Army Public College of Management & Sciences

Engineering Sciences Department

With the rapid advances in science and technology during the last few decades, computers and computing systems have proven to be the key technology supporting and covering almost every area of life, from education and research, to commerce and entertainment. With the recent growth of networking systems such as the global Internet system connecting millions of people engaged in business, education and research computing has become one of the most powerful aspects of progress in human life.
Computer science is the area of study at the basis of this exciting expansion of human knowledge and capabilities. It merges aspects of mathematics and electronics to allow us to describe abstract concepts or knowledge from any area of interest in a very precise manner and then utilize powerful microelectronics circuits to actually produce a result which can be the flight of a deep-space satellite, a computer graphics system for movie special effects, systems for scientific computation, or even a desktop word processor.
With such a broad range of applications, a computer scientist or computer professional must be firmly grounded in the knowledge of how these systems are organized, and in the principles which are used to create and apply computing to all of these diverse areas of life.

Department of Computer Sciences

Department of Telecommunication Engineering

Department of Electrical Engineering

Department of Computer Sciences

Master of Computer Science (MCS) Conversion Courses

Master of Science in Computer Science is a two year degree program of 72 credit hours spread over 4 semesters. MCS degree is equivalent to BS(CS)/M Sc(CS). In this curriculum the students develop an advanced body of knowledge in the design, analysis, and implementation of algorithmic processes that transform raw data into valuable information. This program takes a non-engineering approach to computing with the primary emphasis on software, operating systems, and programming languages. The Computer Systems specialization includes computer architecture, operating systems, and compilers that together provide the virtual machine supporting all computer applications. Students specializing in Computer Systems study material that forms the foundation on which application software is built. This course is equivalent to BS (CS)/ M.Sc Computer Science i.e. 16 years education.

Courses

Fundamentals of Algorithms	Introduction to Computer Programming
Data Base Systems	Web Programming
Discrete Structures	Automata Theory
Object Oriented Programming	Software Engineering – l
Computer Organization & Assembly	Artificial Intelligence
Data Structures and Analysis of Algorithms	Advanced Object Oriented Programming
Operating Systems Concepts	Computer Architecture
Compiler Construction	Software Engineering – ll
System Programming	Visual Programming
Computer Network	Distributed Database Systems
Modern Programming Languages	English Comprehension
Technical and Business Writing	Communication Skills
Software Project

Note : The Courses are updated regularly

Master of Science in Computer Science MS (CS)

The Master in Computer Science is a 30 credit hours two year degree programme. The students need to take 4 core courses and 3 courses from any one of the specialization area along with Thesis of 9 credit hours. MS(CS) degree is equivalent to M Phil (18 tears education). The curriculum prepares Graduates/Post Graduates for success by providing comprehensive knowledge of the discipline, while cultivating the ability to think clearly and precisely. By understanding and experiencing their own inner intelligence and how it connects them to the world, our students recognize that computer hardware and software are expressions of human creativity.

You can acquire essential computer science skills, delivered by top academics and industry team. The programme offers you what you need to know for a strong career in computer science.

Courses

Core Courses	Computer Networks
Theory of Computation Advanced Computer Architecture Advanced Operating Systems Theory of Programming Languages Thesis / Dissertation	Advanced Networking Network Security Topics in Computer Networking Network Transport Protocols Network Administration Network Performance Evaluation
Software Engineering	Specialization Areas
Advanced Software Engineering Topics in Software Engineering Object Oriented Software Engineering Software Quality Assurance Req Analysis and Specification	Artificial Intelligence Design of Intelligent S Machine Learning Neural Networks Mathematical Reasons Decision Support System Computer Vision
Data Bases	Multimedia & Graphics
Advanced DBMS Object Oriented Databases Web – Based DBMS Topics in DBMS	Human Computer Interface Geographical Information Computer Animation
System Engineering	Computer Science
Advanced Computer Architecture Digital Signal Processing Switching and Fault Diagnosis Parallel & Distributed Computing Control Systems and Robotics Real Time Operating Systems	Educational Technology Multimedia and Hyper Web Based Education Measurement of Lear Topics in Computer Science

Note : The Courses are updated regularly

Bachelor of Engineering in Software Engineering BE(SE)

The objective of the program is to prepare students to except the challenges in the filed of software engineering and take the lead role in the development of software, i.e., plan, design and monitor the quality of software. The curriculum is specially designed to train our students to guide and supervise a team of computer programmers by implementing software engineering principles in a proven and innovative manner

COURSES

SOCIAL SCIENCES	COMPUTER SCIENCES
Communication Skills Professional Ethics Psychology Engineering Economics Technical Writing	Introduction to IT Fundamental of Programming Object Oriented Programming Basic Electrical Engineering Data Structures Electronics Micro Controlled Based Systems Databases Data Communication Digital Logic Design Digital Image Processing Computer Networks Computer Org. & Arch Web Technologies Digital Signal Processing Advance Programming Operating System Computer Graphics Artificial Intelligence Compiler Construction
BASIC SCIENCES
Physics Calculus – I Discrete Mathematics Linear Algebra Mathematics of Computing Calculus – II Multi-variable Calculus Prob. & Statistics
SOFTWARE ENGINEERING	ELECTRICAL ENGINEERING
Introduction to Software Engineering Software Project Management Object Oriented Software Engineering Software Quality Management	Basic Electrical Engineering Electronics Micro Controller Based Systems Digital Logic Design

Note : The Courses are updated regularly

Department of Telecommunication Engineering

Bachelor of Engineering in Telecom Engineering BE (TE)

The field of telecommunications is expanding very rapidly and it requires fresh engineers to be fully equipped with the up to date knowledge and skills to handle complexities of this growing field. The curriculum of telecommunication engineering is designed in such a way that our graduates will feel confident to except intellectual and technical challenges in the field. The emphasis of the curriculum is on one hand the theoretical preparation and on the other hand it covers all practical and technological aspects as well.

Courses

SOCIAL SCIENCES / HUMANITIES	ELECTRICAL ENGINEERING
Communication Skills Professional Ethics Psychology Engineering Economics Technical Writing	DC Circuit Analysis AC Circuit Analysis Digital Electronics Electronics – I Digital Logic Design Electronics – II Control Systems Engineering Project Management Electrical Mechanics
BASIC SCIENCES	TELECOMMUNICATION ENGINEERING
Physics Chemistry Calculus Linear Algebra Differential Equation Complex Variables and Transforms Probability and Statistics Numerical Analysis	Signals & Systems Analog Communication Electromagnetic Digital Communication Computer Networks Digital Signal Processing Antenna & Wave Propagation Telecommunication Switching Principles Wireless and Mobile Communication Laser & Fiber Optics Special Topics in Telecommunications
COMPUTER SCIENCES
Computer Fundamentals Fundamentals of Programming Computer Networks Computer Organization & Architecture

Note : The Courses are updated regularly

Department of Electrical Engineering

Bachelor of Engineering in Electrical Engineering BE (EE)

Electrical Engineering is one of the most basic engineering disciplines. Due to very rapid advancements in the technology the importance of electrical engineering has grown manifolds. The curriculum for the bachelor degree is designed to cover all essentially needed areas, e.g. computer sciences and telecommunication while paying special attention towards mathematics

COURSES

SOCIAL SCIENCES	ELECTRICAL ENGINEERING
Communication Skills Professional Ethics Psychology Engineering Economics Technical Writing	DC Circuit Analysis AC Circuit Analysis Digital Electronics Electronics – I Digital Logic Design Electronics – II Electromagnetic Electromagnetic-II Control Systems Engineering Project Management Semiconductor Devices Stochastic Signal and Systems Control Systems Electric Motor & Generator Electronic System Design Principles and Application of Sensors
BASIC SCIENCES
Physics Chemistry Calculus – I Linear Algebra Calculus – II Surveying & Engineering Mechanics Differential Equations Complex Variables and Transforms Probability and Statistics Numerical Analysis
COMPUTER SCIENCES	TELECOMMUNICATION ENGINEERING
Computer Fundamentals Fundamentals of Programming Computer Networks Computer Organization & Architecture	Analog Communication Systems Digital Communication Systems Advance Data Networks Digital Signal Processing Wireless and Mobile Communication Laser & Fibers Optics

Note : The Courses are updated regularly