PhD Mechanical Engineering

The program will educate, train and mentor scholars with curious and investigative minds to learn advance concepts, techniques and methodologies through courses and especially practical research work and mentoring. The knowledge and research skills thus gained can open a multitude of opportunities in academia, industry and research organizations both locally and internationally. A trained PhD scholar has multitude of opportunities where he can apply his expertise to solve applied research problems. Teaching and research sectors are the main markets that employs PhD degree holders apart from public sector research and development organizations that require the skillset of a PhD to solve complex problems related of national interest. It will be pertinent to mention here that PhD is a path adopted by a few individuals especially in engineering and qualified PhDs in the field of mechanical engineering are in limited supply. Therefore, there is good market potential for a degree holder and in future, it is expected that the demand of PhD graduates will increase both at the national and international level. As an example, the recent accreditation visits to various universities across Pakistan has identified lack of PhD faculty and recommended hiring of PhD faculty. The vision of HEC of 100% PhD qualified faculty in university will also increase employability of PhD graduates.

In addition, there is growing need to integrate and employ more PhDs in local industry to boost the innovation, technology and quality of local manufacturing industry. This might create opportunities in the near future as the race for technology adaptation and upgradation will require advance knowledge with an innate research aspect to compete in the global market.

Outline

A student has to fulfill the residency requirement of at least 02 years at the university. The timeline of various milestones is defined in the table given below.

  • Activity Preferred Time Limit (by the end of) Maximum time Limit (by the end of)
  • Course Work2nd Semester3rd Semester
  • Comprehensive Exam3rd Semester5th Semester
  • Synopsis Qualification4th Semester6th Semester
  • Thesis Submission7th Semester16th Semester

  1. A PhD scholar shall cease to continue his/her studies if he/she fails to complete 18 Cr. Hrs. coursework within four regular semesters with at least 3.00/4.00 CGPA.
  2. The PhD degree shall be awarded after a minimum of three (3) years and not more than eight (8) years after the enrolment of the student; provided that for students who are unable to complete the program within eight (8) years, the university may designate a competent authority to determine whether the delay was caused by circumstances beyond the student’s control, and if so, grant an extension in such exceptional circumstances; however, in no event shall the PhD degree be awarded more than ten (10) years after the enrolment of the student in the program. The date of notification of the award of the PhD degree subsequent to the PhD defense shall be considered to be the date of the completion of PhD studies.

Road Map

1st Semester (09 Cr. Hrs.)

  • Sr. No. Courses Credit Hours
  • iCourse-I03
  • iiCourse-II03
  • iiiCourse-III03

2nd Semester (09 Cr. Hrs.)

  • Sr. No. Courses Credit Hours
  • iCourse-IV03
  • iiCourse-V03
  • iiiCourse-VI03

3rd Semester (06 Cr. Hrs.)

  • Sr. No. Courses Credit Hours
  • iResearch Thesis06
  • iiComprehensive Exam00
  • iiiSynopsis defense00

4th Last Semester (30 Cr. Hrs.)

  • Sr. No. Courses Credit Hours
  • iResearch Thesis30

A PhD student will have to choose six courses from the following courses after consultation with his thesis supervisor and approval of HoD. If considered necessary by the thesis supervisor and approved by the dean, a PhD candidate might complete not more than 02 courses from another department of the Faculty of Engineering or another faculty of the UCP.

  • Sr. No. Courses Code Cr.Hrs.
  • 1Design Optimization and Analysis TechniquesME70133
  • 2Project ManagementME70233
  • 3Experimental measurements and data analysisME73133
  • 4System Dynamics and ControlsME78133
  • 5Robotics and Parallel MechanismsME78233
  • 6Turbulence ModellingME 77133
  • 7Transport Processes in Energy SystemsME77233
  • 8Welding & Non-destructive TestingME78333
  • 9Advanced Power Plant SystemsME74133
  • 10Hydrogen and Fuel Cell EngineeringME74333
  • 11Combustion and EnvironmentME74233
  • 12Materials for High Temperature ApplicationsME78433

List of MSc courses that a PhD candidate can enroll if he has not already studied during his MSc studies is given in the table below:

  • Sr. No. Courses Code Cr.Hrs.
  • 1Modeling and SimulationME50133
  • 2Research MethodologyFE50233
  • 3Welding and Joining processesME62333
  • 4Mechanics of Fracture and FatigueME52133
  • 5Advanced Mechanical VibrationsME62233
  • 6Advanced Stress AnalysisME62433
  • 7Theory of Plates and ShellsME62533
  • 8Engineering PlasticityME62733
  • 9Mechanics of Composite MaterialsME62833
  • 10Automotive PowertrainsME54133
  • 11Advanced ThermodynamicsME54233
  • 12Renewable Energy SystemsME64333
  • 13Solar Energy UtilizationME64433
  • 14Energy SystemsME64733
  • 15Advanced Heat and Mass TransferME65133
  • 16CFD for Engineering ApplicationsME67133
  • 17AerodynamicsME67233
  • 18Gas DynamicsME67333
  • 19Robotics and ControlME68233
  • 20Quality Engineering and ManagementME68533
  • 21Selected topics in Mechanical EngineeringME6903-69933
  • 22Research ThesisME7916-79566
  • 23Thesis ContinuationME79710

Admission Criteria

  1. At least 3.00/4.00 CGPA or 60% marks from an annual system in MS or equivalent degree in Mechanical / Mechatronics / Industrial / Aerospace / Engineering or a relevant engineering discipline (the relevance will be decided by the graduate admission committee)
  2. All Candidates are required to pass the UCP Admission Test with a 60% score or a test equivalent to GRE/HAT General, conducted by testing bodies accredited by HEC with a passing score of 60% followed by an interview by the Graduate Admission Committee

Prospects

Fee Structure

PhD Mechanical Engineering

  • Sr. No. COURSE NAME Per Credit Hour Fee Admission Fee Total Credit Hours Degree Fee
  • 1PhD Mechanical Engineering 9,570 25,000484,84,360

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