A popular field of study, computer engineering covers the science and technology involved in designing, building, assembling, implementing, and maintaining the hardware and software that make up contemporary computer systems and computer-controlled devices. Electrical engineering (EE) and computer science (CS) were once seen as complementing disciplines in computer engineering. In the last three decades, it has changed into a distinct but related field. Computer engineering definition is based on the theories and principles of  mathematics, and engineering. It applies these concepts to develop computing hardware, software, and processes to solve technical problems.

Popular Computer Engineering Courses

Here are some popular Computer Engineering courses for both bachelor's and master's degrees:

Bachelor's in Computer Engineering:

• Introduction to Computer Science: This foundational course covers computer programming, algorithms, data structures, and software development.
• Digital Logic and Computer Design: Concentrating on digital circuit design, it encompasses combinational and sequential logic, microprocessors, and hardware description languages.
• Computer Organization and Architecture: Students delve into computer system organization and architecture, studying CPU design, memory systems, and assembly language programming.

In the realm of operating systems, this course delves into a comprehensive study, touching upon critical concepts like process management, memory management, file systems, and even the intricate domain of kernel development.

Master's in Computer Engineering:

Delving into the realm of advanced computer architecture, this course offers a comprehensive exploration of intricate concepts. It encompasses a wide spectrum, encompassing multicore processors, parallel computing, and the latest trends in processor design.

Within the domain of cybersecurity, this course centers on fundamental principles and practical applications. It includes the study of network security, the intricacies of cryptography, and the ethics surrounding the realm of ethical hacking.

Embedded Systems: This course explores embedded system design and development, encompassing real-time operating systems and hardware/software co-design.

Cloud Computing and Distributed Systems: Examining cloud computing platforms, distributed system design, and virtualization technologies.

Computer Vision: Concentrating on image and video analysis, pattern recognition, and applications such as object detection and facial recognition.

The realm of IoT (Internet of Things) and Wireless Communication delves into the creation and implementation of IoT systems. This encompasses the formulation of wireless communication protocols to facilitate seamless connectivity among devices.

The study of Big Data and Data Analytics equips learners with the skills to efficiently handle and scrutinize extensive datasets. This includes mastering tools like Hadoop, Spark, and the art of data mining.

Emerging as a cutting-edge discipline, Quantum Computing delves into the underlying principles and real-world applications of quantum computing. This field holds the potential to usher in a paradigm shift in the world of computation.

Best Universities for Computer Engineering

Following are some of the best universities for a computer engineering degree: