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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.