Services
Video meeting . 15 mins
Priority DM . 2 days reply
Video meeting . 30 mins
Video meeting . 30 mins
Video meeting . 30 mins
Priority DM . 2 days reply
Priority DM . 2 days reply
Video meeting . 30 mins
Video meeting . 30 mins
Video meeting . 30 mins
About me
A dedicated and hardworking individual who believes in creating a difference by making innovation and implementation. Seeking a challenging position in a progressive organization with an aim to contribute positively towards the achievements of its objective to the best of my capabilities and to develop my skills that prides itself in giving substantial responsibility to new talent. Working with multidisciplinary teams during doctoral studies taught me how to acquire new skills quickly, think outside the box, and adapt to new situations. I have learned that networking, hardworking, and persistence are the keys to success anywhere around the world.
My background is in Magnetism & Spintronics and my expertise spans low-temperature phenomena and their experimental techniques. I always worked to accomplish my goals and gain more knowledge and insight into “Magnetism”. I developed a very deep interest in nanomagnetism from my working experience at Nanoscience & Technology Laboratory IIUI. Here, I designed research proposals, carried out research work, learned the synthesis process, attended meetings, educational research seminars, and competitions and devoted myself to offline and online research-related activities. For the past six years ago, my work responsibilities have included the following:
- Research: My research focuses on exploring nanomagnetic materials with novel properties. I have a keen interest in magnetic materials and their response in applied external fields at my bachelor's level. Therefore, in M.Sc. I worked on magnetic nanoparticles and study the magnetic interaction present in chromites. In my M.Sc. degree, I worked and studied different nano-magnetic materials i.e. NiCr2O4, CoCr2O4, CoFe2O4, MnFe2O4, NiFe2O4 nanoparticles their doping effects with non-magnetic and magnetic interactions. The magnetic properties were examined with the help of SQUID magnetometer from the Institute of Physics Karl Franzens University (KFU), Graz Austria. To analyze these magnetic measurements different physical laws were used. Then I compared these results on the behalf of obtained experimental results with theoretical results.
- Teaching and supervising: I taught several courses at the International Islamic University Islamabad Pakistan, where the students learned the fundamentals of Physics, Magnetism and Experimental techniques in Physics. In addition, I supervised of master’s and bachelor's students, who were working on their final-year projects.