NEDAAAB is an Alumni Association of NED graduates in Alberta promoting NED University of Engineering & Technology, Karachi, Pakistan and provides professional and social forum for NEDians in Alberta where they can interact for mutual benefit and growth.

NEDAAAB strives hard to contribute positively in the overall growth of Alberta through the continuous induction of its best engineering professionals in the local job market. It has high value for its members and it always encourages them to interact amongst themselves by participating in the professional and social events organized through this platform. NEDAAAB acts as a communication bridge between NED University and its fellow members across Alberta.

The objectives of NEDAAAB are:

  • To serve as the linking pin between all NEDIANs throughout Canada especially in Alberta
  • To promote, develop and maintain a unified alumni association by representing the best values and traditions of NEDUET
  • To strive hard to establish the professional name and image of NEDUET in the minds of Canadian recruiters
  • To create conducive environment where members can share mutual experiences, knowledge and information for their professional growth and solve social matters through discussions and interaction amongst themselves
  • To organize professional events for the benefit and growth of its members
  • To provide a social platform for members where alumni can interact with each other
  • To provide means to keep alumni members informed about important events and news related to NEDUET
  • To develop a broad-based NEDIAN family in Alberta

Plasma dynamic synthesis method produces carbide and carbonitride for industrial applications

Wed November 20th, 2024
A group of researchers from Skoltech, Tomsk Polytechnic University, and other academic organizations in Russia and China used the method of plasma dynamic synthesis to obtain a high-entropy carbide—a compound of titanium, zirconium, niobium, hafnium, tantalum with carbon—and carbonitride—a solid solution formed by carbides and nitrides of the transition metals—in the form of nanopowders.

Biomimetic speaking valve technology has enhanced safety features for tracheostomized patients

Wed November 20th, 2024
If conventional speaking valves for tracheostomized patients are used improperly, dangerous overpressure can occur, which can cause serious complications and even death. In a collaboration between the Freiburg Botanical Garden, the Medical Center—University of Freiburg and the Cluster of Excellence livMatS of the University of Freiburg, researchers developed a speaking valve with an integrated pressure release valve and an acoustic warning signal, inspired by the trapping mechanism of the carnivorous bladderwort plant Utricularia vulgaris.



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