1. MUHAMMAD UZAIR KHAN
House # R-1448 Block 14 Federal
B Area, Karachi, Pakistan
Mobile:+92-331-8020802/03453677100
Email add: kuzair32@gmail.com
OBJECTIVE
 Desire to work as an essential asset in Engineering Company.
 Seeking a challenging career in professional driven organization where I can apply my
skills for achievements of organization goals for personal advancements.
 A position in industry/company that will lead to work as an Engineer.
ACADEMIC QUALIFICATIONS
Degree Institution Year Grade/divison
B.E in Bio-Medical
Engineering (Medical
Stream)
NED University of Engineering
and Technology Karachi
2012
1st
division
H.S.C (Pre-
Engineering)
Government College For men
Nazimabad 2007
“A”
(71%)
S.S.C (Science)
Govt. Boys Agro-
Technical School Karachi
2005
“A”
(77%)
WORK EXPERIENCE
Organization/Company Designation Year
Imam Clinic Sr. Biomedical Engineer May 2014 To present
Noor International Medical System Engineer January,2013 to January 2014
Noor international Trainee Engineer July 2012 to December 2012
Liaquat National Hospital Service Trainee Engineer November 2010 to January
2011
Fariya (M-net) Internet
Service provider
Network troubleshooter From July 2005 to December
2009
PROFESSIONAL TRAINING(S)
1) Official training of Hamilton C-1,Hamilton C-2 and Hamilton G-5 ICU
Ventilator from Hamilton medical Switzerland in Noor international head office
Karachi from13th
March, 2013 to 15th
March,2013.
2) Official training of Saadad Patient Monitor model Novan S-1600, Novan s-
1800,Albroz B9 and Albroz B5 from Saadat Co. Iran in Noor international head
office Karachi 27th
Augest,2013 to 30th
August,2013

2. ENGINEERING PROJECT(S)
Final Year Project:
 Using CFD software (Fluent) constructed the 3D coronary bypass models of the aorto-right
coronary bypass and the aorto-left coronary bypass system. Used Finite volume approach for
better understanding of the flow dynamics at specific time instants of the cardiac cycle,
quasi-steady flow simulations. Also used Physiological measurement like the aortic
entrance, the ascending aorta, the left coronary and right coronary arteries as data input.
 By this, we can achieve
1) Maximum perfusion, of the occluded artery during Mid-diastole.
2) Around the distal anastomotic region, maximum wall shear-stress variation achieved.
 It can help to better understanding of Vein graft diseases after surgery ,also can help to
investigate post-surgical complications, and it can be helpful to provide a solution to delay the
occurrence of vein graft diseases
Other Projects
 Worked on microcontroller 8051 Series.
 Stepper Motor Operation Using Microcontroller
 LCD programming using Microcontroller.
 Variable Power Supply
RESEARCH PROJECT(S)
 Simulation of unsteady laminar flow in models of bifurcation on wind pipe (Human
Trachea) using two software Gambit & Fluent. Related to Biomimic Flow Systems.
 Surveys over cancer rate related to Biostatistics.
SYMPOSIUM(S) ATTENDED
 Participated in Pakistan’s first international symposium on biophysics organized by NED
University of Engineering & Technology.
 Member of executive committee of 1st
international Biophysics symposium arranged at
NED University Karachi on 1st
and 2nd
June 2012.
OTHER QUALIFICATION(S)/SKILL(S)
LABVIEW MATLAB AutoCAD
Proteus ISIS Minitab Ms Office
C++ Hospital Management