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Name Dr. Zaheer Ahmad
Designation Lecturer
Department Industrial Engineering (Taxila)
Highest Qualification PhD in Industrial Engineering
Specialization Process/ Product design, Renewable energy, Green energy, LCA, Bio fuel cell, Bioplastic
Phone No 051-9047832
Cell No
Fax No
Email [email protected]

Ph.D. Industrial Engineering, UNIVAQ, Italy

M.Sc. Industrial & Manufacturing Engineering, UET, Taxila.

B.Sc. Industrial & Manufacturing Engineering, UET, Lahore.

Improvements in Friction Stir Welding Strength (An experimental perspective)

Quality control at Koh-e-noor textile mills Rawalpindi

Comparative analysis of two dies made on Conventional & Non-Conventional machines

Quality Control


Manufacturing and Production


Fee Concession



Established Metrology & Statistical Quality Control Laboratory in Industrial Engineering Department

1- March 2012 to date Working as a Lecturer in the University of Engineering & Technology, Taxila.

2- June 2010 to March 2012 worked as a Design Engineer in Business & Engg. Trends, Lahore.

3- February 2009 to June 2010 worked as a Production Engineer in Frigz international, Sialkot.

1- Pakistan Engineering Council (PEC), Islamabd, Pakistan.

2- Institute of Industrial and System Engineers (IISE)

1- Occupational Health & Safety

2- Engineering Economics

3- Industrial Maintenance & Safety

4- Metrology & Statistical Quality Control

5- Ergonomics

6- Engineering Drawing

7- Mechanical Technology

8- Metal Forming & Cutting Analysis

9- Human Resource Management

10- Logistics & Supply Chain Management

11- Engineering Management

Lecturer, Industrial Engineering Department
  • Won Erasmus Mundus Project 2016.
  • Represented Pakistan in Regional Industry Cluster Development through University-Industry-Government (U-I-G) Cooperation, JICA Nagoya JAPAN (2015).
  • Won Higher Education Commission Scholarship for PHD Degree Abroad

Quality control at Koh-e-Noor textile mills Pvt. limited, Rawalpindi

Quality control at Heavy mechanical complex Taxila, Rawalpindi

Design and fabrication of welding fixture for the automotive industry

Optimization of process parameters of Friction stir welding 7075 T6 using Response surface methodology

Comparative analysis of Water tube and Fire tube boilers regarding efficiency

Computational Design and Fabrication of Solar powered stirling engine