Computer Science - Level 1 - 892

Mohawk College Certificate
Classroom
Student Programming
Overview

Here’s your opportunity to learn about microcomputers and several major application areas. Topics include microcomputer operating systems and microcomputer hardware; the discipline of Software Engineering; the application of tools and methods to produce and maintain quality software systems; the role of information technology in our personal lives; information systems careers; issues relating to the use and development of information technology. The computer math course covers number systems, Boolean algebra, computer arithmetic, algebra and graphing.

Program Contact
Continuing Education Technology
  • Ontario Secondary School Diploma (OSSD) or equivalent (Mohawk Academic Upgrading, GED) OR 19 years of age or older.

You do not need to apply to begin this program. Start by ensuring you meet the admission requirements listed above and then register for the courses listed in the Program of Studies when they are offered.  Some courses have prerequisites, so please check the Program of Studies for details. Find out how to register for a course.

The program of studies displayed below applies to students starting the program in the 2017/18 academic year. Students who began in other academic years may require different courses to be eligible to graduate. If you have questions regarding a strategy for completion contact Continuing Education - Technology and Skills.

Click on the Course number or Course title for more information on each course. 

Visit the Mohawk College Bookstore Textbook Search (opens in new window) for information on textbooks.

A selection of courses are available each term. Courses that are currently not available (N/A) for registration may be offered in the future – check back frequently.

Mandatory Courses

Register Course number Course title Course Hours
Course description: Build a foundation for learning and practicing the discipline of Software Engineering and the application of tools and methods to produce and maintain quality software systems. Develop essential skills to create software structures and logic. Develop knowledge and disciplines which are transferrable to any computer-based software problem.
Credits: 5
Course description: Design object-oriented apps in Java that make effective use of encapsulation, inheritance, polymorphism, interfaces, association, and arrays of objects. Create desktop apps that display graphics and use Graphical User Interface components to communicate with the user. Implement apps that allow the user to open, view, and modify the contents of text files. Extend programming and problem solving skills developed in Programming Fundamentals to the Java programming language.
Prerequisites: COMP10001
Course description: Analyze the architecture, functions and components of the OSI and TCP/IP layered network models. Implement network topologies by applying basic principles of cabling and configuring network devices, including routers and switches. Analyze network standards, protocols, network operating systems, remote access and security. Implement IP addressing schemes. Configure, maintain, and troubleshoot local area networks.
Prerequisites: ELEC10118
Course description: Build, analyze, and test interactive web pages using client- and server-side scripting languages and environments such as JavaScript, VBScript, PHP and Active Server Pages through extensive hands-on projects revolving around actual business practices. Create dynamic web applications that interact with a database using scripts, and compiled server programs.
Credits: 4
Prerequisites: ELEC10034
Equivalents: COMPNET25
Course description: Describe the fundamentals of computer hardware and software as well as advanced concepts. Develop skills to identify internal components of a computer, assemble a computer system, install an operating system, and troubleshoot using system tools and diagnostic software. Provide hands-on, career-oriented learning experience to develop fundamental computer and career skills. Integrate Cisco IT Essentials curriculum to prepare to write the CompTIA A+ certification exam.
Credits: 4
Course description: This course is an introductory math course for computer students that covers the following: Binary, Octal, Decimal and Hexadecimal Number Systems, Boolean Algebra including Truth Tables and Boolean Laws, Computer Arithmetic, Graphing, and Basic Algebra and Mathematics Review.
Credits: 4