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Mr Abdul Naeem Khan
Assistant Professor
Department of Mechanical Engineering

SMME
National University of Sciences and Technology (NUST)
H-12, Islamabad
Tel : +92 51 9085 6075

Specialization
Thermo-fluids Engineering

Education
MS (Mechanical Engineering),Michigan State University (MSU), USA

Achievements

  • More than 21 years of instructional experience in Mechanical / Aerospace engineering.
  • Former Head of Propulsion Group, Aerospace Engineering Department, College of Aeronautical Engineering (CAE)
  • Provided assistance to the Head of Department in curriculum development, selection of text books and running the training affairs of the Aerospace Engineering Department at CAE.
  • Developed and conducted professional courses on Internal Combustion Engines for various organizations like PIA, AWC, NDC, PAF and foreign students.
  • Developed Power Point Presentations (CBTs) for UG courses like Thermodynamics, Heat Transfer, IC Engines, Aerospace Propulsion and Turbomachinery.
  •  Developed and conducted Gas Turbines course for SMME
  • Provided professional and on the job training to technical staff/officers
  • Served as Defense Committee Member for two MS level student projects related to aerospace propulsion.

Memberships

  • Life Member of Pakistan Engineering Council.
  • Member Royal Aeronautical Society (MRAeS), Pakistan Division.
  • Associate Member Institute of Engineers (AMIE), Pakistan.
 
  • Development air conditioning unit operated by natural gas at domestic pressure. (Funded Project)
  • Computer simulation of a turbojet - ramjet combination engine for a high supersonic aircraft
  • Software for supersonic aircraft intake design.
  • Study of warping phenomenon of aluminum channels and development of related lab apparatus.
  • Development of computer code to study and analyze the performance of an axial compressor
  • Design and development of an electric power generation system
  • Feasibility study of conversion of gasoline engine into ethanol blend driven engine and comparing their performance parameters
  • Theoretical design of a ninety-degree inward flow radial (IFR) turbine
  • Conceptual design of wind energy conversion system
  • Development of software to design and optimize performance of a centrifugal compressor  for different design features considered for variety of fluids
  • Software to analyze Internal Forced Convection phenomenon through pipes of different cross sections and variety of fluids.
  • Development of Software to design shell-and-tube type of heat exchangers.
  • Study and mathematical modeling of internal heat transfer methods employed for turbine rotor blade cooling, and identifying its effect on turbine performance.
  • Study of hydrogen fuel cell.
  • Development of code to simulate effects of changing by-pass ratio for the Turbo-Ramjet engine.
  • Recovery of axial compressor (lab equipment)

Special Courses Qualified

  • Instructional Techniques
  • Computer Orientation and Mathematics
  • Quality, Productivity & Organizational Effectiveness
  • Quality Control/Quality Assurance
  • Production Management
  • Engineering Field Supervisor
  • Non-destructive Inspection Techniques
  • Technical Investigations and Ground Safety
  • Familiarization courses on various equipment and aircraft

Engineering Courses Conducted

  • Thermodynamics – I 
  • Thermodynamics – II
  • Heat Transfer 
  • Compressible Fluid Dynamics
  • Internal Combustion Engines
  • Turbomachinery 
  • Advanced Aviation Technology
  • Mechanics of Materials
  • Aerospace Propulsion
  • Gas Turbines 
  • Engineering Statics
  • Engineering Dynamics

 

Development air conditioning unit operated by natural gas at domestic pressure. (Funded Project)

Computer simulation of a turbojet - ramjet combination engine for a high supersonic aircraft (MS Thesis).

Software for supersonic aircraft intake design.

Study of warping phenomenon of aluminum channels and development of related lab apparatus.

Development of computer code to study and analyze the performance of an axial compressor

Design and development of an electric power generation system

Feasibility study of conversion of gasoline engine into ethanol blend driven engine and comparing their performance parameters

Theoretical design of a ninety-degree inward flow radial (IFR) turbine

Conceptual design of wind energy conversion system

Development of software to design and optimize performance of a centrifugal compressor  for different design features considered for variety of fluids

Software to analyze Internal Forced Convection phenomenon through pipes of different cross sections and variety of fluids.

Development of Software to design shell-and-tube type of heat exchangers.

Study and mathematical modeling through internal heat transfer methods employed for turbine rotor blade cooling, and identifying its effect on turbine performance.

Study and design of hydrogen fuel cell.

Development of code to simulate effects of changing by-pass ratio for the Turbo-Ramjet engine.

Served as Defense Committee Member for two MS level student projects related to aerospace propulsion.