
INTRODUCTION
Introduction
Mechanical Engineering is an exciting/thrilling field of engineering because it encompasses all engineering aspects of almost everything that moves in the universe. Mechanical engineers are concerned with the principles of motion, energy, and force. Generally, a machine converts one form of energy or movement into another. It is the responsibility of engineers to design machines whose parts and assemblies function in a safe and reliable, efficient, and predictable fashion. Indeed, the numerous laws and principles developed by scientists are the everyday tools of the mechanical engineer. Anything the engineer does that is related to the motion and dynamics of heat, gas, air, liquids, solid materials. Smart structures and robotics requires the understanding and application of the underlying basic science.
Mechanical engineering encompasses many specialties. Mechanical engineers design advanced and smart materials, structures and systems to meet the demands of manufacturing industries, aerospace industries including supersonic and hypersonic space travel, marine and maritime industries including design of ships, hovercrafts, submarines and aircraft carriers, robotics, medical fields, the nuclear energy field, the design of electrical power plants equipped with reactors, pressure piping, heat exchangers, and other specialized components. They develop computer systems that improve, automate and speed up the production process and perform intelligent, agile and just-in-time manufacturing and rapid prototyping. It would be hard to find an area or object in everyday life that was not in some way affected by mechanical engineers.
Mechanical engineers apply scientific methods to the solution of engineering problems. Mechanical Engineering teaches design, analysis and simulation techniques to realize ideas and dreams to improve life on earth. It also teaches how to create and realize next generation products, systems and organizations.
OVERVIEW
NFC-IET’s Mechanical Engineering Department which is a new addition to the upgraded degree awarding institute is dedicated to academic excellence in our course offerings. We intend to engage our students in challenging and rewarding work as soon as they decide to explore Mechanical Engineering. The Mechanical Engineering Department is an ideal environment for students who have proven to be the best and the brightest; those who are prepared and eager for the challenge.
Program
The Department offers four years B.Sc Mechanical Engineering program. It’s strong and interactive curriculum, based on the recommendations of HEC and PEC, and hands on learning will make students capable of taking their career to the next level, whether it be in the professional engineering practice or in advanced study. The department, just established this year, will be focusing on high quality teaching alongwith integrated laboratory experience. The department effectively connects teaching of engineering education to active research in different areas. It provides excellent education in the application of the traditional blend of core areas of dynamics, vibrations, structural analysis, materials, thermodynamics, fluid mechanics and heat transfer and control theory for the analysis, design and manufacturing of a wide variety of mechanical systems. The students undergo extensive course work, project work and laboratory experience during their studies.
We aim to provide our students with a perfect blend of intellectual and practical experiences that helps them to serve our society and address a variety of needs. At the end of our program, students are prepared for entry level work as a mechanical engineer as well as for the postgraduate study in mechanical engineering or in another relevant discipline, where a fundamental engineering background constitutes a desirable foundation. Academic course work and projects are designed to endow students with the ability to apply knowledge of science, mathematics and engineering, and the capability to work effectively in multi-disciplinary teams providing leadership and technical expertise.
Vision
To serve and excel in mechanical engineering and allied disciplines through high quality education and research to meet the industrial challenges and prepare graduates capable of becoming a resourceful member of society.
Mission
To provide researched based education that builds within students a solid foundation in mechanical engineering principles having critical and creative thinking, communication and problem solving abilities, and prepares motivated graduates possessing the ability of continuous professional growth.
Objectives & Commitment
Program Education Objectives (PEOs)
- To Develop mechanical graduates with the broad scientific knowledge and technical skills to enable them to work professionally in areas of analysis, design and simulation.
- To Develop sense of responsibility, professionalism, and strong character to get lead roles in their fields of expertise.
- To Develop the ability to communicate adequately and work well on team-based engineering projects.
- To Develop new knowledge and innovative ideas that will promote sustainable economic development to improve the quality of societal life and meeting the future challenges
FACULTY
Name | Position | Contact Detail |
Engr. Dr. Mubashir Gulzar | Associate Professor (HOD) | 061-9220012 ,Ext 2422 |
Engr.Syed Nasir Mehdi Gardezi | Assistant Professor | 061-9220012 ,Ext 2222 |
Engr. Dr. Tariq Amin | Assistant Professor | 061-9220012 ,Ext 2397 |
Engr. Mirza Zohaib | Assistant Professor | 061-9220012 ,Ext 2389 |
Engr. Adil Khawaja | Assistant Professor | 061-9220012 ,Ext 2391 |
Engr. Sajjad ur Rahman | Lecturer | 061-9220012 ,Ext 2396 |
Engr. Muzammil Hussain | Lecturer | 061-9220012 |
Engr. M. Kazim Raza | Lecturer | 061-9220012 ,Ext 2354 |
Engr. Mehwish Chishti | Lecturer | 061-9220012 ,Ext 2437 |
Engr. Muhammad Umais | Lab Engineer | 061-9220012 ,Ext 2423 |
LABORATORIES
Laboratories
Mechanical Engineering Labs are designed to supplement the degree program. The department places utmost importance on laboratory courses, hence efforts have been made to have the laboratories equipped with modern state of the art equipment, which permits the students to apply his or her theoretical knowledge to test engineering principles with effective test and measuring techniques. The laboratories are designed to provide hands on experience in basic measurements and instrumentation equipment and the application of classroom theory. The aim of the laboratory course is to conduct experiments in the major areas of MECHANICAL ENGINEERING. The experiments in this laboratory course are tailored towards a specific engineering discipline. For this purpose, IET has established the following labs
- Engineering Workshop
- Engineering Drawing Hall
- Mechanics Lab (Statics & Dynamics)
- Mechanics of Mechanics of Materials
- Refrigeration & Air Conditioning
- Thermodynamics Lab
- Fluid Mechanics Lab
- Heat & Mass Transfer Lab
- IC Engine Lab
- CAD/CAM Lab
Following labs have been planned and are in process of establishment:
- Instrumentation & Control Lab
- Power Plant Lab
- Manufacturing Lab
- Energy Lab
PROGRAMS
B.Sc. Petroleum & Gas Engineering
SEMESTER-1 SEMESTER-2 | |||||
Code | Course Title |
Credit Hrs. |
Code | Course Title |
Credit Hrs. |
MA-101 | Calculus and Analytical Geometry | 3+0 | MA-102 | Vector & Complex Variables | 3+0 |
WS-101 | Workshop Practice | 0+2 | ME-121 | Engineering Dynamics | 3+1 |
IS-101 | Islamic Studies | 2+0 | ME-122 | Thermodynamics-I | 3+1 |
HU-101 | Functional English | 2+0 | ME-123 | Industrial Materials | 2+0 |
ME-111 | Engineering Statics | 2+1 | ME-124 | Engineering Drawing & Graphics | 1+1 |
CS-112 NS-101 | Computer System & Programming Applied Physics |
2+1 2+1 |
HU-102 | Communication Skills | 2+0 |
Total Credits | 18 | Total Credits | 17 |
SEMESTER-3 SEMESTER-4 | |||||
Code | Course Title |
Credit Hrs. |
Code | Course Title |
Credit Hrs. |
MA-201 | Differential Equations | 3+0 | EE-201 | Electrical Engineering | 2+1 |
IS-201 | Pakistan Studies | 2+0 | ME-241 | Mechanics of Machines-I | 2+1 |
HU-201 | Technical Report Writing | 1+1 | ME-242 | Thermodynamics-II | 3+1 |
ME-231 | Mechanics of Materials-I | 2+1 | ME-243 | Fluid Mechanics-II | 3+1 |
ME-232 ME-233 | Manufacturing Processes Fluid Mechanics-I |
2+1 3+1 |
ME-244 | Machine Design & CAD-I | 2+1 |
Total Credits | 17 | Total Credits | 17 |
SEMESTER-5 SEMESTER-6 | |||||
Code | Course Title |
Credit Hrs. |
Code | Course Title |
Credit Hrs. |
MA-301 | Engineering Statistics | 2+0 | EE-361 | Industrial Electronics | 2+1 |
ME-353 | Mechanics of Materials-II | 3+1 | ME-362 | Mechanics of Machines-II | 2+1 |
ME-351 | Machine Tools & Machining | 2+1 | ME-363 | Refrigeration & Air Conditioning | 3+1 |
ME-352 | Machine Design & CAD-II | 2+1 | ME-364 | Metrology & Quality Assurance | 3+1 |
MS-353 | Project Management & Economics | 3+0 | ME-365 | Numerical Methods for Engineers | 2+1 |
ES-354 | Environmental Engg. & Pollution Control | 2+0 | HS-366 | Professional Ethics | 2+0 |
Total Credits | 17 | Total Credits | 18 |
SEMESTER-7 SEMESTER-8 | |||||
Code | Course Title |
Credit Hrs. |
Code | Course Title |
Credit Hrs. |
ME-472 ME-473 ME-474 ME-475 ME-499 |
Heat & Mass Transfer IC Engine Finite Element Analysis Mechanical Vibration Project-I |
3+1 3+1 2+1 3+0 0+3 |
ME-481 ME-482 ME-483 ME-484 ME-499 |
Energy Resources & Utilization Instrumentation & Control Power Plants Production Management Project-II |
2+1 2+1 3+1 3+0 0+3 |
Total Credits | 17 | Total Credits | 16 |