ulcerative colitis, remains a significant challenge in modern medicine due...
Read MoreSeebeck effect and Thermocouple
The Seebeck effect, discovered by Thomas Seebeck in 1821, involves the generation of a voltage difference between two dissimilar conductors...
Read MoreApplication of ceramics in the medical industry
Ceramic materials, especially zirconia, are suitable for use in medical device implants due to their outstanding mechanical properties including high...
Read MoreAM of Biomaterials-Design principles and their implementation
In the field of Advanced Manufacturing and Design, I delved into the expansive potential of Additive Manufacturing (AM), frequently known...
Read MoreNature’s Seat Exploration: Materials and Techniques for Crafting Garden Chairs
In this engineering and polymer science project, the topic of discussion revolves around the selection of materials and manufacturing methods...
Read MoreUnveiling Molecular Structures and Advancing Science in Biological Crystallography
The lecture on Biological Crystallography provided a comprehensive overview of the subject matter. The presentation delved into the fascinating world...
Read MoreOptimizing Coal Conversion: Investigating Modern Gasification Processes
In this lecture, Morteza Khodaei delves into the phenomenon of heat transfer. Under the guidance of Dr. Sadrnejad during the...
Read MoreElevating Communication and Collaboration through Nurturing Essential Soft Skills
The lecture on soft skills, designed by Morteza Khodaei, delved into the realm of essential interpersonal capabilities that complement traditional...
Read MoreEnhancing Biocompatibility and Antibacterial Properties of Titanium Nanotubes through Antibacterial Drug Activity
The presented study explores the influence of antibacterial activity and biocompatibility of antibacterial drugs on titanium nanotubes. The presenter, Morteza...
Read MoreExploring Corrosion Resistance through Salt Spray Testing
The lecture presented an insightful exploration of the salt spray test, a widely used method for evaluating the corrosion resistance...
Read MoreUtilizing Atomic Absorption Spectroscopy (AAS) for Elemental Analysis
The seminar provided a comprehensive exploration of Atomic Absorption Spectroscopy (AAS), shedding light on its pivotal role in various domains....
Read MoreExploring Blades of Innovation in Knife Production Techniques
The lecture focuses on the art of knife making, covering various aspects of production, market dynamics, and the relationship between...
Read MoreEthical Philosophy Project on Kant’s Perspective Regarding the Definition and Characteristics of a Successful Individual
In the lecture titled “Success and Ethical Attributes: Kant’s Perspective on Defining a Successful Human,” presented by Morteza Khodaei, the...
Read MoreExploring Bohr’s Atomic Model and the Evolution of Quantum Understanding
In the captivating lecture on Bohr’s Atomic Model presented by Mohammad Amin Ziveh and Morteza Khodaei in October 2021, an...
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