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Muhammad Azam Khan
About Candidate
Mr. Muhammad Azam Khan is a certified and highly experienced educator with Roots International. Holding a BS in Physics (Gold Medalist) and an MPhil in Thermal Energy Engineering, he brings a wealth of expertise to his teaching practice. With six years of experience teaching SSC and HSSC, and two years specializing in IGCSE and A-Level Physics and Mathematics, Mr. Khan has developed a profound understanding of various educational systems. His teaching career includes international exposure in both Pakistan and Turkey, providing him with a unique, global perspective on education.
Currently based in Islamabad, Mr. Khan is dedicated to nurturing a passion for learning and empowering students to achieve academic excellence. His teaching philosophy is centered on personalized learning strategies that promote confidence, critical thinking, and independent problem-solving skills. With a strong record of student success, Mr. Khan provides specialized tutoring services tailored to meet the individual needs of each student.
If you are looking for an experienced and committed tutor to help you navigate complex subjects, Mr. Khan is ready to support you on your educational journey. Contact today to begin a rewarding and enriching learning experience.
Classes Taught
A level
O level
IGCSE
Edexcel
IB MYP
FSc
Class 9-10
Subjects taught
Physics,
Mathematics,
English,
Computer Science.
Education
I completed my Bachelor's degree in Physics with a CGPA of 3.92 and was awarded the Gold Medal in recognition of my academic excellence. During my studies, I undertook several electronics projects, including: An Automatic Street Light Controller. A Home Security Boundary System using Laser Technology. A Magnetic Heating Stove. An Infrared Remote Control System. Also i did my final year research project in High Energy Physics from National Center of Physics.
I am currently pursuing an MPhil in Thermal Energy Engineering, a specialized field focused on the study and application of energy conversion, heat transfer, and thermodynamics in various engineering systems. As the world shifts toward sustainable energy solutions and decarbonization, the demand for expertise in thermal energy is rapidly increasing. This discipline plays a crucial role in developing innovative technologies for renewable energy generation, energy efficiency, and the optimization of thermal systems in industries such as power generation, transportation, and manufacturing. With the global emphasis on combating climate change, reducing carbon emissions, and transitioning to green energy sources, the future scope of Thermal Energy Engineering is expansive. Professionals in this field are expected to lead advancements in areas like solar thermal systems, energy storage technologies, waste heat recovery, and the design of more efficient heating and cooling systems, all of which are critical to achieving sustainable development goals.
Work & Experience
To cultivate an engaging and dynamic learning environment, I deliver comprehensive lectures complemented by interactive discussions to enhance students' comprehension of physics and mathematics. By providing personalized attention, guidance, and support, I aim to nurture critical thinking and problem-solving abilities, encouraging students to apply theoretical concepts to practical scenarios.
To cultivate an engaging and dynamic learning environment, I deliver comprehensive lectures complemented by interactive discussions to enhance students' comprehension of physics and mathematics. By providing personalized attention, guidance, and support, I aim to nurture critical thinking and problem-solving abilities, encouraging students to apply theoretical concepts to practical scenarios.
From November 2022 to April 2023, I was selected as a Hosted Researcher at the National Center for Physics (NCP), Islamabad, to undertake several research projects, including my undergraduate thesis. During this period, I conducted my Bachelor's dissertation and completed a research project in Particle Physics, which is currently under consideration for publication. My research focused on the 'Top Quark Production Cross-Section at 13.6 TeV via the S-channel using the Hathor program,' with affiliations to The European Organization for Nuclear Research (CERN) in Switzerland
