Bachelor of Engineering (Honours) – Computer and Autonomous Systems Engineering

• Design Autonomous Systems: Build self-navigating robots, drones, and smart vehicular pathfinding systems.
• Integrate Hardware & Software: Connect physical microprocessors with custom software algorithms for IoT devices.
• Deploy Artificial Intelligence: Apply machine learning and computer vision to help machines interpret surroundings.
• Solve Complex Engineering Problems: Use advanced calculus and physics to troubleshoot systemic hardware failures.
• Conduct Independent Research: Formulate, test, and document a major engineering thesis project.
• Practice Ethically & Safely: Implement cybersecurity protocols and safety standards for human-machine interaction.
• Collaborate & Communicate: Manage multidisciplinary technical teams and pitch designs to non-technical clients.

• Academic Background: Completion of 13 years of schooling or a recognized high school diploma.
• Prerequisites: High-level achievement in Mathematics and Physics/Science.
• Diagnostic Tests: Some campuses require scoring 60%+ on math and physics placement exams.
• IELTS Academic: Minimum overall band score of 6.0 (with sub-score limits).
• TOEFL iBT: Minimum score of 70 to 79 depending on the specific campus guidelines.

First Year – First Semester

MATH101 – Mathematics 1 (Calculus & Linear Algebra) – 3 Credit Hours
PHYS101 – Engineering Physics – 3 Credit Hours
ENGR101 – Engineering Design & Computing Fundamentals – 3 Credit Hours
MATR101 – Introduction to Engineering Materials – 3 Credit Hours

First Year – Second Semester

MATH102 – Mathematics 2 (Differential Equations) – 3 Credit Hours
CS101 – Algorithm Design & Programming – 3 Credit Hours
EE101 – Electrical Systems & Circuit Foundations – 3 Credit Hours
MECH101 – Engineering Mechanics – 3 Credit Hours

Second Year – First Semester

EE201 – Circuits & Systems – 3 Credit Hours
EE202 – Digital Hardware Design – 3 Credit Hours
CS201 – Advanced Object-Oriented Programming for Engineers – 3 Credit Hours
MATH201 – Discrete Mathematics – 3 Credit Hours

Second Year – Second Semester

EE203 – Digital Signal Processing – 3 Credit Hours
EE204 – Electronic Circuit Electronics – 3 Credit Hours
CS202 – Data Structures & Algorithms – 3 Credit Hours
ENGR201 – Systems Engineering Principles – 3 Credit Hours

Third Year – First Semester

ENGR301 – Engineering Design and Management – 3 Credit Hours
EE301 – Microcontroller Architecture & Applications – 3 Credit Hours
COMM301 – Communication Systems Engineering – 3 Credit Hours
POWER301 – Power Engineering – 3 Credit Hours

Third Year – Second Semester

CTRL301 – Control Theory & Systems Automation – 3 Credit Hours
NET301 – Network Security & Internet of Things (IoT) Protocol – 3 Credit Hours
ELEC301 – Technical/General Education Elective – 3 Credit Hours
ENGR302 – Engineering Design and Management – 3 Credit Hours

Fourth Year – First Semester

AI401 – Programming Autonomous Systems – 3 Credit Hours
THES401 – Honours Thesis A – 3 Credit Hours
ELEC401 – Major Elective I – 3 Credit Hours

Fourth Year – Second Semester

THES402 – Honours Thesis B – 3 Credit Hours
ELEC402 – Major Elective II – 3 Credit Hours
ELEC403 – Technical Elective III – 3 Credit Hours

Mandatory Milestone Requirements

ECTE399 – Professional Experience – 0 Credit Hours
Completion of at least 12 weeks (60 days) of verified industry placement, typically completed during the summer recess between the Third and Fourth Years.

HONS499 – Honours Project Presentation – 0 Credit Hours
Formal defense and demonstration of the Fourth Year engineering prototype.