About Me
Name; Shakeel Abbas
Email:[email protected]
Educational Background and Mechanical Engineering Skills
I hold a Bachelor’s degree in Mechanical Engineering from University of
Engineering and technology Peshawar, where I developed a solid foundation in the
principles of thermodynamics, fluid mechanics, and material science. Throughout
my academic journey, I was fascinated by the real-world application of these
principles, particularly in the energy sector. My final year project involved the
design and simulation of a turbine blade cooling system using computational fluid
dynamics (CFD) software. This project not only deepened my understanding of
turbine mechanics but also honed my skills in technical computing and simulation,
which I believe are directly applicable to highly technical environment.
In addition to theoretical knowledge, my coursework was heavily supplemented by
hands-on laboratory work, where I gained experience in advanced mechanical
engineering tools such as micrometers, dial indicators, and precision measurement
instruments. I also had the opportunity to work on finite element analysis (FEA) and
MATLAB for mechanical design optimization, which fostered my interest in the
intersection of mechanical engineering and computational technology.
Professional Experience at Nuclear Power Plants
As a senior technician in atomic energy, I have been fortunate to work on some of
the most critical components of nuclear power plants: turbine systems. At the
Chashma Nuclear Power Generating Station (C-1 and C-2), I was actively involved
in the complete overhaul of steam turbines, including both LP and HP turbines. My
role encompassed disassembling and reassembling the turbine components,
performing precision measurements of axial and radial clearances using micrometer
gauges, and ensuring that the components were within the manufacturer’s tolerance
limits. This kind of work is crucial for ensuring the safety and efficiency of the power
generation process.
My work at the Karachi Nuclear Power Generating Station (KANUPP) focused on
ensuring the reliability and performance of the LP2 turbine during overhauling
procedures. This involved checking the “K-values,” which represent the axial and
radial measurements that determine the proper alignment and operational safety of
the turbine rotor. Using a combination of micrometers, dial indicators, and other
precision measurement tools, I was able to ensure that these values were maintainedwithin the strict tolerances required for high-efficiency turbine operation.
Additionally, I collaborated with a multidisciplinary team of engineers and
technicians to solve complex technical problems that arose during turbine
reassembly.
This experience has not only refined my technical skills but has also taught me the
importance of collaboration and problem-solving in high-pressure environments.
Working on these large-scale, mission-critical systems has deepened my
appreciation for precision engineering and the meticulous attention to detail required
to ensure operational safety in the energy sector.
