National University of Sciences and Technology H-12 Islamabad 44000

Transcription

1 School of Chemical and Materials Engineering National University of Sciences and Technology H-12 Islamabad 44000

2 SCHOOL OF CHEMICAL AND MATERIALS ENGINEERING School of Chemical and Materials Engineering (SCME) commenced its programmes in 2006, and currently offering undergraduate and postgraduate degree programmes in the twin disciplines of Chemical Engineering and Materials Engineering. In line with the futuristic vision of NUST imparting quality education, maiden undergraduate programmes in the fields of Chemical and Materials Engineering were launched in the year Presently, the school has 434 students of which more than 129 are pursuing degrees at the MS and PhD levels. An important element of the undergraduate programme is the industrial design project, aimed at strengthening their understanding of engineering fundamentals and to develop their advanced engineering skills. The project also develops new outreach activities to inspire promising scholars to study at the University. At a higher level, these industrial design projects may contribute in making vital equipment inventions. The School enjoys reciprocal ties with universities in Europe, China and the ASEAN countries, and continues to forge stronger links with the academia and research communities across the world. In this regard, an MoU has been signed with INPT Toulouse, France, a leading university in the field of Simulation and Modelling of Fluid Dynamics. Our Materials Engineering Department is also collaborating in terms of students and teachers exchange with Institute of Materials (IMN) Nantes University, France. Several significant industrial projects are at hand, involving private and strategic partners. This is envisioned to provide a framework for present and future collaboration between academia and the industry and to make an important contribution towards re-vitalising the industry s capability. It is due to this conviction that university-industry linkage is being forged at SCME in line with prevalent higher education policy. SCME has a strong tradition of holding seminars and talks on contemporary topics of interest; both in the specific fields of study pursued at the School and areas of wider significance. Internationally recognized faculty involved in cutting-edge contemporary research together with well-equipped, state-of-the-art labs and learning resources provide an ideal setting for professional growth. We encourage, support and celebrate exceptional approaches to teaching that excite and inspire engineering students in a supportive and challenging environment. RESEARCH AND DEVELOPMENT SCME has attracted world-class faculty due to its conducive research environment, including graduates from the world s leading institutions like Oxford, Imperial College, Gothenburg, Manchester and many others. Internationally recognized faculty, coupled with well-equipped state-of-the-art labs and learning resources, provide an ideal setting for professional growth. As a result, the faculty has been receiving attractive research grants and support awards both from local and foreign sponsors. Students are fully supported and financed for initiatives in research activities. It provides opportunity of foreign research experience / research scholars interaction with students through split research programmes and faculty-invited programmes. 2

3 LABORATORIES AND INFRASTRUCTURE Chemical Engineering Laboratories 1. Fluid mechanics lab 2. Thermodynamics lab 3. Unit operation lab 4. Particulate technology lab 5. Instrumentation and process control lab 6. Chemical reaction engineering lab 7. Simulation lab 8. Fuel and combustion lab 9. Organic & Inorganic chemistry lab 10. Physical chemistry lab 11. Polymer lab Materials Engineering Laboratories 1. Scanning electron microscopy lab 2. Mechanical testing lab 3. Corrosion lab 4. Composites lab 5. Surface engineering lab 6. Thermal transport lab 7. Heat treatment lab 8. Nano synthesis lab 9. Sample preparation lab 10. Microscopy lab 3

4 Research Facilities in SCME 1. High Performance Liquid Chromatograph (HPLC) 2. Gas Chromatograph-Mass Spectrometer (GC-MS) 3. Fourier Transform Infrared Spectrometer (FTIR) 4. Thermal Gravimetric / Differential Thermal Analyzer (TG/DTA) 5. Gel Permeation Chromatograph (GPC) 6. Micro Calorimeter 7. Bomb Calorimeter 8. Scanning Electron Microscope 9. X-Ray Fluorescence (XRF) 10. Atomic Force Microscope 11. X-Ray Diffraction (XRD) 12. BET Surface Area and Porosity Analyzer 13. Particle Size Analyzer 4

5 PATENTS SCME in its short existence has been credited with the acceptance of four patents (SI No , , and ) in the area of filament Wound Structures, Particles, Composites, Shockwave/ Seismic Absorbance Materials and a method of tackling erosive burning in high C/D rocket motors. Another patent on the subject of radiation modification of colour and clarity in gemstones, precious and semi-precious gemstones is filed by a faculty member. PUBLICATIONS During the last year, over 15 research papers were presented at national and international conferences of high repute and over 46 papers were published in journals with high impact factor ratings.the School promotes sharing of knowledge and exchange of research at all levels. With this objective in view, the school has recently published four books with VDM, a lead international publisher. The books are available at amazon.com. Publications include: Renewable Technologies: Thermionic Energy Conservation Anti-blast Nano-polymer for Structural Retrofit Ablative Nano Composites High Strength Composites 5

6 SCME MILESTONES Indigenous Windmill Rotor Fabrication Carbon Nanotubes Fast-track Bio-diesel Production Carbon Fibre Composites Advanced Bio-materials15 Nano-membranes Fabrication and characterization of CdTe thin films for semiconductors radiation detectors Carcinogen-free Radiation Compatible Polymers Value-addition in Gems Development of low cost eco-friendly inhibitors.3 6

7 FACULTY PROFILE Dr. Mohammad Mujahid, Dean/Principal DPhil (University of Oxford) UK Specialization: Nano/Bio Materials, Characterization, Electron Microscopy Department of Chemical Engineering Dr. Arshad Hussain, HoD PhD (OVG University) Germany Specialization: Membrane Technology Dr. Abdul Qadeer Malik PhD (University of Essex) UK Specialization: Physical Chemistry (Kinetics) Dr. Habib Nasir PhD (University of Karachi) Pakistan Specialization: Molecular Nanotechnology Dr. Noaman Ul Haq PhD (Kyungpook National University) Korea Specialization: Polymer/Membrane Technology Dr. Iram Mahmood PhD (Graduate University of Chinese Academy of Sciences) China Specialization: Nanotechnology Dr. Shaneela Nosheen PhD (University of Connecticut) USA Specialization: Inorganic Chemistry Engr Nadeem Ehsan, Academic Coordinator MSc (Cranfield University) UK Specialization: Explosives Dr. Muhammad Bilal Khan Niazi PhD (University of Groningen) Netherlands Specialization: Product Technology Ms. Monazza Sarwar MSc (Quaid-i-Azam University) Pakistan Specialization: Organic Synthesis (Heterocycles) Mr. Muhammad Nouman Aslam Khan MS Mathematics (COMSATS) Pakistan Specialization: Fuzzy Algebra 7

8 Engr. Asif Jamil MS Chemical (KTH SWEDEN) Specialization: Polymers Engr. M Waqas Yaqub MS Engg Management (NUST) Engr. Zaib Jahan BE Chemical (UET Lahore) Engr. Nouman Ahmed BE Chemical (Punjab University) Engr. Ayesha Raza BE Chemical (NUST) Department of Materials Engineering Dr. Muhammad Shahid, HoD PhD, Materials (University of Manchester) UK Specialization: Corrosion and Protection Dr. Nasir Mahmood Ahmad PhD, Chemistry (University of Manchester) UK Specialization: Polymer Science & Technology Dr. Iftikhar H. Gul PhD, Physics (Quaid-i-Azam University) Pakistan Specialization: Nano-particle Characterization Dr. Amir Habib PhD, Physics (University of Vienna) Austria Specialization: Ceramic Polymer Nano-composites Dr. Ahmad Nawaz Khan PhD, Materials (National Taiwan University of Sciences and Technology)Taiwan Specialization: Polymer Engineering Dr. Haris Masood Ansari PhD, Materials (The Ohio State University, Columbus OH) USA Specialization: Thin film deposition & Nano-materials fabrication Dr. Zakir Hussain PhD, Chemistry (Technical University of Braunschweig) Germany Specialization: Display technologies, Sensors Dr. Khurram Yaqoob PhD, Materials (University of Paris East) France Specialization: Thermodynamic modeling of Phase diagrams 8

9 Dr. Muhammad Israr Qadir PhD, Physics (Linköping University) Sweden Specialization: Fabrication of Nano-materials &Characterization Engr. Nabeel Ahmad MS (Kiel University) Germany Specialization: Materials Engineering Engr. Muhammad Rashid Fiaz ME (Katholic University Leuven) Belgium Specialization: Materials Engineering Engr. Jibran Khaliq MS, Materials (NUST) Pakistan Specialization: Nano-technology Engr. Ibrar Muhammad Butt MS, Materials (Delft University of Technology) Netherland Specialization: Material Science & Engineering (Physics & Chemistry of Materials) Engr. Tassawar Javed MS (UET Lahore) Pakistan Specialization: Materials Engineering Engr. Mohammad Irfan MS, Materials (Hanyang University) South korea Specialization: Bionano Engineering Engr. Muhammad Imran BE (University of Punjab) Pakistan Specialization: Metallurgy Engr. Abdul Qadeer BE (NUST) Pakistan Specialization: Materials Engineering Engr. Syed Ahsin Ali BE (NUST) Pakistan Specialization: Materials Engineering Engr. Taimoor Ahmad BE (NUST) Pakistan Specialization: Materials Engineering 9

10 ACHIEVEMENTS 1- National Internship Poster Presentation 2013 (INSPIRE): Top three positions are from SCME Anum Shafique Khan Ume Salma Danish Syed Shouzab Raza 2- Waleed Chaudhary of Che-03, Head of the NUST Dramatic Society, was selected and successfully completed The International Dramatics Workshop for Improvisation and Monologue in Dubai (The Desert Monologue) 3- Sports: Inter H-12 NUST Football League winner 2013 Inter H-12 NUST Cricket League winner 2013 Inter H-12 NUST Futsal Runner s up 2013 Inter H-12 NUST Badminton Runner s up Zaki Ahmad Zaki of Me-03 is selected as NUST H-12 Football team captain 5- SCME team is the Runner s up of GIKI Science Fair Team Comprises of Faizan Anwar Saim Bin Farooq Shahroz Ahmad Haider Ali Khan Muteeb Raza 10

11 ALUMNI MESSAGES Anum Chandani Designation: Graduate trainee process engineer at ENGRO After graduating from university one realizes the true importance of it. NUST being the best engineering school in Pakistan, has provided me with a lot more than just world class education, it has given me the confidence and skills essential to survive in the cut throat world of a cooperate. I am currently working as a graduate trainee process engineer at ENGRO polymer and chemicals ltd and my time and studies at SCME- NUST has helped me immensely in delivering what my company expects and demands from me. In my opinion NUST does not only make you a good engineer but it also provides you with an opportunity and an environment to truly become an all-rounder and acquire the skills needed to exceed and excel in the real world. Mustafa Arshad Designation: Trainee engineer at DESCON As we approached the end of the last semester of our degree at SCME, we were all pumped up about the project, assuming responsibilities, how we would present, what we would include, etc! Little did we know that the outside world was crawling with engineers, wandering around for work helplessly despite being quite competent. We had high expectations from the Open House day, but unfortunately the number of companies that turned up was nothing short of disappointing. Things you've to bear with being the first batch! But we moved on and so ended our eventful sojourn at SCME. Looking for work as a fresh graduate can be really menacing, it seems like everyone wants to hire people with some kind of experience or the other. But thankfully ENGRO happened and a handful of our peers made it in. I wasn't one of them. For some it seemed like the end of the world, but it certainly wasn't. A month long wait for the nut to crack ended when DESCON Eng. Ltd.'s training program came to being. I made it this time. The only representative from our SCME Today, as I get ready for being transferred to Descon Qatar and ending the training as one of the top three trainees, I feel I have given something back to SCME. A small portion out of the huge chunk of values it gave me over the four year period of my degree. Mohammad Taha Designation: Trainee chemical engineer at FFBL As being one of the premiere universities of Pakistan, NUST not only has state of the art facilities but a dedicated faculty and committed administration; a combination that is usually scarce. NUST not only polished my academics, but also provided me hands on practical experience and corporate grooming, primarily due to teaching methodologies followed here. I feel proud to be a NUSTIAN. 11

12 LIBRARY SCME has a well-equipped library having a large collection of books and periodicals related to chemical and materials engineering. In addition, computers are reserved for literature search and access to HEC digital library. HEC DL has launched an e-brary, Springer books and McGraw Hill collections to provide around 50,000 online books in addition to more than 23,000 journals that have been made available through the Digital Library Programme. SCME Library is automated through library software KOHA, OPAC is also available on LAN and has started its barcode enabled circulation; local digital collection is also available on LAN. Scanning and photocopying facility is also available to facilitate the students and researchers. 12

13 CLUBS AND SOCIETIES Chimaera - SCME Student Magazine SCME holds the distinction of being the first school to publish Chimaera (student magazine) in its first year of undergraduate induction. Chimaera is a bilingual (English and Urdu) annual publication. Literary and Debating Society The society caters for events including literary thirst of students through organisation of debates, declamations, essay competitions, elocutions, and mushaira on regular basis. Khayal - The Caring Society The society spreads the message of care and share, and actively organises awareness campaigns, guest speaker sessions, field trips, fund-raising activities, quiz competitions, walks and workshops of mutual interests. NUST Science Society NUST Science Society is a central NUST society, hosted by SCME. It organises interactions with top-class Pakistani and foreign scientists and caters for events / activities of scientific nature. Astronomy night, Project / Industrial Expo, Sytek are some of the events on its calendar. NUST Book Club NUST Book Club is a central NUST society, hosted by SCME. It aims at supporting all academic and research activities at NUST libraries and is responsible to organise book reading activities, annual Book-Fair and Book-Day celebrations. 13

14 EMPLOYMENT OPPORTUNITIES Chemical Engineering Professional chemical engineers design, construct and manage the process operations all over the world. There is a great demand for their expertise in the national strategic sector. In addition to excellent opportunities for higher studies in world renowned universities, chemical engineers have a bright career with national and multinational companies. Potential employers include: Strategic organizations Oil and gas sector Processing sectors Fertilizer Industry Textile Industry Energy sector Plant design and manufacturing Fine chemical manufacturing Synthetic fibre manufacturing Pulp and paper industry Pharmaceuticals Petroleum sector Food and beverages Materials Engineering Materials Engineering has recently become very popular in advanced countries. It owes its existence to a natural evolution in classical metallurgical, mechanical and manufacturing engineering. Professional materials engineers are equipped with the academic background and skills to tackle challenges related to materials industry, environmental problems, material selection and processing, design and engineering, leadership skills, quality control/assurance and understanding to work within the corporate sector. In addition to excellent opportunities to pursue higher education within NUST and in other advanced countries, materials engineers are sought after by national and multinational companies. Some important employers include: Oil and gas sector Ceramic industry Glass industry Aerospace and aviation Heavy industries (HIT, HMC, Steel Mills) Biomedical and bioactive materials Semi-conductor and electronic device manufacturing Strategic organizations Alloy and composites manufacturers 14

15 ACADAMIC PROGRAMMES Bachelors in Chemical Engineering Programme Description Chemical Engineering deals with the process of converting raw materials or chemicals into more useful valuable products. Its primary theme resides in designing industrial processes which revolve around the rigorous application of thermodynamics, kinetics and transport phenomena at its core. The undergraduate programme covers topics as diverse as mathematics, computer applications, process diagnostics and instrumentation to facilitate plant design and unit operations. The programme is designed to produce competent engineers, with leadership qualities and capable of undertaking projects of national interest. Associated Careers Chemical Engineers work in manufacturing, pharmaceuticals, healthcare, design and construction, pulp and paper, petrochemicals, food processing, specialty chemicals, polymers, biotechnology, and environmental health and safety industries, etc. Fertilizer, mining, synthetic fuels, cement, ceramics and composites, defense and aerospace are amongst the leading industries offering a multitude of employment opportunities for chemical engineers. Scheme of Studies Course CH CH CH Course Title Code Theory Practical First Semester MATH111 Calculus-I CH102 Inorganic & Analytical Chemistry CS100 Fundamentals of ICT ME110 Engineering Drawing and Graphics HU100 English CHE100 Chemical Process Principles Total 17 Second Semester MATH112 Calculus-II CS112 Computer Programming ME120 Workshop Practice MSE101 Fundamentals of Engineering Materials HU109 Communication Skills PHY101 Applied Physics Total 17 15

16 Third Semester MATH201 Differential Equations & Applied Techniques CHE210 Fluid Mechanics CHE211 Chemical Engineering Thermodynamics-I CH202 Organic & Bio Chemistry HU107 Pakistan Studies HU101 Islamic Studies Total 18 Fourth Semester HU212 Technical/Business Writing CHE220 Mass Transfer CHE221 Heat Transfer CHE201 Advanced Chemical Process Principles CHE202 Chemical Process Technology Total 17 Fifth Semester CHE323 Transport Phenomena OTM 456 Production & Operations Management MATH351 Numerical Methods CHE322 Simultaneous Heat & Mass Transfer CHE312 Chemical Engineering Thermodynamics Total 17 Sixth Semester CHE325 Chemical Reaction Engineering CHE314 Instrumentation & Process Control ECO130 Engineering Economics ENE 306 Fundamentals of Environmental Engineering and Management CHE324 Particulate Technology Total 17 Seventh Semester EE4 Electives-I CHE427 Chemical Engineering Plant Design CHE313 Fuels & Combustion EE4 Electives-II CHE499 Final Year Project Total 16 Eighth Semester OTM454 Project Management HU222 Professional Ethics MGT271 Entrepreneurship EE4xx Electives-III CHE426 Chemical Process Design & Simulation CHE499 Final Year Project Total 16 G. Total 135* 16

17 Electives CHE 330 Science of Energetic Materials 3-0 SCME CHE 340 Biochemistry 3-0 SCME CHE 350 Petroleum Refinery Process 2-1 SCME CHE 360 Fundamentals of Polymer 3-0 SCME Engineering CHE 431 Combustion & Propulsion 3-0 SCME CHE 432 Explosive Manufacture, Formulation 3-0 SCME and Filling CHE 441 Fermentation Technology 3-0 SCME CHE 442 Membrane Technology 3-0 SCME CHE 451 Reservoir Engineering 3-0 SCME CHE 452 Production Engineering 3-0 SCME CHE 461 Polymer Reaction Engineering 3-0 SCME CHE 462 Polymer Processing, Design, and Characterization 3-0 SCME 17

18 MS Program in Energetic Materials Engineering Course Structure Core Courses: Elective Courses: Thesis Course code Course Title Credits EME 800 Science of Energetic Materials 3 EME 801 Advanced Energetic Materials 3 EME 810 Combustion & Propulsion 3 EME 813 Materials Technology 3 EME 820 Pyrotechnics & Explosive Actuated 3 Devices EME 811 Explosives Manufacture, Formulation 3 & Filling EME 821 Ammunition Systems (1) Warheads 3 EME 822 Ammunition System(2) Delivery 3 EME 823 Sensing Techniques & Systems 3 EME 850 Ballistics 3 EME 824 Rocket Motors & Propellants 3 EME 815 Detection and Analysis of Explosives 3 EME 812 Risk, Hazard and Safety 3 EME 814 Advanced Materials & Surface 3 Treatment EME 826 Guided Weapons 3 EME 899 Master Thesis Research 6 Semester Wise Breakup Course code Course Title Credits Semester I EME-800 Science of Energetic Materials 3 EME-810 Combustion & Propulsion 3 EME-813 Material Technology 3 Semester II EME-801 Advanced Energetic Materials 3 Elective-1 3 Semester III Elective-2 3 Elective-3 3 Elective 4 3 Semester IV EME-899 Master Thesis Research 6 18

19 MS Program in Chemical Engineering Course Structure Course Code Course Title Credits Core Courses: EME-921 MHMT in CHE 3 CHE-847 Chemical Kinetics& Reactor Design 3 CHE-843 Separation processes in CHE 3 Electives: EME-810 Materials technology 3 ESE-801 Biofuel Engineering 3 EME-981 Advance Fuel Technology 3 CHE-873 Membrane Technology 3 EME-902 Numerical methods in CHE 3 CHE-853 Green Process Engineering 3 CHE-848 Gasification Processes 3 EME-803 Combustion and Propulsion 3 MSE-880 Corrosion and Protection 3 MSE-871 Polymer Engineering 3 ENE-809 Waste water treatment & Design 3 CSE-801 Computation Fluid Dynamics (CFD) CHE-823 Advance Analytical Techniques 3 MSE-952 Materials for Biomedical Application CHE-816 Molecular Nanotechnology 3 Thesis: CHE-899 Master Thesis Research 6 Semester Wise Breakup Course Structure Course Title Credits Semester I Separation processes in CHE 3 Elective 3 Elective 3 Semester II MHMT in CHE 3 Chemical Kinetics& Reactor 3 Design Elective 3 Semester III Semester IV Elective 3 Elective 3 Master Thesis Research 6 19

20 PhD Program in Energetic Materials Engineering Course Structure Course code Course Title Credits Core Courses: MATH 9-01 Advanced Engineering Mathematics 3 Elective Courses: EME -910 Advanced Chemical Analysis & Flow Diagnostics MATH- 902 Numerical Methods in Chemical Engineering. 3 3 EME -911 High-Speed Diagnostic Techniques 3 EME -912 Momentum, Heat & Mass Transfer in Chemical Engineering Separation Processes 3 EME -913 Rocket Motors Design & Propellants 3 EME -914 Propellants Technology 3 EME -915 Energetic Materials Processing 3 EME- 916 Advanced Fuel Technology 3 EME -917 Interface Engineering 3 Thesis: EME -999 PhD Thesis 30 Semester Wise Breakup Course Code Course Title Credits Semester I MATH-901 Advanced Engineering Mathematics 3 EME-910 Advanced Chemical Analysis & Fluid 3 Diagnostics Elective 1 3 Semester II Elective 2 3 Elective 3 3 Elective 4 3 EME-999 Ph.D Research Project 30 20

21 Bachelors in Materials Engineering Program Description Materials engineering is arguably the most important engineering discipline today. Starting from the study of structure, composition and properties of materials, it covers the manufacturing processes details. There is strapping interdependence between materials engineering, surface engineering and industrial engineering. The Bachelor's in Materials Engineering at SCME offers comprehensive education, with specialization in areas of Surface Engineering. This program covers the fundamental materials science of metals, ceramics and polymers as well as topics of particular interest in industry, such as material selection and design, environmental adaptation of products and failure analysis. This program promotes networking of students from different backgrounds (materials science, mechanical engineering, physics and chemistry) with the aim to groom its graduates' inter-disciplinary as well as personal, interpersonal and professional skills. Associated Careers Materials Engineers remain in demand in virtually all industries. These engineers may be monitoring impurities in steel destined for an assembly line (in the steel industry), shrinking the size of circuits to improve the reliability of a pager (in the ICT industry), or designing new materials for a missile casing (in the defense industry), industries may employ materials engineers to reduce the overall weight of a vehicle (in the automobile industry), remove limitations in power plants (in the manufacturing industry), or research product failures for a liability suit (in legal and corporate sectors). The Graduates can also exercise the option of working as researchers and scientists in a number of R&D organizations. Strong links exist between the Department of Materials Engineering and Foreign Universities in Europe, USA, China and the ASEAN countries. Provided they fulfill the admission criteria, graduates who would like to proceed abroad for higher studies, are facilitated to avail postgraduate education at various universities of these countries. Scheme of Studies Program Code-992 Course code Course Title CH First Semester MATH111 Calculus-I 3-0 PHY101 Applied Physics 3-1 CS100 Fundamentals of ICT 2-1 ME110 Engineering Drawing and Graphics 1-2 HU100 English 2-0 CHE101 Chemical Process Principles Total 17 Second Semester MATH112 Calculus-II 3-0 CS104 Computer Programming 2-1 CH102 Inorganic & Analytic Chemistry 3-1 ME102 Workshop Practice 0-2 MSE101 Fundamentals of Engineering Materials 3-0 HU109 Communication Skills 2-0 Total 17 21

22 Third Semester MATH201 Differential Equations and Applied Techniques 3-0 PHY211 Physics of Materials 3-0 HU107 Pakistan Studies 2-0 MSE221 Materials Thermodynamics & Kinetics 3-0 MSE211 Metals & Alloys 3-0 MSE231 X Ray Diffraction and Crystallography 3-0 MSE201 Materials Engineering Lab Total 18 Fourth Semester MATH351 Numerical Methods 3-0 MSE212 Deformation & Fracture 3-0 MSE222 Phase Transformation and Equilibria 3-0 MSE241 Polymer Science 3-0 MSE202 Materials Engineering Lab II 0-1 HU222 Professional Ethics 2-0 MSE223 Transport Phenomena 3-0 Total 18 Fifth Semester MSE332 Material Testing & Characterization 3-0 MSE342 Polymer Engineering 3-0 MSE313 Welding and Joining 2-0 MSE3x Technical Elective MSE314 Manufacturing Processes 3-0 MSE303 Materials Engineering Lab III 0-2 HU212 Technical/Business Writing 2-0 Total 18 Sixth Semester MSE343 Composite Materials 3-0 MSE351 Ceramics & Glasses 3-0 ECO130 Engineering Economics 2-0 MSE37x Technical Elective ME313 Measurement and Instrumentation 2-0 MSE324 Corrosion and Protection 2-0 MSE304 Materials Engineering Lab IV 0-2 Total 17 Seventh Semester MSE4x Technical Elective MSE433 Nondestructive Testing of Materials 2-0 ME434 Design of Experiments & Data Analysis 3-0 MSE452 Electronic and Magnetic Materials 3-0 MGT401 Total Quality Management 3-0 MSE405 Materials Engineering Lab V 0-1 MSE499 Senior Design Project I 0-3 Total 18 22

23 Eighth Semester MSE453 Nano-Materials 2-0 MSE4x Technical Elective GMT471 Entrepreneurship 2-0 MSE499 Senior Design Project II 0-3 HU101 Islamic Studies 2-0 Total 12 Total Credit Hours = 135 Technical Electives (12 CH) Course Code Course Title CH MSE371 Interfacial Phenomena 3 MSE372 Surface Engineering of Materials 3 MSE373 Tribological Phenomena on Surfaces 3 MSE471 Vacuum Technology in Surface Engineering 3 MSE472 Surface Analysis and Characterization 3 MSE473 Novel Techniques in Surface Engineering 3 MSE474 Thermal & Mechanical Treatment of Surfaces 3 MSE381 Industrial safety 3 MSE382 Design Standards & Quality assurance 3 MSE383 Operations Research 3 MSE481 Maintenance Management 3 MSE482 Industrial Economics & Management 3 MSE483 Plant Design 3 MSE484 Project Management 3 23

24 MS and PhD in Materials and Surface Engineering Programme Description In the age of nano-technology and nano-materials, research and development in the materials technology has become vital for a nation like ours. Nano-technology research has primarily focused on manufacturing, creation of tools, materials, machines and devices that will eventually enable us to untie the fundamental building blocks of nature, easily, inexpensively and in particular with defect-free properties. The Masters program in Materials and Surface Engineering produces scientists and researchers of the future who can develop and use these materials for the betterment of the society. The emphasis of the program is on the application of nano-technology to produce thin films, nano-composites, electronic and bio-materials, ablatives, photonics materials, armor and blast protection linings and, modern alloys and smart materials. MS Course work Program Code-677 Course Code Course Title Credits Core Courses: MS 811 Materials Thermodynamics 3 MS 812 Phase Transformation & Microstructures 3 MS 821 Mechanical Behavior of Materials 3 MS 851 Surface Engineering & Characterization 3 Elective Courses (Any four): MS 861 Engineering Ceramics and Glasses 3 MS 871 Polymer Engineering 3 MS 852 Advanced Surface Coatings 3 MS 880 Corrosion and Protection 3 MS 862 Electronic and Magnetic Materials 3 MS 831 Modeling of Material Processes 3 MS 881 Manufacturing Processes 3 MS 854 Characterization of Materials 3 MS 872 Composite Materials 3 MS 855 Nano Materials and Nano Processing 3 MS 822 Fractography and Fracture Analysis 3 Thesis MS 899 Master Research Project 6 Total 30 24

25 PhD Course work Course Code Course Title Credits Core Courses: MS 901 Advanced Engineering Mathematics 3 MS 954 Advanced Characterization Techniques 3 Elective Courses (Any two): MS 952 Materials for Biomedical Applications 3 MS 963 Semiconductor and Optical Materials 3 MS 941 Materials for High Temperature Applications 3 MS 951 Interface Engineering 3 MS 999 Research Thesis 30 CONTACTS Telephone: Fax: [email protected] Website: 25