• To provide comprehensive knowledge of computer systems, software, and hardware integration

• To develop advanced programming, networking, and system design skills

• To introduce embedded systems, database systems, and cybersecurity fundamentals

• To prepare learners for professional roles in IT and computer engineering fields

1. Design and analyze computer hardware and software systems

2. Develop and implement software applications

3. Configure and manage computer networks

4. Understand embedded systems and microcontrollers

5. Apply database management concepts

6. Execute a computer engineering project

Module 1: Computer Architecture and Digital Systems

• CPU architecture and instruction cycles
• Digital logic design (gates, flip-flops)
• Memory hierarchy
• I/O systems

Module 2: Advanced Programming Concepts

• Object-oriented programming (OOP)
• Data structures (arrays, stacks, queues, trees)
• Algorithms and complexity
• Software development lifecycle

Module 3: Operating Systems and System Programming

• Process management and scheduling
• Memory management techniques
• File systems
• System calls and kernel basics

Module 4: Computer Networks and Communication

• Network architecture models (OSI, TCP/IP)
• Routing and switching concepts
• Wireless networking
• Network security basics

Module 5: Database Management Systems

• Relational database concepts
• SQL programming
• Database design and normalization
• Transaction management

Module 6: Embedded Systems and Microcontrollers

• Microprocessor vs microcontroller
• Arduino / Raspberry Pi basics
• Embedded programming
• Sensor integration

Module 7: Cybersecurity Fundamentals

• Security principles (CIA triad)
• Cryptography basics
• Network security threats
• Ethical hacking introduction

Module 8: Software Engineering and Cloud Computing t

• Software design models (Agile, Waterfall)
• Testing and debugging
• Cloud computing basics
• DevOps introduction

Final Project