Hello, my name is
Sajad
Moradian
Electronic Engineer
- sajadmoradian@yahoo.com
- +98-912-260-8102
- Sajad Moradian
- Sajad Moradian
-
#50/10, Ryahee Gharbi, Jannat-Abad Jonoobi,
Tehran, Iran
About me
I am an enthusiastic electronic engineer based in Tehran, Iran, with a rich experience of over 20 years in electrical, mechanical, and chemical engineering.
Work Summary and Highlights
Education Summary and
Highlights
Having been actively involved in the professional launch of oil, gas, petrochemical, and mining factories, I am eager to share my expertise and incentives with your advanced group. A great teamwork spirit and the ability to solve problems are two of my relevant qualifications that could be useful to your organization in furthering its objectives. In addition to my self-motivated and dynamic nature, another important factor that doubles my motivation is my great interest in state-of-the-art industrial companies. I am confident that I will be a valuable asset to your organization given my skill set and proven track record. Please feel free to contact me for an interview at your convenience
My interest in mathematics books started before I reached the higher education level at university. Consequently, I spent a great deal of time and effort learning mathematics in depth by challenging difficult problems related to school and high school courses. Mathematical and physical principles are the foundation of engineering. I therefore chose to major in electronic engineering at the first level of my university education. As a result of my work on robotics, I was involved in the production of hexagon robots during that period. During my master’s degree in electronics engineering, I developed fault-tolerant methods and redundancy for my hexagon robot so that it can walk more reliably. During this period, I published a number of articles related to my research. During my next engineering graduation at two other universities, I expanded my knowledge of fluid mechanics and chemistry pertinent to my new position. During my Ph.D. at the first-ranked University of Iran, I used the same methods of fault-tolerant and redundant sequencing to increase the accuracy of DNA sequences in 2D nanopores that I used during my previous graduation level. There is a possibility of using all redundancy and fault-tolerant methods in many research fields in order to address the system’s important factors, such as reliability, fault tolerance, accuracy, stability, etc.