Faculty Of Engineering Sciences

Undergraduate

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BS in Engineering Science

We offer a 4-year engineering degree program leading to Bachelor of Science in Engineering Sciences which encompasses some of the most modern fields of engineering, split into two specialization options (streams). The curriculum has considerable overlap with Electronics Engineering and Computer Engineering with additional specialization courses.

We also offer MS and PhD degree programs in a number of exciting fields (Click Here for Details):

Group A : Applied Mathematics
Group B : Applied Physics
Group C : Engineering with Specialization in (1) Photonics (2) Digital Systems. or (3) Signal Processing

Degree Requirement

A student majoring in Engineering Sciences must complete the following courses:

(A) General Education Requirements (52 Credit Hours)

Course Title	Course Code	Credit Hours
Basic Engineering	MM101, MM141, CH161, IF101, IF102	06
Computing	CS101, CS101L, CS112, CS112L	07
English Language	PH101, PH102, PH101L, PH102L	06
Humanities	HM211, HM321, HM322	09
Mathematics	MT101, MT102, ES111, MT202, MT203, ES304	18
Sciences	PH101, PH101L, CH101	06

(B) Core Requirements (50 Credit Hours)

Course Title	Course Code	Credit Hours
Circuit Analysis I	ES211/EE211	3
Circuit Analysis Lab	ES211L/EE211L	1
Logic Design	ES212/EE221	3
Logic Design Lab	ES212L/ES221L	1
Computer Architecture	ES213/EE222	3
Computer Architecture Lab	ES213L/EE222L	1
Circuit Analysis II	ES214/EE212	3
Data Structures and Algorithms	ES221/CS221	3
Electronics I	ES231/EE231	3
Electronics I Lab	ES231L/EE231L	1
Thermodynamics	ES232/ME231	3
Microprocessor Systems and Interfacing	S314/EE221/CE324	3
Microprocessor Systems and Interfacing Lab	ES314L/EE221L	1
Signals and Systems	ES332/CS341	3
Signals and Systems Lab	ES332L/CS341L	1
Numerical Analysis	ES341	3
Numerical Analysis Lab	ES341L	1
Engineering Electromagnetics	ES371	3
Instrumentation	ES322/EE213/ME202	3
Instrumentation Lab	ES322L/EE213L/ME243L	1
Senior Design Project Part-I and II	ES481/ES482	6

(C) Specialization Requirement (19 Credit Hours)

Photonics and Microelectronics

Course Title	Course Code	Credit Hours
Foundations of Photonics	ES323	3
Foundations of Photonics Lab	ES323L	1
Solid State Electronics	ES361	3
Solid State Electronics Lab	ES361L	1
Optoelectronics	ES474	3
Optoelectronics Lab	ES474L	1
Fiber-Optic Communications	ES425	3
Fiber-Optic Communications Lab	ES425L	1
VLSI Design	ES426	3

Modeling, Simulation, and Machine Learning

Course Title	Course Code	Credit Hours
Discrete System Modeling and Simulation	ES324	3
Discrete System Modeling and Simulation Lab	ES324L	1
Advanced Statistics	ES325	3
Model Engineering	ES471	3
Model Engineering Lab	ES471L	1
Engineering Optimization	ES441	3
Engineering Optimization Lab	ES441L	1
Machine Learning	ES442	3
Machine Learning Lab	ES442L	1

(D) Specialization Technical Electives (06 Credit Hours)

Photonics and Microelectronics (Any Two)

Course Title	Course Code	Credit Hours
Laser Engineering	ES443	3
Geometric Optics	ES444	3
Biophotonics	ES445	3
Imaging & Displays	ES461	3
Semiconductor Devices and Applications	ES465	3
Introduction to ASIC Design	EE422	3
Digital Integrated Circuit Design	EE423	3
Materials Characterization	MM494	3
lectronic and Magnetic Materials	ES463/MM393	3
Nanomaterials and Nanotechnology	ES462/MM391	3
Nanotechnology for Energy	MM499	3
Microelectronics Manufacturing Engineering	ES466	3
Nanosystems and Devices	MM495	3

Modeling, Simulation, and Machine Learning (Any Two)

Course Title	Course Code	Credit Hours
Analysis for Modeling and Simulation	ES467	3
Heat Transfer and Modeling	ES446	3
Financial Engineering Models	ES447	3
Data Science	CS439	3
Big Data Analytics	DS461	3
Web Mining and Social Media Analysis	CS438	3
Web Engineering	CS463	3
Computer Graphics	CS433	3
Cloud Computing	AI408	3
Introduction to Mobile Computing	AI426	3
Cyber Security	CS420	3
Block Chain	CS411	3
Bio-Inspired Computing	CS472	3
Medical Image Processing	AI420	3
Computational Biology	CS476	3
Business and Economic Forecasting	MS446	3
Investment and Portfolio Management	AF453	3
Financial Risk Management	AF454	3
Business Logistics Strategy	SC462	3

(E) Management Electives (Any Two) (06 Credit Hours)

Course Title	Course Code	Credit Hours
Operations Management	MS492	3
Industrial Safety	MS493	3
Total Quality Management	MS494	3
Maintenance Management	S495	3
Project Management	MS496	3
Technology Management	MS426	3
Industrial Management	MS449	3
Supply Chain Management	MS491	3
Accounting and Finance	MS447	3

Apart from the recommended list above, any other management course MS4XX may be chosen with the consultation of the advisor.

(F) Inter-Faculty Electives (03 Credit Hours) These electives have to be chosen from faculties other than that of Engineering Sciences with the consultation of the advisor.

(G) Summer Training/4-8 Weeks Internship (Pass/Fail Grade; Nil Credits) Every student is required to participate in a program of practical training in industry or an R&D organization and submit a formal written report during the summer of Junior Year.

(H) Total Credit Requirements (136 Credit Hours) For the BS degree in Engineering Sciences a student is required to complete 136 credit hours .

Undergraduate

Degree Requirement

(A) General Education Requirements (52 Credit Hours)

(B) Core Requirements (50 Credit Hours)

Engineering Sciences

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