Bachelor of Science in Artificial Intelligence

Programme Overview

The Bachelor of Science in Artificial Intelligence program is rigorous, introducing students to machine learning with opportunities to explore theoretical and hands-on learning and understand natural language processing with opportunities to pursue full-time, part-time, or online.

TAU’s bachelor’s course in Artificial Intelligence gives students the exposure to design and build applications that make decisions, reason about data, and communicate with humans. With cutting-edge infrastructure and labs, students learn to use creative thinking, algorithmic design, and coding skills to build futuristic AI systems.

We provide students with the necessary technical training and a strong foundation in machine learning, computer vision technology, and natural language processing while building critical thinking, communication, digital fluency, and teamwork skills.

The bachelor in AI program prepares students to excel in AI engineer or programmer roles or continue further education.

It enables students to work productively and recognize the social impact of artificial intelligence with exposure to the ethical, privacy, moral, and legal implications of artificial intelligence technologies.

TAUs graduate students of the BSc in Artificial Intelligence program are tech-savvy and skilled in machine learning and automated reasoning to build the AI systems of the future.

It enables students to gain expertise in the core concepts like data structures, programming, computing systems, algorithm design, performance, and computational metrics and master the basics of discrete mathematics, logic, theorem proving and explanation, probability and statistics, and optimization.

4

Years Duration

Eligibility:
Credit or better in any of the 5 subjects in Grade 12

2

Years Duration

Eligibility:
Diploma in Information Technology or any relevant specialization

Structure of the programme

Year	Course Title	Credit Points
Year 1	Introduction to Computer Programming	15
	Mathematics – I	15
	Introduction to Cyber Security	15
	Introduction to Digital Technologies	15
	Introduction to Emerging Technologies	15
	Introduction to Mobile Application Development	15
	Introduction to Web Development	15
	Computer Organization and Architecture	15
	Total	120

Year	Course Title	Credit Points
Year 2	IT and Society	12
	Mathematics – II	12
	Computer Programming	12
	Human Computer Interaction	12
	Systems Analysis and Design	12
	Software Engineering	12
	E-commerce Applications	12
	Relational Database Systems	12
	Information Systems Theory and Practice	12
	Management Information Systems	12
	Internship – (Non-Credit Course -8 weeks)
	Total	120

Year	Course Title	Credit Points
Year 3	Cyber Security	12
	Advanced Database Design and Development	12
	Web Based Development	12
	Network Design	12
	Ethical, Legal and Regulatory Issues and Professional Responsibilities in IT	12
	Strategic Management Information Systems*	12
	Innovative Technologies in Computing	12
	Computing Research Methods	12
	Software Development Methodologies	12
	Managing a Computing Project – Project Work	12
	Total	120

Year	Course Title	Credit Points
Year 4	Phython for AI- ML	12
	Predictive Analysis	12
	Machine Learning	12
	Deep Learning	12
	Natural Language Processing	12
	Internship and Project	60
	Total	120

Programme Learning Outcomes

The learners would be able to:

Understand the significance of visualization in data analytics solutions and
Differentiates between a conventional and an intelligent system.
Use structured thinking to solve unstructured real-time problems.
Understand a wide range of machine-learning algorithms and problems
Learn machine learning algorithmic topics that are mathematically deep enough to introduce the necessary theory and enable to provide of smart solutions to the societal needs of sub-Sahara and the globe.

Academic Delivery Plan

Texila American University Zambia is providing quality education with its state-of-the-art infrastructure, best learning methodology and technology enabled academic services.

Uniquely Designed Learning Methodology
Outcome Based Academic Delivery
Continuous Academic Support
Enhanced Learning Management Systems
Technology Enabled Services

Selection Factors

Students applying to Texila American University (TAU) are selected based on their academic achievements, personal qualities, and extracurricular activities. Each applicant is assessed considering their educational background, age, and intended course of study. Additionally, students must demonstrate the intellectual capability, physical stamina, and emotional resilience necessary to meet the demands of their chosen field. TAU seeks well-rounded individuals who possess the skills and attributes required for a successful career, ensuring that they are prepared to excel in their respective professions.

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What Do You Gain?

Learning Outcomes

Graduates of our Bachelor of Science in Artificial Intelligence program will be able to:

Apply AI Principles: Utilize fundamental and advanced AI concepts to develop intelligent systems and solutions.
Analyze and Interpret Data: Leverage machine learning and data analysis techniques to derive insights and make data-driven decisions.
Design AI Systems: Create, implement, and optimize AI algorithms and models to address real-world problems across various domains.
Collaborate on AI Projects: Work effectively in interdisciplinary teams to design and deploy AI applications and systems.
Maintain Ethical Standards: Demonstrate professional, ethical, and social responsibilities in the development and implementation of AI technologies, ensuring fairness, transparency, and accountability.

Career Progression

Many opportunities exist in the expansive field of Artificial Intelligence nationally and globally.

On successful completion of a B.Sc. in Artificial Intelligence Degree, the following are the opportunities available in Zambia and the globe.

IT Project Manager
Information Security Analyst
Data Scientist
Business Intelligence Developer
AI Product Manager
AI Consultant
Robotics Engineer

Facilities for Programme Delivery

TAU has excellent facilities for program delivery designed keeping in mind the needs of the student by all means

Classroom

All our classrooms are well equipped with Hi-tech facilities like specially designed classroom projectors with computers with uninterrupted network connections. Our entire classrooms are centralized air-conditioned with good lighting. Comfortable seating arrangements are made for students’ comfort. We have a well-equipped and designed computer laboratory with more than 60 computers and one dedicated Server connection for use. To strengthen our Information and Communication technology, we have authorized CISCO networking systems.

Research Policy

TAU-Zambia has a separate research policy to develop and maintain state-of-the-art technology, resources (research grants/scholarships, etc.), facilities, and personnel to support educational and advanced research for students and faculty.

Library

A learning hub for students to satisfy their thirst for inquisitive knowledge and urge. Our huge database is filled with information which can easily help in your academic brilliance. TAU Library is equipped with a good number of relevant books for the students to refer to and make use of the books for their continuous academic growth.

Learning Management System

The Learning Management System is the Academic Delivery platform for students, through which lecture contents, video lectures, learning resources, assessment, project submission, grading, etc. A Learning Management System (LMS) is a web-based application through which learning content is delivered and managed. An LMS is tied to online and offline training, administration, and performance management and includes functionality for course catalogues, launching courses, registering learners, and tracking learner progress and assessments. An LMS combines a front-end for the learner with a back-end for administrators and instructors. This LMS seamlessly displays, in a browser interface, real-time information drawn from a database. It also allows for competency-driven assessment and course associations.

Degree Regulations

The student will be eligible for the award of the Bachelor of Science in Artificial
Intelligence, on successful completion of all the academic requirements.

Degree Classification

TAU offers Bachelor of Science in Artificial Intelligence program for the students who have Bachelor of Science in Artificial Intelligence successfully fulfilled all the academic requirements.

FAQ'S

A Bachelor of Science in Artificial Intelligence is an undergraduate degree program that focuses on the theoretical and practical aspects of AI. The program includes courses in computer science, mathematics, and statistics, as well as specialized courses in machine learning, natural language processing, robotics, and other AI-related areas.

To be eligible for the Bachelor of Science in Artificial Intelligence program, for 4 years – a candidate must have completed Credit or better in any of the 5 subjects in Grade 12 and for 2 years – a candidate must have completed Diploma in Information Technology or any relevant specialization.

Faculties are there to support students throughout their journey to discuss academic issues. Students will also have an opportunity to interact more closely with faculty through their Learning Management System (LMS) platform.

With a Bachelor of Science in Artificial Intelligence degree, you can pursue a career as an AI engineer, data analyst, machine learning engineer, robotics engineer, or AI researcher. You can also work in industries such as healthcare, finance, manufacturing, and transportation.

1. Earn While You Learn – Students get an opportunity to contribute to the school and earn in the process.
2. Students get hands on business, Leadership, Organisation, and entrepreneurial experience
3. Helps students to implement the best decisions in critical business situations.
4. The students will be able to foster sound fiscal practices through analysis of financial statements and establishment of accounting procedures to ensure effective managerial decision making.
5. Case studies, Book reviews and Article reviews help the students to develop their learning ability by enhancing their knowledge.
6. Research work would enhance the student’s knowledge regarding the real time scenarios of business across the globe

To succeed in a Bachelor of Science in Artificial Intelligence program, you need strong skills in math, computer programming, data analysis, and problem-solving. You should also have a strong interest in AI, as well as the ability to work independently and in a team environment.

Bachelor of Science in Artificial Intelligence

Bachelor of Science in Artificial Intelligence

Programme Overview

4

2

Structure of the programme

1 Year

2 Year

3 Year

4 Year

Programme Learning Outcomes

Academic Delivery Plan

Selection Factors

Apply Now

What Do You Gain?

Career Progression

Facilities for Programme Delivery

Degree Regulations

Degree Classification

FAQ'S

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