Tamzid Rahman

Hi, I am Tamzid Rahman! Currently pursuing bachelor’s degree in Electrical Engineering with hands-on knowledge of power and communication concentration for design, control, and power application in energy systems. Strong interests in power engineering and wireless communications. Capable of working in a laboratory. Organized, technical, collaborative, adaptive, responsible, and efficient in all types of workplaces. I am known for being a team builder, leader, strong listener, researcher, avid coder, teacher, and trainer. I am equipped with two years of coding experience with python, c++, and Matlab.

Throughout my work experience, I provided support in building a responsive website with innovative design through web flow to develop pictures, banners, sidebars, and navigation features. I conducted rigorous research on coding for vDos and ways to run on older Windows computers. During my internship, I helped students with competitions dealing with computer programming such as Python and JavaScript and stood 1st.

I am instrumental in learning and mastering new skills, techniques, and technologies while prioritizing and completing tasks within deadlines. I am highly skilled in juggling multiple priorities, performing well under pressure, and satisfying performance goals to achieve company targets.

I am a bilingual communicator who is fluent in Bengali and intermediate in Arabic. I am technically proficient in Python, microcontroller MPLAB IDE, function generator, oscilloscope, multimeter, Multisim, LabVIEW MATLAB, AutoCAD and prototypes, CorelDRAW, C++, Visual Studios CODE, MS Office.

 

I worked in research for CUNY CDI with a focus is on ground-level ozone, which is a harmful air pollutant formed through the interaction of sunlight, nitrogen oxides, and volatile organic compounds. The impacts of ground-level ozone on human health and the environment are discussed. We explore the frontiers of ozone pollution, highlighting emerging research and challenges in understanding and mitigating ozone pollution. Tropospheric ozone, which is primarily formed through complex photochemical reactions involving precursor pollutants, is also examined. The paper delves into ambient concentrations and air quality standards for ozone, addressing the levels of ozone that are considered safe for human health. Additionally, the organic structure of ozone and its resonance structures are discussed thus, providing insights into the molecular composition and stability of ozone.

 Current graduate bachelor’s degree in Electrical Engineering with hands-on knowledge of power and communication concentration for design, control, and power application in energy systems. Strong interests in power engineering and wireless communications.