Department of Computer Science

This course covers data representation and computer arithmetic; logic functions and equations; description, analysis and design of combinational and sequential circuits; and functional properties of digital integrated circuits.

This course will give students an opportunity to be exposed to the different Computer Science Research Areas. Students will gain experience on how to conduct literature review based on a focused topic.

Welcome to CS 280! This is a course that lets you appreciate the idea of an intelligent agent, which encompasses the very idea of Artificial Intelligence. We would like to think of an agent as an entity that has reached near human level intelligence. Or have they already? Hmm…we shall discover more of that in this course!

The course will give us a background on combinational and sequential circuits using logic gates. Learning how to design the basic combinational building blocks of circuits such as adders, decoders, encoders, multiplexers, demultiplexers going to registers, counters, and memories.

This course is the first of a two-part course on software engineering. The course will focus on the principles and methods for the requirements engineering and design of software systems that will become the basis for its implementation, validation, evaluation, and maintenance (covered in Software Engineering II).

The course emphasizes quality in software that can be achieved with understanding how software is developed and the utilization of appropriate methods and tools for development. Critical skills in requirements engineering and translating requirements to software design are also covered.

The course will focus on the principles and methods for the requirements engineering and design of software systems that will become the basis for its implementation, validation, evaluation and maintenance (covered in Software Engineering II).

This is a short tutorial on how to use UP Cebu's VLE. This was prepared and is maintained by DCS.

This is a course that lets you appreciates and discover the nitty gritty details of how programming languages are designed and implemented. You will find out what are the underlying factors of how a specific programming language is designed. You will realize why some programming languages have some features and capabilities that you do not find in other programming languages. You will also realize that there is no such thing as a "supreme" or "elite" programming language, it's just that they are designed and built in a manner that suits the need of a specific type of users/programmers. You will discover how the hardware architecture is somehow influential in the development of the backbone of a programming language.

THERE'S AN INVITE LINK TO A SLACK GROUP I'VE POSTED IN THE COURSE. HELP ME DISSEMINATE THIS TO ALL YOUR BATCHMATES

Announcement:

The take home long exam is now live, Deadline is December 6.