Conceiving ideas and transformed them into reality for the benefit of humanity is an ambitious goal that when changed into action reinforced me to choose Sciences. At the very young age when the Communication and Electronics were unprecedented to me, I wondered about working of televisions, microwaves, landline phones and mobile phones. Such stupefaction at such an early stage has led to a passion for Engineering, so then I managed to get admission in Electrical (Telecommunication) Engineering at Government College University, Faisalabad.I completed my graduation with CGPA 3.
70/4.00. I was among the top three throughout the engineering in the list of 96 students. During my Bachelors, the courses like communication systems digital signal processing have helped me to understand the theoretical and practical issues involved in analogue and digital communications. I learned about all kind of analog and digital modulation schemes; their applications and reasons for their use in communication.
Later years, I was taught wireless and mobile communication, rf and microwave, optical fiber communication. This gave me a theoretical knowledge about these generations that how they are evolved and how the data rates are enhanced using different modulation schemes and how the capacity is enhanced using multiple access techniques.I choose my Final Year Project Biomedical Based Antenna Design using Biotelemetry. It was Micro strip Patch antenna resonating at 2.4 GHz is made on roger substrate. This antenna has been designed for biomedical applications in human body.
The designed antenna is being aimed to be utilized on skin as well as inside the body taking into consideration of tissue parameters. The main focus was to improve bandwidth so that patch antenna is used for wide band applications.After completing my degree I joined LCC (Light Bridge Communication Corporation) Pakistan as RF Engineer working on Ericsson Mobilink NPM Project in Rf planning and optimization department. Where I was responsible for Performing Scanning Activity and finding area’s having Interference, Indoor testing, Drive testing for coverage, Audio Quality MOS, Call setup and success rates, Handovers, Drop call and FTP throughput rates for 2G/3G and 4G, KPI evaluation and Layer 3 signaling messages analysis for Accessibility, Retainability and Mobility.After one year experience in field, I started working as a Lab Engineer in same University from where I graduated; I was responsible for conducting Communication system, Rf and microwave lab. After getting practical, theoretical and teaching experience just find my thirst for research in the field of communication. It makes me to apply for Communication Engineering masters’ degree in Aalto University; here, I will be able to establish a strong network for research training in wireless communication focused on innovation and improvement of Processing through the introduction of high-end industrial machines.
Latest digitalization will provide an efficient communication track, through important application domains like Internet-of-Things (IoT) and 5G mobile communications.I am choosing Aalto because it is the number top ranked and oldest institute of Finland. In Aalto all programs have organized in to strongest research environments and research centers reflect practical approach to research. Aalto have scholarship opportunity for talented students attracts me a lot, In Aalto From postgraduate subjects to doctorate level, there are plenty of opportunities for me to fulfill my ambition. Here, I can take advantage of informal atmosphere, where teachers are easilyApproachable and tuition often takes place in small groups. A successful research program in this area would allow me to fulfill my goals of becoming a researcher in the field of communication. I genuinely trust that my devotion towards perfection in whatever I do, alongside my remarkable academic records, qualify me for getting admission.
Thank you for your consideration and I am looking forward to hearing from you.Regards,Waleed Azam