SUCCESS STORIES
The merit for admission will be prepared on the basis of the previous academic records of the candidates, Admission Test and an interview as given under:
Description |
Percentage |
Previous Academic Record |
50% |
Written Test |
40% |
Interview |
10% |
The four-day national workshop on Optics of An-isotropic Media and Metamaterials organised by the Department of Electronics of Quaid-e-Azam University (QAU) concluded here on Thursday.
The workshop covered a diverse range of topics related to isotropic Media and Metamaterials in fields of Electronics.
An isotropic media the propagation characteristics of electromagnetic waves are independent of their propagation direction. This generally implies that there is no direction within such a medium which is any different from any other. Clearly then, we can class gases and liquids, but not liquid crystals, as isotropic media, provided there are no externally applied fields present. Such a field would, of course, imply the existence of a unique direction in the medium - that of the field. As an example of a situation where an isotropic medium becomes an-isotropic in an external field, we mention the case of a gas in a magnetic field, where the gas changes the polarization characteristics of a wave which propagates in the field direction.
Sixteen years of schooling or 4 years education after HSSC/A' Level in relevant discipline with 60% marks. Shall possess an MA/MSc degree or BA/BSc in the following discipline.
Electronics
Masters / Bachelors (4 years) in Electronics.
Degree must be recognized by HEC.
Electrical/Electronics Engineering
Masters / Bachelors (4 years) in Electrical/Electronics Engineering.
Degree must be recognized by HEC.
Physics
Masters / Bachelors (4 years) in Physics.
Degree must be recognized by HEC.
Computer Science
Masters / Bachelors (4 years) in Computer Science.
Degree must be recognized by HEC.
Provided that any of the conditions (ii) - (iv) above may be relaxed by the Vice-Chancellor in case of a teacher of a university/college and an employee of a research organization.
The two-day International Conference on Emerging Technologies (ICET) 2018 organised by the Department of Computer Sciences in collaboration with Department of Information Technology and Department of Electronics of Quaid-e-Azam University (QAU) concluded here on Thursday.
The conference was held under the umbrella of IEEE, a well-recognised international body with an aim to provide students and faculty exposure to state of the art research being conducted at various research centres.
The conference covered a diverse range of topics related to emerging technologies in different fields of ICT including Information Systems, Machine Learning, Artificial Intelligence, Privacy and Security, Internet of Things, Social Networks, Sensors Networks, Circuits and Embedded systems.
The keynote talks covered emerging topics in the domain of ICT. While addressing the audiences Vallipuram Muthukkumarasamy, MIET Group Leader Network Security Research Institute for Integrated and Intelligent Systems, Griffith University, said that cybercrime is the greatest threat to most of the companies, increasing in size, sophistication and cost. The IoT, wearables, mobile devices, smart cities and hyper-connected societies have expanded the attack surface for cybercrimes.
“Today online economy is growing twice the speed of the rest of the global economy. The cost of cybercrime has touched $ 3 Trillion for the global economy in 2015 while it is expected that cybercrime will cost $ 6 Trillion by 2021” said Muthukkumarasamy. He said that one of the main challenges to tackle the problem is the skill shortage and it is affecting industry globally.
Currently, one million cybersecurity jobs are available globally while by 2021 around 3.5 million cybersecurity positions would remain unfilled.
Ahmad Muqeem Sheri, lead researcher Professor for the autonomous driving team of GIST, South Korea delivered the talk titled “The Nuts and Bolts of Autonomous Driving”.
He introduced self-driving concepts ranging from localisation to motion planning and shared advancement in the field of autonomous driving.