EXPLORE


0.0
0.0
0%
$20 USD / Hour
・

Korea, Republic Of (1:38 PM)
・
Joined on August 19, 2008
$20 USD / Hour
・
I am currently working as Assistant Professor for last four months previously I was serving in and Public Sector Organization in the areas of Design, Testing and CFD for period of five years. Have experience of CFD modeling of combustion, turbines, compressors and of both internal flow and external flow. I am using tools like ANSYS, ANSYS CFX, Numeca, Gridgen, ICEMCFD Turbogrid and many others for last five years. Have very good expertise in grid generation and CFD modelling as well as modeling Fluid Structure Interaction modeling. I have conducted three day CFD training twice in Ghulam Ishaq Khan Institute on CFD Modelling of combustion and turbomachinary. I am highly motivated by an insatiable curiosity and a competitive environment. I work well both independently and as a part of a team. In fact, I believe both qualities are necessary for optimal success. I am resourceful and willing to share my knowledge with others as this too, is an important component to moving closer to meeting the goals.
No reviews to see here!
Experience
Assistant Professor
Jul, 2011 - Present
•
14 years, 4 months
Muhammad Ali Jinnah University
Jul, 2011 - Present
•
14 years, 4 months
1) Involved in teaching Undergraduate level courses • CFD (Computational Fluid Dynamics) • Mechanics of machine (http://jinnah-me.webs.com/) • Engineering Mechanics (Engineering Statics, Dynamics) • Fluid Mechanics • Engineering Drawing and Graphics 2) Working as Time Table coordinator for Mechanical Engineering Department 3) Supervisor of CAD/CAM Lab. 4) Involved in Establishing labs and finalization of lab equipment’s 5) Development of Lab manuals. 6) Patron of Jinnah Engineering Society (Mech
Jul, 2011 - Present
•
14 years, 4 months
Manager Technical
Jul, 2005 - Jul, 2011
•
6 years
Public Sector Organization
Jul, 2005 - Jul, 2011
•
6 years
The job involves managing a team of engineers (in the department of Design, Computation and Simulation). The work was research oriented and was based on finalization of design "Computational Fluid Dynamics" and Testing. • CFD modelling of Combustion in gas power plants. (Both Liquid and Gaseous Combustion) • FSI (Fluid Structure Interaction) Analysis of turbine and compressor blades using ANSYS multi physics, ANSYS CFX and Numeca • Structure and thermal analysis of turbine and compressors • CF
Jul, 2005 - Jul, 2011
•
6 years
Education
MS Mechanical
2003 - 2005
•
2 years

Pakistan
2003 - 2005
•
2 years
Qualifications
Compressed Air Technology
2009
Skill development Council
Traning on maintinace of rotary compressors.
2009
Potential Flows and Panel Methods
2010
Air University
Determination of Lift and Drag on fins of a supersonic a system at different angles of attacks and speeds using Panel Method technique (Software: Painair)
2010
Publications
3) Profile improvement of transonic rotor 37 for pressure ratio and efficiency
IBCAST 2010
Present work focuses on increasing the pressure ratio of an existing transonic compressor rotor 37. Pressure ratio across the rotor is mainly function of two parameters rotational speed and blade deflection of the profile. To increase the pressure ratio one need to increase the rotational speed or increase blade deflection of the profiles at all spans of blade by considering all other parameters. In current work blade deflection is increased to increase the pressure ratio and efficiency of profil
Improved power generation using indigenously developed Kaplan turbine runner blade
Mehran University Jouneral
Paper focouses on the optimization of a kaplan turbine rotor blade using optimization techniques and CFD.
Verifications