Bachelor of Science in Data Science

Degree Level
Duration
4 years
Semester Fee
Rs. 200,000
Registration Fee
Rs. 25000
Application Fee
Rs. 5000

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Program Overview

The University of South Asia is excited to announce the launch of its BS Data Science Program under the Computer Science Department, starting in Fall 2025. This innovative program is designed to equip students with comprehensive knowledge and skills in data science, preparing them to thrive in the dynamic world of data analytics and decision-making. Focused on technical expertise, critical thinking, and ethical practices, the program aims to develop professionals capable of solving complex real-world problems using data-driven insights. Enroll now to become a part of this transformative educational experience and contribute to the evolving field of Data Science.

Department Mission Statement

To cultivate graduates with innovative thinking, deep knowledge, and exceptional problem-solving skills, equipped with cutting-edge expertise to meet diverse global challenges and contribute significantly to the nation’s economic growth.

Program Objectives

The University of South Asia’s POs aim to develop proficient, ethical graduates who excel professionally and contribute positively to society. The POs for the BS Data Science program is given below:
  • PO1
    Graduates demonstrate technical expertise in data science and related domains.
  • PO2
    Graduates apply creative thinking to solve real-world problems using data science technologies.
  • PO3
    Graduates reflect ethical principles and leadership skills in the development and deployment of data science solutions.
  • PO4

    Graduates integrate emerging data science trends to address interdisciplinary challenges.

    Program Objectives (POs) Alignment with the Department Mission Statement
    PO1: Graduates demonstrate technical expertise in data science and related domains. This PO aligns with the mission by emphasizing the development of graduates with deep knowledge and cutting-edge expertise to meet global challenges.
    PO2: Graduates apply creative thinking to solve real-world problems using data science technologies. This PO corresponds to the mission’s goal of cultivating innovative thinking and leveraging data-driven solutions to solve problems and contribute to global challenges.
    PO3: Graduates reflect ethical principles and leadership skills in the development and deployment of data science solutions. This PO supports the mission’s focus on preparing professionals with ethical principles and leadership to contribute meaningfully to society and the economy through data-driven insights.
    PO4: Graduates integrate emerging data science trends to address interdisciplinary challenges . This PO aligns with the mission’s objective of equipping graduates with cutting-edge expertise in data science technologies to address complex, interdisciplinary global issues.

Graduate Attributes (GAs)

  • GA-1: Academic Education:
    Completion of an accredited program of study designed to prepare graduates as computing professionals.
  • GA-2: Knowledge for Solving Computing Problems:
    Apply knowledge of computing fundamentals, knowledge of a computing specialization, and mathematics, science, and domain knowledge appropriate for the computing specialization to the abstraction and conceptualization of computing models from defined problems and requirements.
  • GA-3: Problem Analysis:
    Identify and solve complex computing problems, reaching substantiated conclusions using fundamental principles of mathematics, computing sciences, and relevant domain disciplines.
  • GA-4: Design/Development of Solutions:
    Design and evaluate solutions for complex computing problems, and design and evaluate systems, components, or processes that meet specified needs.
  • GA-5: Modern Tool Usage:
    Create, select, or adapt and then apply appropriate techniques, resources, and modern computing tools to complex computing activities, with an understanding of the limitations.
  • GA-6: Individual and Teamwork:
    Function effectively as an individual and as a member or leader of a team in multidisciplinary settings.
  • GA-7: Communication:
    Communicate effectively with the computing community about complex computing activities by being able to comprehend and write effective reports, design documentation, make effective presentations, and give and understand clear instructions.
  • GA-8: Computing Professionalism and Society:
    Understand and assess societal, health, safety, legal, and cultural issues within local and global contexts, and the consequential responsibilities relevant to professional computing practice.
  • GA-9: Ethics:
    Understand and commit to professional ethics, responsibilities, and norms of professional computing practice.
  • GA-10: Life-long Learning:
    Recognize the need, and have the ability, to engage in independent learning for continual development as a computing professional.

Key Features

  • Core Training in Data and AI Technologies
    The program emphasizes statistical analysis, data engineering, and machine learning, with practical skills in Python, R, SQL, and AI-powered analytics tools.
  • Expertise in Data-Driven Problem Solvin
    Students develop the ability to model, forecast, and visualize data to solve complex challenges and guide intelligent decision-making in real-world contexts.
  • Diverse Career Opportunities
    Graduates can pursue roles such as data analyst, business intelligence consultant, or AI strategy specialist in sectors like fintech, healthcare, logistics, and e-commerce.
  • Critical Role in Global Innovation
    Data science professionals drive AI-enabled automation and operational optimization across industries, making them vital to strategic planning and innovation worldwide.

Admission Criteria

The minimum requirements for admission in a Bachelor of Science in Data Science are at least 50% marks in the Intermediate (HSSC) examination with Math/ Math & Supporting or equivalent qualification with Math/ Math & Supporting certified by IBCC.

OR

Candidates having at least 50% marks in the Intermediate (HSSC) examination (Pre-Medical Grp) certified by IBCC are also eligible for admission in an Associate degree program in Computer Science subject to passing (Non-Credit, Pass/Fail Only) two Math/ Math & Supporting courses within first years of their regular studies as per NCEAC vide the 36th Minutes of Meeting of General Council of National Computing Education Accreditation Council1.

Category of Students Eligibility Criteria
Intermediate Students
  • Completion of Intermediate
  • Must have at least 50% marks
ADP Students (Same Discipline)
  • Completion of ADP (Same Discipline)
  • Must have at least 2 CGPA, enroll directly in the 5th semester without the need for bridging semester
BA/ADP (Other Discipline) Students
  • Completion of BA or ADP (Other Discipline)
  • Must have at least 2 CGPA or 50% marks
  • Must take a bridging semester before continuing to the 5th semester of Bachelor of Science in Data Science

Admission Process

  1. Fill out the admission form.
  2. Pay the application fee of Rs. 5,000.
  3. Appear for the admission test.
  4. Pass the test with a minimum of 60% marks.
  5. Students who pass the test can enroll in the premium educational program.
  6. An acceptance or rejection letter will be issued.
  7. The last date for fee deposit will be clearly indicated on the fee voucher.
  8. Admission will be canceled for students who do not pay the required dues by the deadline.
  9. Admission tests are conducted every Saturday and Wednesday.
  10. Tests will be conducted on computers.
  11. Test results will be announced the next day and communicated to students via WhatsApp and Email.

Program Structure Overview

Category Number of Courses Total Credit Hours
Major/Computing Core 14 46
Major/Domain Core 7 18
Major/Domain Electives 7 21
Inter Disciplinary /Mathematics & Supporting Courses/EW 4 12
Inter Disciplinary /Elective Supporting Courses/SS 1 3
General Education Requirement 15 34
Totals 47 134

Degree Completion Requirements

Program Feature Details
Minimum Duration 4 years
Maximum Duration 6 years (1 year extension by the competent authority)
Semesters 8
Project Credit Hours 3
Internship Credit Hours 0
Minimum Credit Hours Required 134
Minimum CGPA Required 2.0/4.0

Program Curriculum

Semester 1
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.NSC1001Applied Physics03 (02-03)General Edu / National Science
2.ICT1001AI Integrated ICT03 (02-03)General Edu / ICT
3.ANH1001Creative Designing with AI Tools02 (02-00)General Edu / Art & Humanities
4.ENG1001AI-Powered Functional English03 (03-00)General Edu / Functional English
5.PAK1001Pakistan: Ideology & Constitution02 (02-00)General Edu / Pakistan: Ideology & Constitution
6.SSC1001Understanding Human Psychology with AI02 (02-00)General Edu / Social Science
7.Pre-Calculus I0Fundamental Mathematics
Semester Credit Hours15 (13-6)
Semester 2
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.CDS1301Probability & Statistics03 (03-00)Inter Disciplinary / Math / Math & Supporting
2.ETR1001AI-Embedded Entrepreneurship02 (02-00)General Edu / Entrepreneurship
3.CDS1101Programming Fundamentals04 (03-03)Major / Computing Core
4.CDS1102Digital Logic Design03 (02-03)Major / Computing Core
5.RNE1001Islamic Studies / Ethics02 (02-00)General Edu / Islam Studies
6.CIV1001Civic and Community Engagement02 (02-00)General Edu / Civic and Community Engagement
7.Pre-Calculus II0Fundamental Mathematics
Semester Credit Hours16 (14-6)
Semester 3
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.QRE1001Discrete Structure03 (03-00)General Edu / Quantitative Reasoning I
2.QRE1002Calculus & Analytical Geometry03 (03-00)General Edu / Quantitative Reasoning II
3.ENG1002AI-Assisted English Writing03 (03-00)General Edu / Expository WritingENG1001
4.CDS2101Object Oriented Programming04 (03-03)Major / Computing CoreCDS1101
5.CDS2102Database Systems04 (03-03)Major / Computing Core
6.PAK1002Pakistan Studies02 (02-00)General Edu / Pak Studies
7.ISL1001Understanding of Holy Quran - I01 (01-00)General Edu / Holy Quran I
Semester Credit Hours20 (18-6)
Semester 4
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.ISL1001Understanding of Holy Quran - II01 (01-00)General Edu / Holy Quran I
2.CDS1301Linear Algebra03 (03-00)Inter Disciplinary / Math / Math & SupportingQRE1002
3.CDS2103Data Structures04 (03-03)Major / Computing CoreCDS2101
4.CDS2106Introduction To Data Science03 (02-03)Major / Domain Core
5.CDS2104Software Engineering03 (03-00)Major / Computing Core
6.CDS2105Operating Systems03 (02-03)Major / Computing Core
7.Domain Elective I03 (02-03)Major / Domain Elective
Semester Credit Hours20 (16-12)
Semester 5
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.CDS3101Analysis of Algorithms03 (03-00)Major / Computing CoreCDS2103
2.CDS3102Computer Organization & Assembly Language03 (02-03)Major / Computing CoreCDS1102
3.Domain Elective II03 (02-03)Major / Domain Elective
4.Domain Elective III03 (02-03)Major / Domain Elective
5.Domain Elective IV03 (02-03)Major / Domain Elective
6.CDS3301Multivariable Calculus03 (03-00)Inter Disciplinary / Math / Math & SupportingQRE1002
Semester Credit Hours18 (16-12)
Semester 6
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.CDS3105Advanced Statistics03 (02-03)Major / Domain Core
2.CDS3103Artificial Intelligence03 (02-03)Major / Computing Core
3.CDS3104Computer Networks03 (02-03)Major / Computing Core
4.CDS3106Parallel & Distributed Computing03 (02-03)Major / Domain Core
5.Domain Elective V03 (02-03)Major / Domain Elective
6.CDS3107Data Mining03 (02-03)Major / Domain Core
Semester Credit Hours18 (12-18)
Summer Semester
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.CDS4401Internship00 (00-03)Major / Computing Core
Semester Credit Hours00 (00-03)
Semester 7
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.CDS4102Data Visualization03 (02-03)Major / Domain Core
2.CDS4103Data Warehousing & Business Intelligence03 (02-03)Major / Domain Core
3.CDS4101Information Security03 (02-03)Major / Computing Core
4.Elective Supporting Course 1(Social Science)03 (03-00)Inter Disciplinary / Elective Supporting (Social Science)
5.CDS4402Capstone Project I02 (00-06)Major / Computing Core
6.CDS4301Technical and Business Writing03 (03-00)Inter Disciplinary / Math / Math & SupportingENG1001
Semester Credit Hours17 (14-15)
Semester 8
S.N.Course CodeCourse TitleCr hr (Cont hr)
CategoryPre-Requisite
1.Domain Elective VI03 (02-03)Major / Domain Elective
2.CDS4403Capstone Project II04 (00-12)Major / Computing CoreCDS4402
3.Domain Elective VII03 (02-03)Major / Domain Elective
Semester Credit Hours10 (05-18)
Program Credit Hours134
Domain Elective Courses List
S.N.Course CodeCourse Title
1.CDS2107Speech Processing
2.CDS3108Topics In Data Science
3.CDS3113Text Mining
4.CDS3112Theory of Automata
5.CDS2108Advanced Database Management
6.CDS3111Platforms & Architecture for Data Science
7.CDS4104Business Process Analysis
8.CDS3109Artificial Neural Networks & Deep Learning
9.CDS4105Machine Learning
10.CDS2109HCI & Computer Graphics
11.CDS3110Big Data Analytics
Elective Supporting Courses (Social Science)
S.N.Course CodeCourse Title
1.CDS4201Human Resource Management
2.CDS4202Digital Marketing
3.CDS4203Financial Accounting
4.CDS4204Business Ethics

Student Success Stories

FAQs

Students learn Python, R, SQL, Power BI, Tableau, and AI-based platforms like Scikit-learn and TensorFlow.

A basic understanding of math and statistics helps, but foundational courses are included to build these skills from the ground up.

Projects include customer segmentation, predictive modeling, sales forecasting, and real-time dashboards using real-world datasets.

Graduates work in finance, healthcare, e-commerce, logistics, marketing, and government sectors globally.

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