SE


Personal Traits / Attributes

  • If you like problem solving by applying different technique.
  • If you’re good in Science and Mathematics and have strong thinking capabilities.
  • If you know how to manage time wisely.
  • You are organized person and mostly finish one task before starting another.
  • Your analytic capabilities are very strong.
  • If you’re a creative person and have intellectual abilities.
  • Careers like, Game developer, Software Engineer, Programmer, Analyst etc., attract you.

Why BS Computer Science & Software Engineering?

  • This program provides a carefully designed computer science core, surrounded by a widespread selection of challenging technological elective courses.
  • To bring forth competent Computing Professionals with a strong understanding of computer science bodies of knowledge and theories, who can apply firm principles and methods to the cost-effective conception, development, operation, and maintenance of high-quality software and are prepared for lifelong learning.
  • Develop an aptitude to apply mathematical foundations, algorithmic principles, and computer science theory in the modeling and design of computer-based systems.
  • An ability to design a system, component, or process to meet preferred needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability
  • Work effectively in teams to design and implement solutions to computational problems and apply sound principles to the synthesis and analysis of computer systems.

Why BS Computer Science & Software Engineering from MAJU?

  • The undergraduate program in Computer Science and Software Engineering offers an excellent learning opportunity to students with the help of top-notch research-active faculty.
  • Learn from professionally qualified faculty and industry’s professionals.
  • Personal effectiveness and development courses to help groom a well rounded personality.
  • The undergraduate degree prepares students to do extremely well at solving problems creatively, an essential proficiency that can be useful to a diverse variety of fields.
  • Organize students for vocation in industry to pursue advanced graduate studies.
  • University foundation courses to broaden knowledge base and improve skills & competencies.
  • Rigorous set of core subjects for specializing in Computer Science and Software Engineering.
  • A broad set of Electives drawn from the MAJU undergraduate curriculum with minimum requirements for meeting the criteria for majors.
  • Internships & job placements specific to the career path.
  • Research courses in both Computer Science and Software Engineering
  • Intensive use of the technology to equip the graduates with the latest analytical tools & techniques.
  • Apply fundamental principles and methods of Computer Science and permit students to demonstrate aptitude in problem-solving techniques using the computer in the analysis of complex problems and the combination of solutions to those problems.
  • Students are expected early on to design and evaluate their programs, in order to develop their technical skills as part of a successful development process.
  • Graduates will have a solid comprehension of the theory and essential concepts computer science, helping students to adapt to novel developments in the field of computer science.
  • Through technical documentation, presentations, reports, and peer reviews, students develop strong communication skills and through teamwork, they develop strong interpersonal skills.
  • Hands on experience with various software systems and Programming languages are an integral part of the program.
  • Software Engineers potential career opportunities are to develop software for telecommunications, financial systems, aeronautics, medical devices, transportation systems, and banking and insurance companies.
  • Software Engineers tend to hold technical, decision-making positions, such as Systems Analyst, Software Architect, Quality Analyst, and Project Manager.
  • Our graduates are consistently accepted in leading MS and PhD programs abroad.

Program Objective

  • To prepare students for careers in industry and to pursue advanced graduate studies.
  • Our goal has been, and continues to be, a high quality degree program in Software Engineering that prepares students for the industry, government, or entrepreneurial endeavors to exhibit professional advancement through significant technical realization and expanded leadership responsibility for lifelong learning.
  • The program prepares students to work and demonstrate the ability to work effectively as a team member and / or leader in an ever-changing professional environment and keep abreast with a knowledge of contemporary issues.

Learning Objective

  • Demonstrate the development of software systems and domain-appropriate software processes, and an ability to analyze a problem, and identify and define the software requirements of varying dimensions and complexity through the use of fundamental software engineering knowledge, work at different abstraction levels, and with appropriate design principles, tools, and technologies apposite to its solution.
  • An ability to apply design and development principles in the construction of software systems along with an understanding of professional, ethical, legal, security and social issues and responsibilities of varying complexity.
  • An ability to analyze the local and global impact of softwares on individuals, organizations, and society. Graduates will apply their technical knowledge and skills to progress and instigate software solutions that achieve goals significant to the industry, government or research area in which they are working. They will explore and integrate new technologies.
  • Graduates will have the ability to evaluate, verify, trouble-shoot, test and analyze an existing computer-based system, process, component or program.
  • Recognition of the need for and an ability to connect in enduring professional growth in their preferred field and able to demonstrate the development of professional skills obtain through recognized education, contribution in professional activities, attainment of new technical proficiencies, and development of executive and leadership abilities.

Salient Features

  • Highly Educated faculty
  • CEO Faculty
  • Class Rooms with state of the art facilities
  • Linkage with Industry
  • Group Study
  • Industrial Tours
  • Co-Curricular Activities
  • Spacious Computer labs equipped with latest computers
  • Indoor Sports Room
  • Case Study and Article Session
  • Job Placement and Internships
  • Vast number of Alumni

What are some career opportunities for Computer Science majors?

Rapid growth in technology-based jobs in all industries has created a need for technologically skilled professionals.

  • Software Developer.
  • Software Quality Assurance.
  • Software Architect
  • Information Systems Manager.
  • IT consultant.
  • Multimedia programmer.
  • Systems Analyst
  • Software Product Marketing Manager
  • Systems Developer
  • Web Application Developer
  • Information Security Analyst
  • Mobile Application Developer
  • CRM & ERP Developer
  • Information Technology Auditor
  • Game Programming

Duration

  • Four year degree program comprising 8 semesters with minimum of 135 Cr. Hrs.
  • Fall and Spring semester, while the Summer session will be utilized for internships or repeat courses.
  • The maximum duration to complete BS is 7 years.

Admission Requirements

  1. HSC or equivalent* securing at least 45% marks in aggregate OR Diploma of Associate Engineering securing at least 50% aggregate marks.
  2. Admission Test
  3. Interview

* Those having no Mathematics / Physics in Intermediate, shall be required to pass two additional remedial non-credit courses in mathematics and physics.

Degree Requirement

Each candidate for the BS Software Engineering degree is required to complete successfully 135 Cr. Hrs. as per the following detail:

Area
Core Courses
Elective/Specialization Courses
Supporting Science Courses
General Education / University Electives
Internship
Final Project
Total

Cr. Hrs
65
24
15
25
00
06
135

CGPA Requirement

An undergraduate student will need a minimum of 2.00 on the scale of 4.00 to graduate from the university.

FAQs

Q: How do I apply?
For directions on how to apply, please visit the web page for Admission’s.

Q: Can I complete my graduate degree part-time?
The program is full-time only.

Q: Course Load?
Minimum 3 courses and maximum 6 courses.

Q: My Intermediate isn’t in Science background. What kind of background should I have before applying to the program?
To be considered for admission to any of our graduate programs, students usually have a science background, however students from other equivalent background may also apply.

Q: What courses will transfer into Computer Science Department?
Transferring credits from PGC university or College.
Yes, as per the evaluation of your case.
Transferring credits from other Institutions .
Your transfer work will be evaluated once all of your required documents are received. All transfer students are initially admitted into University as per HEC criteria.

Q: I just appeared in the exam. Am I eligible to apply?
Result awaiting may also apply.

Q: How will I find a job when I’m done?
HR and recruitment office will assist you in internships and job placement.

Q: Can I continue for MS/Mphil (National or Abroad) after completion of BS ?
Yes. Infact many of Mohammad Ali Jinnah University students went abroad for MS leading to PhD.

(a) Core Courses

Course Title
Introduction to Computing
Introduction to Computing Lab
Computer Programming
Computer Programming Lab
Discrete Mathematics
Data Structures
Data Structures Lab
Software Engineering
Database Systems
Database Systems Lab
Digital Logic Design
Digital Logic Design Lab
Microprocessor and Assembly Language
Microprocessor and Assembly Language Lab
Design and Analysis of Algorithms
Data Communications & Computer Networks
Data Communications & Computer Networks Lab
Computer Architecture & Organization
Operating Systems
Operating Systems Lab
Object Oriented Programming
Object Oriented Programming Lab
Human Computer Interaction
Software Project Management
Formal Software Specifications
Software Architecture
Software Testing
Software Requirement Engineering
Professional Issues in Computing

Code
CS 1113
CS 1111
CS 1123
CS 1121
MTC 1033
CS 2142
CS 2141
CS 2213
CS 2313
CS 2311
CS 1512
CS 1511
CS 2522
CS 2521
CS 2163
CS 3712
CS 3711
CS 2533
CS 3413
CS 3411
CS 1133
CS 1131
CS 4223
SE 3183
SE 3623
SE 3253
SE 3223
SE 3243
CS 3173

Cr. Hrs.
3
1
3
1
3
2
1
3
3
1
2
1
2
1
3
2
1
3
3
1
3
1
3
3
3
3
3
3
3

 

(b) Elective Courses

Course Title
Software Metrics
Software Engineering Economics
Design Patterns
Software Quality Engineering
Enterprise Application Development
Enterprise Application Development Lab
Agile Software Development
Business Process Engineering
Data Warehousing & Data Mining
Cyber Forensics, Risk & Control
Mobile Application and Development
Mobile Application Development Lab
Web Application Development
Web Application Development Lab
Information and Network Security
Computer Graphics & Animation
Computer Graphics & Animation Lab
Multimedia Systems and Applications
Usability Engineering

Code
SE 4483
SE 4473
CS 4493
SE 3653
CS 4183
CS 4181
CS 4233
CS 4243
CS 4223
CS 4383
CS 4192
CS 4191
CS 4712
CS 4711
CS 3713
CS 4512
CS 4511
CS 4533
SE 4223

Cr. Hrs.
3
3
3
3
3
1
3
3
3
3
2
1
2
1
3
2
1
3
3

 

(c) Supporting Science Courses

Course Title
Calculus I
Calculus II
Linear Algebra
Probability and Statistics
Basic Electronics
Basic Electronics Lab

Code
MTC 1013
MTC 1023
MTC 2043
MTC 2053
EEC 1012
EEC 1011

Cr. Hrs.
3
3
3
3
2
1

 

(d) General Education/University Elective Courses

Course Title
Pakistan Studies
Islamic Studies / Ethics
Freshman English
Oral Communications
Technical Report Writing
Humanities -I
Humanities -II
Management Elective -I
Management Elective -II

Code
HMC 1002
HMC 1012
HMC 1013
HMC 1023
HMC 2033
HMC 2xx3
HMC 3xx3
MGT 3xx3
MGT 4xx3

Cr. Hrs.
2
2
3
3
3
3
3
3
3

 

(e) Internship

  • It is mandatory for every student to participate in an 8 weeks summer internship program following their 6th semester or after the completion of 90 credit hours.
  • Each student will be allocated an internship coordinator who will monitor the performance of student regarding internship.
  • On the completion of internship, the student will submit a report as per prescribed format and a formal evaluation will be carried out and Pass/Fail grade will be awarded to the student.

 

(f) Project

A student may register final year project in the 7th semester of his / her degree program after completion of 90 SCH (or equivalent to the first six semester course load as per scheme of studies of the BS (SE) program)

Semester I

Course CodeCourse TitleCr. Hrs.Pre-Req
CS1210Introduction to Computing3+1-
CS1410Computer Programming3+1-
SS1100Freshman English3-
MT1100Calculus-I3-
SS1400 OR SS1410Islamic Studies OR Ethics2-
Total14+2

Semester II

Course CodeCourse TitleCr. Hrs.Pre-Req
CS1420Object Oriented Programming3+1CS1410
EE1220Electronics2+1-
SS2120Oral Communications3SS1100
MT1110Calculus-II3MT1100
SS1420Pakistan Studies2-
Total13+2

Semester III

Course CodeCourse TitleCr. Hrs.Pre-Req
CS2510Data Structure & Algorithms2+1CS1420
CS1230Digital Logic Design2+1CS1210
SS3130Technical Report Writing3-
CS2620Discrete Structures3-
SS2XX0Humanities Elective-I3-
MT2300Probability and Statistics3
Total16+2

Semester IV

Course CodeCourse TitleCr. Hrs.Pre-Req
CS2230Database & Management Systems3+1CS2510
CS2210Microprocessor & Assembly Language2+1CS1230
CS3XX0SE Elective-I3-
CS3110Software Engineering3-
MT2210Linear Algebra3-
MG2XX0MG Elective-I3-
Total17+2

Semester V

Course CodeCourse TitleCr. Hrs.Pre-Req
CS3210Data Communications & Networking3-
CS3520Design and Analysis of Algorithms3CS2510
CS3220Operating Systems3+1CS2510
CS3130Software Requirement Engineering3CS3110
SS2XX0Humanities Elective-II3-
CS3120Software Architecture3CS3110
Total18+1

Semester VI

Course CodeCourse TitleCr. Hrs.Pre-Req
CS3230Computer Architecture & Organization3CS2210
CS3XX0SE Elective-II3-
CS3150Formal Software Specification3CS3110
CS4110Human Computer Interaction3CS3110
CS3140Software Project Management3CS3110
Total15

Semester VII

Course CodeCourse TitleCr. Hrs.Pre-Req
CS3160Software Testing3CS3110
CS4220Professional Issues in Computing3-
CS4XX0SE Elective-III3
CS4XX0SE Elective-IV3-
CS4150Final Year Project-I3CS3110
Total15

Semester VIII

Course CodeCourse TitleCr. Hrs.Pre-Req
CS4XX0SE Elective-V3-
CS4XX0SE Elective-VI3-
CS4XX0SE Elective-VII3-
MG4XX0MG Elective-II3-
CS4160Final Year Project-II3CS4150
CS4170Seminar in Computing1
Total16
+ OVERVIEW

SE


Personal Traits / Attributes

  • If you like problem solving by applying different technique.
  • If you’re good in Science and Mathematics and have strong thinking capabilities.
  • If you know how to manage time wisely.
  • You are organized person and mostly finish one task before starting another.
  • Your analytic capabilities are very strong.
  • If you’re a creative person and have intellectual abilities.
  • Careers like, Game developer, Software Engineer, Programmer, Analyst etc., attract you.

Why BS Computer Science & Software Engineering?

  • This program provides a carefully designed computer science core, surrounded by a widespread selection of challenging technological elective courses.
  • To bring forth competent Computing Professionals with a strong understanding of computer science bodies of knowledge and theories, who can apply firm principles and methods to the cost-effective conception, development, operation, and maintenance of high-quality software and are prepared for lifelong learning.
  • Develop an aptitude to apply mathematical foundations, algorithmic principles, and computer science theory in the modeling and design of computer-based systems.
  • An ability to design a system, component, or process to meet preferred needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability
  • Work effectively in teams to design and implement solutions to computational problems and apply sound principles to the synthesis and analysis of computer systems.

Why BS Computer Science & Software Engineering from MAJU?

  • The undergraduate program in Computer Science and Software Engineering offers an excellent learning opportunity to students with the help of top-notch research-active faculty.
  • Learn from professionally qualified faculty and industry’s professionals.
  • Personal effectiveness and development courses to help groom a well rounded personality.
  • The undergraduate degree prepares students to do extremely well at solving problems creatively, an essential proficiency that can be useful to a diverse variety of fields.
  • Organize students for vocation in industry to pursue advanced graduate studies.
  • University foundation courses to broaden knowledge base and improve skills & competencies.
  • Rigorous set of core subjects for specializing in Computer Science and Software Engineering.
  • A broad set of Electives drawn from the MAJU undergraduate curriculum with minimum requirements for meeting the criteria for majors.
  • Internships & job placements specific to the career path.
  • Research courses in both Computer Science and Software Engineering
  • Intensive use of the technology to equip the graduates with the latest analytical tools & techniques.
  • Apply fundamental principles and methods of Computer Science and permit students to demonstrate aptitude in problem-solving techniques using the computer in the analysis of complex problems and the combination of solutions to those problems.
  • Students are expected early on to design and evaluate their programs, in order to develop their technical skills as part of a successful development process.
  • Graduates will have a solid comprehension of the theory and essential concepts computer science, helping students to adapt to novel developments in the field of computer science.
  • Through technical documentation, presentations, reports, and peer reviews, students develop strong communication skills and through teamwork, they develop strong interpersonal skills.
  • Hands on experience with various software systems and Programming languages are an integral part of the program.
  • Software Engineers potential career opportunities are to develop software for telecommunications, financial systems, aeronautics, medical devices, transportation systems, and banking and insurance companies.
  • Software Engineers tend to hold technical, decision-making positions, such as Systems Analyst, Software Architect, Quality Analyst, and Project Manager.
  • Our graduates are consistently accepted in leading MS and PhD programs abroad.
+ PROGRAM OBJECTIVES

Program Objective

  • To prepare students for careers in industry and to pursue advanced graduate studies.
  • Our goal has been, and continues to be, a high quality degree program in Software Engineering that prepares students for the industry, government, or entrepreneurial endeavors to exhibit professional advancement through significant technical realization and expanded leadership responsibility for lifelong learning.
  • The program prepares students to work and demonstrate the ability to work effectively as a team member and / or leader in an ever-changing professional environment and keep abreast with a knowledge of contemporary issues.

Learning Objective

  • Demonstrate the development of software systems and domain-appropriate software processes, and an ability to analyze a problem, and identify and define the software requirements of varying dimensions and complexity through the use of fundamental software engineering knowledge, work at different abstraction levels, and with appropriate design principles, tools, and technologies apposite to its solution.
  • An ability to apply design and development principles in the construction of software systems along with an understanding of professional, ethical, legal, security and social issues and responsibilities of varying complexity.
  • An ability to analyze the local and global impact of softwares on individuals, organizations, and society. Graduates will apply their technical knowledge and skills to progress and instigate software solutions that achieve goals significant to the industry, government or research area in which they are working. They will explore and integrate new technologies.
  • Graduates will have the ability to evaluate, verify, trouble-shoot, test and analyze an existing computer-based system, process, component or program.
  • Recognition of the need for and an ability to connect in enduring professional growth in their preferred field and able to demonstrate the development of professional skills obtain through recognized education, contribution in professional activities, attainment of new technical proficiencies, and development of executive and leadership abilities.

Salient Features

  • Highly Educated faculty
  • CEO Faculty
  • Class Rooms with state of the art facilities
  • Linkage with Industry
  • Group Study
  • Industrial Tours
  • Co-Curricular Activities
  • Spacious Computer labs equipped with latest computers
  • Indoor Sports Room
  • Case Study and Article Session
  • Job Placement and Internships
  • Vast number of Alumni

What are some career opportunities for Computer Science majors?

Rapid growth in technology-based jobs in all industries has created a need for technologically skilled professionals.

  • Software Developer.
  • Software Quality Assurance.
  • Software Architect
  • Information Systems Manager.
  • IT consultant.
  • Multimedia programmer.
  • Systems Analyst
  • Software Product Marketing Manager
  • Systems Developer
  • Web Application Developer
  • Information Security Analyst
  • Mobile Application Developer
  • CRM & ERP Developer
  • Information Technology Auditor
  • Game Programming

Duration

  • Four year degree program comprising 8 semesters with minimum of 135 Cr. Hrs.
  • Fall and Spring semester, while the Summer session will be utilized for internships or repeat courses.
  • The maximum duration to complete BS is 7 years.

Admission Requirements

  1. HSC or equivalent* securing at least 45% marks in aggregate OR Diploma of Associate Engineering securing at least 50% aggregate marks.
  2. Admission Test
  3. Interview

* Those having no Mathematics / Physics in Intermediate, shall be required to pass two additional remedial non-credit courses in mathematics and physics.

Degree Requirement

Each candidate for the BS Software Engineering degree is required to complete successfully 135 Cr. Hrs. as per the following detail:

Area
Core Courses
Elective/Specialization Courses
Supporting Science Courses
General Education / University Electives
Internship
Final Project
Total

Cr. Hrs
65
24
15
25
00
06
135

CGPA Requirement

An undergraduate student will need a minimum of 2.00 on the scale of 4.00 to graduate from the university.

FAQs

Q: How do I apply?
For directions on how to apply, please visit the web page for Admission’s.

Q: Can I complete my graduate degree part-time?
The program is full-time only.

Q: Course Load?
Minimum 3 courses and maximum 6 courses.

Q: My Intermediate isn’t in Science background. What kind of background should I have before applying to the program?
To be considered for admission to any of our graduate programs, students usually have a science background, however students from other equivalent background may also apply.

Q: What courses will transfer into Computer Science Department?
Transferring credits from PGC university or College.
Yes, as per the evaluation of your case.
Transferring credits from other Institutions .
Your transfer work will be evaluated once all of your required documents are received. All transfer students are initially admitted into University as per HEC criteria.

Q: I just appeared in the exam. Am I eligible to apply?
Result awaiting may also apply.

Q: How will I find a job when I’m done?
HR and recruitment office will assist you in internships and job placement.

Q: Can I continue for MS/Mphil (National or Abroad) after completion of BS ?
Yes. Infact many of Mohammad Ali Jinnah University students went abroad for MS leading to PhD.

+ COURSE STRUCTURE

(a) Core Courses

Course Title
Introduction to Computing
Introduction to Computing Lab
Computer Programming
Computer Programming Lab
Discrete Mathematics
Data Structures
Data Structures Lab
Software Engineering
Database Systems
Database Systems Lab
Digital Logic Design
Digital Logic Design Lab
Microprocessor and Assembly Language
Microprocessor and Assembly Language Lab
Design and Analysis of Algorithms
Data Communications & Computer Networks
Data Communications & Computer Networks Lab
Computer Architecture & Organization
Operating Systems
Operating Systems Lab
Object Oriented Programming
Object Oriented Programming Lab
Human Computer Interaction
Software Project Management
Formal Software Specifications
Software Architecture
Software Testing
Software Requirement Engineering
Professional Issues in Computing

Code
CS 1113
CS 1111
CS 1123
CS 1121
MTC 1033
CS 2142
CS 2141
CS 2213
CS 2313
CS 2311
CS 1512
CS 1511
CS 2522
CS 2521
CS 2163
CS 3712
CS 3711
CS 2533
CS 3413
CS 3411
CS 1133
CS 1131
CS 4223
SE 3183
SE 3623
SE 3253
SE 3223
SE 3243
CS 3173

Cr. Hrs.
3
1
3
1
3
2
1
3
3
1
2
1
2
1
3
2
1
3
3
1
3
1
3
3
3
3
3
3
3

 

(b) Elective Courses

Course Title
Software Metrics
Software Engineering Economics
Design Patterns
Software Quality Engineering
Enterprise Application Development
Enterprise Application Development Lab
Agile Software Development
Business Process Engineering
Data Warehousing & Data Mining
Cyber Forensics, Risk & Control
Mobile Application and Development
Mobile Application Development Lab
Web Application Development
Web Application Development Lab
Information and Network Security
Computer Graphics & Animation
Computer Graphics & Animation Lab
Multimedia Systems and Applications
Usability Engineering

Code
SE 4483
SE 4473
CS 4493
SE 3653
CS 4183
CS 4181
CS 4233
CS 4243
CS 4223
CS 4383
CS 4192
CS 4191
CS 4712
CS 4711
CS 3713
CS 4512
CS 4511
CS 4533
SE 4223

Cr. Hrs.
3
3
3
3
3
1
3
3
3
3
2
1
2
1
3
2
1
3
3

 

(c) Supporting Science Courses

Course Title
Calculus I
Calculus II
Linear Algebra
Probability and Statistics
Basic Electronics
Basic Electronics Lab

Code
MTC 1013
MTC 1023
MTC 2043
MTC 2053
EEC 1012
EEC 1011

Cr. Hrs.
3
3
3
3
2
1

 

(d) General Education/University Elective Courses

Course Title
Pakistan Studies
Islamic Studies / Ethics
Freshman English
Oral Communications
Technical Report Writing
Humanities -I
Humanities -II
Management Elective -I
Management Elective -II

Code
HMC 1002
HMC 1012
HMC 1013
HMC 1023
HMC 2033
HMC 2xx3
HMC 3xx3
MGT 3xx3
MGT 4xx3

Cr. Hrs.
2
2
3
3
3
3
3
3
3

 

(e) Internship

  • It is mandatory for every student to participate in an 8 weeks summer internship program following their 6th semester or after the completion of 90 credit hours.
  • Each student will be allocated an internship coordinator who will monitor the performance of student regarding internship.
  • On the completion of internship, the student will submit a report as per prescribed format and a formal evaluation will be carried out and Pass/Fail grade will be awarded to the student.

 

(f) Project

A student may register final year project in the 7th semester of his / her degree program after completion of 90 SCH (or equivalent to the first six semester course load as per scheme of studies of the BS (SE) program)

+ SCHEME OF STUDIES

Semester I

Course CodeCourse TitleCr. Hrs.Pre-Req
CS1210Introduction to Computing3+1-
CS1410Computer Programming3+1-
SS1100Freshman English3-
MT1100Calculus-I3-
SS1400 OR SS1410Islamic Studies OR Ethics2-
Total14+2

Semester II

Course CodeCourse TitleCr. Hrs.Pre-Req
CS1420Object Oriented Programming3+1CS1410
EE1220Electronics2+1-
SS2120Oral Communications3SS1100
MT1110Calculus-II3MT1100
SS1420Pakistan Studies2-
Total13+2

Semester III

Course CodeCourse TitleCr. Hrs.Pre-Req
CS2510Data Structure & Algorithms2+1CS1420
CS1230Digital Logic Design2+1CS1210
SS3130Technical Report Writing3-
CS2620Discrete Structures3-
SS2XX0Humanities Elective-I3-
MT2300Probability and Statistics3
Total16+2

Semester IV

Course CodeCourse TitleCr. Hrs.Pre-Req
CS2230Database & Management Systems3+1CS2510
CS2210Microprocessor & Assembly Language2+1CS1230
CS3XX0SE Elective-I3-
CS3110Software Engineering3-
MT2210Linear Algebra3-
MG2XX0MG Elective-I3-
Total17+2

Semester V

Course CodeCourse TitleCr. Hrs.Pre-Req
CS3210Data Communications & Networking3-
CS3520Design and Analysis of Algorithms3CS2510
CS3220Operating Systems3+1CS2510
CS3130Software Requirement Engineering3CS3110
SS2XX0Humanities Elective-II3-
CS3120Software Architecture3CS3110
Total18+1

Semester VI

Course CodeCourse TitleCr. Hrs.Pre-Req
CS3230Computer Architecture & Organization3CS2210
CS3XX0SE Elective-II3-
CS3150Formal Software Specification3CS3110
CS4110Human Computer Interaction3CS3110
CS3140Software Project Management3CS3110
Total15

Semester VII

Course CodeCourse TitleCr. Hrs.Pre-Req
CS3160Software Testing3CS3110
CS4220Professional Issues in Computing3-
CS4XX0SE Elective-III3
CS4XX0SE Elective-IV3-
CS4150Final Year Project-I3CS3110
Total15

Semester VIII

Course CodeCourse TitleCr. Hrs.Pre-Req
CS4XX0SE Elective-V3-
CS4XX0SE Elective-VI3-
CS4XX0SE Elective-VII3-
MG4XX0MG Elective-II3-
CS4160Final Year Project-II3CS4150
CS4170Seminar in Computing1
Total16
+ FEE STRUCTURE