BS Mechanical Curriculum Rev 2024 DEPARTMENT OF MECHANICAL ENGINEERING PAKISTAN INSTITUTE OF ENGINEERING AND APPLIED SCIENCES (PIEAS) NILORE, ISLAMABAD

Program Summary...............................................................................................................................................................4 Semester Duration...............................................................................................................................................................4 Eligibility............................................................................................................................................................................4 Salient Features...................................................................................................................................................................4 Basis....................................................................................................................................................................................4 Learning Outcomes...............................................................................................................................................................5 Course Coding.......................................................................................................................................................................6 Humanities..........................................................................................................................................................................8 CMS-101 Islamic Studies............................................................................................................................................8 CMS-102 Ethics (For Non-Muslims)...........................................................................................................................8 CMS-103 Pakistan Studies..........................................................................................................................................8 CMS-104 Composition and Grammar.........................................................................................................................8 CMS-105 Communication Skills..................................................................................................................................9 CMS-106 Technical Writing........................................................................................................................................9 CMS-109 Entrepreneurship.........................................................................................................................................9 CMS-202 Engineering Economics ...........................................................................................................................10 CMS-301 Principles of Management........................................................................................................................10 Natural Sciences...............................................................................................................................................................10 PAM-131 Engineering Physics..................................................................................................................................10 PAM-101 Calculus – I ...............................................................................................................................................10 PAM-202 Calculus – II..............................................................................................................................................10 PAM-242 Linear Algebra ..........................................................................................................................................11 PAM-255 Differential Equations................................................................................................................................11 PAM-267 Probability and Statistics...........................................................................................................................11 PAM-360 Numerical Methods ...................................................................................................................................11 CME-200 Applied Chemistry.....................................................................................................................................12 Computing........................................................................................................................................................................12 EE-101 Computer Fundamentals.............................................................................................................................12 Engineering Foundation....................................................................................................................................................13 ME-101 Engineering Drawing and Graphics...........................................................................................................13 ME-102 Engineering Mechanics – I (Statics)...........................................................................................................13 ME-103 Workshop Practice.......................................................................................................................................13 ME-201 Engineering Mechanics – II (Dynamics).....................................................................................................13 ME-202 Thermodynamics - I.....................................................................................................................................13 ME-205 Mechanics of Materials - I..........................................................................................................................14 ME-206 Fluid Mechanics- I......................................................................................................................................14 ME-302 Mechanics of Machines...............................................................................................................................14 ME-303 Manufacturing Processes-I.........................................................................................................................15 ME-308 Measurements and Instrumentation............................................................................................................15 Major Based Core (Breadth).............................................................................................................................................16 ME-207 Thermodynamics - II...................................................................................................................................16 ME-301 Fluid Mechanics - II....................................................................................................................................16 ME-305 Mechanics of Materials - II.........................................................................................................................16 ME-315 Machine Design and CAD – I.....................................................................................................................16 ME-316 Machine Design and CAD – II....................................................................................................................16 ME-403 Heat and Mass Transfer..............................................................................................................................17 ME-404 Mass Transfer..............................................................................................................................................17 Major Based Core (Depth)................................................................................................................................................18 ME-307 Manufacturing Processes - II......................................................................................................................18 ME-312 Refrigeration and Air-conditioning.............................................................................................................18 ME-405 Mechanical Vibrations.................................................................................................................................18 ME-411 Power Plants................................................................................................................................................18 ME-412 Internal Combustion Engines......................................................................................................................19 Elective Courses...............................................................................................................................................................19 ME-406 Total Quality Management..........................................................................................................................19 ME-413 Renewable Energy Resources.......................................................................................................................19 ME-414 Mechanical Engineering Design and Analysis............................................................................................19 ME-415 Finite Element Method................................................................................................................................20 ME-416 Tribology.....................................................................................................................................................20 ME-417 Aerodynamics..............................................................................................................................................20 ME-418 Gas Dynamics..............................................................................................................................................20 ME-419 Computational Fluid Dynamics..................................................................................................................20 Inter-Disciplinary Engineering.........................................................................................................................................21 MME-203 Introduction to Engineering Materials......................................................................................................21 EE-151 Electrical Engineering................................................................................................................................21 EE-152 Electronics...................................................................................................................................................21 EE-401 Control Engineering.....................................................................................................................................21 EE-402 Applications of Micro-controllers in Mechanical Engineering....................................................................22 Senior Design Project.......................................................................................................................................................22 ME-499 Design Project.............................................................................................................................................22 BS Mechanical Engineering PROGRAM SUMMARY SEMESTER DURATION Fall Semester (16 weeks study + 2 weeks sessional exam + 2 weeks final exam) Spring Semester (16 weeks study + 2 weeks sessional exam + 2 weeks final exam) Summer and Winter Vacations 12 weeks ELIGIBILITY • Intermediate / A-level (with majors courses: Physics, Chemistry and Mathematics) • At least 65% in SSC Examination / Matriculation / O-level • At least 60% marks (1st Division) in HSSC Examination / Intermediate / A-level SALIENT FEATURES Duration: 4 Years Number of semesters: 8 Number of weeks per semester: 18 Total number of credit hours: 137 Total number of courses: 47 Percentage of engineering courses: 70.8 % Percentage of non-engineering courses: 29.2 % BASIS The entire curriculum has been designed on the following lines: 1. It is based on the concept of foundation, breadth and depth courses so that streams for different specializations can be created. 2. Foundation Courses: The foundation courses are the courses that all students must take. These courses provide students with the fundamental concepts and tools to pursue their studies at the higher level. 3. Breadth Courses: The breadth courses introduce students to different specialties of the discipline. 4. Depth Courses: The depth courses offer specialization within a field of the given engineering discipline. 5. All courses are also identified as engineering or non-engineering. LEARNING OUTCOMES After successful completion of the course: General a. They should develop well-rounded personalities with initiative and resourcefulness. b. They should be conscious of the values of the society in which they will live and work. c. They should have an awareness of the social, national and global context in which their professional work is to be done. d. They should have excellent communication skills with abilities that enable them to fluently express themselves in writing as well as orally. e. They should have the knowledge and skills to harness conventional and digital sources of information with ease. f. They should have the ability to provide leadership and to work with others in team-work. g. They should be fully aware of academic and professional ethics and be motivated to work in conformity with their demands. h. They should have a well-developed curiosity that motivates them to continue the process of learning even after completing their formal education. i. They should be adequately prepared for assuming professional responsibilities. Academic Field Related a. They should be proficient in all the core areas that comprise the academic field. b. They should have the ability to apply the knowledge of one or more specialized areas of the field in greater depth. c. They should be able to apply basic principles and practices to identify, formulate, and solve substantive problems in the field. d. They should be proficient in the use of computers and modern design tools to develop and implement solutions to problems. e. They should have the ability to conduct experiments and to analyze and interpret experimental data. f. They should be able to conduct investigative and research projects. COURSE CODING (Each course has been assigned a code XX-YSN or XXX-YSN according to the following scheme) Where XX or XXX indicates department offering the course: ME Mechanical Engineering EE Electrical Engineering PAM Physics and Applied Mathematics CMS Communication and Management Sciences CME Chemical and Materials Engineering MME Materials and Metallurgical Engineering Y indicates Year of study (first, second, third, final) SN is Serial Number assigned to the course List of Courses Non-Engineering Domain Knowledge Area Sub Area Course Code Name of Course Lec CH Lab CH Credit Hours Humanities English CMS-104 Composition & Grammar 2 0 2 CMS-105 Communication Skills 3 0 3 CMS-106 Technical Writing 3 0 3 Culture CMS-101 Islamic Studies / Ethics 2 0 2 CMS-103 Pakistan Studies 2 0 2 Social Science CMS-109 Entrepreneurship 2 0 2 Management Sciences CMS-202 Engineering Economics 2 0 2 CMS-301 Principles of Management 2 0 2 Natural Sciences Mathematics PAM-101 Calculus – I 3 0 3 PAM-202 Calculus – II 3 0 3 PAM-242 Linear Algebra 2 0 2 PAM-255 Differential Equations 2 0 2 PAM-360 Numerical Methods 3 0 3 PAM-267 Probability & Statistics 2 0 2 Physics PAM-131 Engineering Physics 3 1 4 Chemistry CME-200 Applied Chemistry 2 1 3 Total: 40 List of Courses Engineering Domain Knowledge Area Course Code Name of Course Computing EE-101 Computer Fundamentals 2 1 3 Engineering Foundation ME-101 Engineering Drawing & Graphics 2 2 4 ME-102 Engineering Mechanics – I (Statics) 3 0 3 ME-103 Workshop Practice 0 2 2 ME-201 Engineering Mechanics – II (Dynamics) 3 1 4 ME-201 Thermodynamics – I 3 0 3 ME-205 Mechanics of Materials – I 3 0 3 ME-206 Fluid Mechanics – I 3 0 3 ME-302 Mechanics of Machines 3 1 4 ME-303 Manufacturing Processes – I 3 0 3 ME-308 Measurements & Instrumentation 2 1 3 Major Based Core (Breadth) ME-207 Thermodynamics – II 3 1 4 ME-301 Fluid Mechanics – II 2 1 3 ME-305 Mechanics of Materials – II 3 1 4 ME-315 Machine Design & CAD – I 2 1 3 ME-316 Machine Design & CAD – II 3 1 4 ME-403 Heat Transfer 3 1 4 ME-404 Mass Transfer 2 0 2 Major Based Core (Depth) ME-307 Manufacturing Processes – II 3 0 3 ME-312 Refrigeration & Air conditioning 2 1 3 ME-405 Mechanical Vibrations 2 1 3 ME-411 Power Plants 2 0 2 ME-412 Internal Combustion Engines 3 0 3 ME-406 Total Quality Management 2 0 2 ME-413 Renewable Energy Resources 2 0 2 ME-414 Finite Element Method 3 0 3 ME-415 Mechanical Engg Design & Analysis 3 0 3 ME-416 Tribology 3 0 3 ME-417 Aerodynamics 3 0 3 ME-418 Gas Dynamics 3 0 3 ME-419 Computational Fluid Dynamics 3 0 3 Inter- Disciplinary Engineering EE-402 Applications of Micro-Controllers in Mechanical Engineering 2 1 3 MME-203 Introduction to Engineering Materials 3 0 3 EE-151 Electrical Engineering 2 1 3 EE-152 Electronics 2 1 3 EE-401 Control Engineering 2 0 2 Senior Design Project ME-499 Design Project 0 3 3 ME-499 Design Project 0 3 3 Industrial Training - Four – Six Weeks Training - - - Total: 97