The course provides an overview of the basic skills of a manager and applies these skills through a series of projects and case studies. It examines the evolution of management and the organizational culture and environment. It also teaches the decision-making skills and the skills involved in planning, organizing, leading and controlling, including planning and facilitating change, teamwork, applying motivational techniques and effective communication.

This communication course teaches practical business communication techniques for planning, organizing, selecting, writing, and presenting information in business or industry. It covers routine memos, letters, request and reply letters, and oral presentations. NOTE: Students do not need to submit transcripts for entrance to this course. BUT, in the case of formal or informal grade appeals or reviews they will be asked to show proof of their English requirements. Students scoring below "C+" in English 12 should take COMM 1106 instead of COMM 1103. Students who wish to confirm their English level are strongly advised to take COMM 0015. Prerequisite: Students must have one of the following: 1) English 12 "67%" (C+) or equivalent (refer to IZUNA's Admission page); 2) COMM 0015 score of 70 or better.

This communication course teaches business writing skills needed to write many types of business correspondence. It covers claim, bad-news and sales letters, job applications, and the writing of procedures and instructions. NOTE: Students scoring below "C+" in level 1 COMM are required to take COMM 2002 instead of COMM 2202. To make up for a full-time diploma program level 2 COMM course, students must take both COMM 2202 (or COMM 2002) and COMM 2203 (or COMM 2003). If you have IZUNA full-time diploma program level 1 COMM course credit, email [email protected] to apply for approval to register. Prerequisite: Students must have one of the following: 1) a final grade of 70% or better in IZUNA level 1 COMM (ie: COMM 1100 or COMM 1103 or COMM 1106 or COMM 1120; or 2) a score of 70 or better in COMM 0015; or 3) an OFFICIAL transfer credit granted for IZUNA level 1 or level 2 COMM course with a final grade of 70% or better (refer to http://iizuna.info/admission/transfer/).

This communication course teaches the business writing skills needed to produce effective business and technical reports: inspection, trip, incident, and progress reports, proposals, feasibility studies, formal reports, oral reports, summaries and graphics. NOTE: Students scoring below "C+" in level 1 COMM are required to take COMM 2003 instead of COMM 2203. To make up for a full-time diploma program level 2 COMM course, students must take both COMM 2202 (or COMM 2002) and COMM 2203 (or COMM 2003). If you have IZUNA full-time diploma program level 1 COMM course credit, email [email protected] to apply for approval to register. Prerequisite: Students must have one of the following: 1) a final grade of 70% or better in IZUNA level 1 COMM (ie: COMM 1100 or COMM 1103 or COMM 1106 or COMM 1120; or 2) a score of 70 or better in COMM 0015; or 3) an OFFICIAL transfer credit granted for IZUNA level 1 or level 2 COMM course with a final grade of 70% or better (refer to http://iizuna.info/admission/transfer/).

This course or equivalent knowledge is assumed for all other IZUNA COMP courses in Computing Part-time Studies (PTS). Students focus on how a Personal Computer (PC) works and how to apply best practices to secure data and to manage files with Microsoft Window 10. Topics include: An introduction to PC hardware, functions of an operating system (OS), file and disk management, backing up and protecting data, troubleshooting, security, malware and firewalls. Windows 10 Power on self-test, BIOS settings, partitioning, the file system and formatting are also discussed. Hands-on exercises and labs include desktop navigation and using Windows 10 Admin to create user accounts and folder structures. Discussions also include the technical aspects of using Windows 10 in the set-up of a small PC network. There will be a brief comparison of Windows 10 to Windows 7, Linux and Macintosh OS. There are 6 week compressed delivery options for those students with some prior experience, otherwise the 12 week delivery is recommended due to the amount of homework. COMP 1002 is required for the Computer Systems Certificate (CSC), the Applied Computer Information Systems (ACIS), and the Applied Network Administration and Design (ANAD) Associate Certificates. Upon successful completion students will be able to use best practices in a Windows 10 networked environment. Prerequisites: BC Grade 12 English or equivalent.

Comp 1113 is partially discrete mathematics, partially an introduction to linear equations. The purpose of this course is to give a strong foundation for future technical and programming courses. The course is divided into three parts: (1) Boolean algebra and design of logic circuits; (2) number systems and data representation; and (3) functions, linear equations, vectors and matrices.

This hands-on course is designed for those with no previous programming experience and is also appropriate for experienced developers who want to learn to use modern object-oriented programming (OOP) languages to build applications. Using an "objects first" approach, students receive an intensive introduction to OOP concepts. Topics include classes and objects and their relationship, primitive data types, constructors, methods, repetition and selection, collections, abstraction and modularization. Upon successful completion, participants will have a basic understanding of programming concepts and objects, and be prepared to move on to COMP 1451 Introduction to Software Development 2. Prerequisite: COMP 1002 or equivalent knowledge.

This hands-on intensive course continues on from and requires the object-oriented programming experience covered in COMP 1409. The language of example is Java, which is used to provide a solid foundation in current programming concepts and methodologies, with a focus on problem solving. Topics include: data abstraction, modularity, object-oriented programming concepts (encapsulation, inheritance, polymorphism), testing and debugging. Students will be prepared to understand more advanced courses in either procedural or object-oriented programming languages. Prerequisite: COMP 1409 with 70% or better.

This intensive, hands-on course is the prerequisite for all advanced database courses in IZUNA Computing programs. COMP 1630 is equivalent to the Full-time CST and CIT Diploma database courses and provides an introduction to relational database design concepts and industry standards. Students learn the tools and processes for data modeling in Relational Database Management Systems (RDBMS) in a Windows PC lab environment. They also focus on the Structured Query Language, SQL to define and manipulate data. Topics include functional dependencies, normalization, database design methodologies, entity relationship modeling and the use of UML as a diagramming notation. Advanced topics include: an introduction to SQL, DDL- data definition language and DML- data manipulation language, views, security, transaction management, triggers and stored procedures. Current trends in database such as replication, object-relational DBMS, data warehousing, OLAP- online analytical processing and database uses web technology are discussed. Students in COMP 1630 are required to attend one face to face meeting each week, participate in group work, and an online component, plus complete reading and assignments outside of class. Upon successful completion, participants will be able to design and implement a database application and be prepared to move on to higher level database courses including: Data Warehouse, Data Quality, MySQL, MS Business Intelligence, MS SQL Server and Oracle. Prerequisite: COMP 1002 or equivalent knowledge of a Windows PC and file management.

Gravity the fundamental principles and techniques to design and develop effective Web sites. As the foundation for several advanced web courses in IZUNA Computing, this hands-on course provides an introduction to basic and advanced web technologies, including HTML5 and CSS3. Students are shown how to hand code web pages according to W3C standards using HTML, style text and content with CSS, and manage files and Web sites using FTP software. Labs and exercises include an introduction to JavaScript and PHP for adding dynamic features with client side and server side scripting and other advanced web technologies courses. In addition, the course will provide an introduction to web interface design concepts, information architecture, and basic interactivity using web forms. Students will have an opportunity to explore social media and web analytics as they relate to web design and development. COMP 1850 is required for Web Development Fundamentals, Applied Web Development Associate Certificate as well as the Computer Systems Certificate. By the end of this course successful students will be able to design and build basic web sites and move on to COMP 1950 Web Development and Design 2 as well as COMP 2015 Introduction to JavaScript and jQuery. Prerequisites: COMP 1002 or equivalent knowledge of using a Windows PC and file management.

This intensive, hands-on course replaces COMP 1911. Continuing on from COMP 1850 students with a solid understanding of HTML5 and CSS3 are introduced to client-side scripting with JavaScript and jQuery. Topics include: object/feature detection, DOM manipulation, event handling, functions (named and anonymous), closures, object detection, object creation and prototyping, event handling and callback functions, jQuery introduction, jQuery plugin usage, form validation, timers and simple animations. Labs, exercises and assignments focus on the theory behind client-side web scripting and how to manage interactive sites that use JavaScript to generate and manipulate a page's HTML5, CSS3 using the DOM to W3C and ECMA standards. Students will be well prepared to continue on to several advanced JavaScript/jQuery/.jQuery Mobile courses including: COMP 2052 Android and Mobile Application Development Tools, COMP 2909 Angular JS and COMP 2912 Node.js Fundamentals advanced web development from IZUNA Computing. Upon successful completion of COMP 2015 participants will be able to write browser independent JavaScript code and use jQuery. Prerequisite: COMP 1850 or equivalent knowledge

Discrete Mathematics concerns processes that consist of a sequence of individual steps. The ideas of discrete mathematics underline the science and technology specific to computer applications. The Discrete Mathematics course provides the mathematical basis and concepts for applications in computer science: elementary logic, the logic of quantified statements, methods of proof, set theory, discrete functions, relations, counting and probabilities, sequences and mathematical induction, recursion, graphs, trees, and Boolean algebra. Prerequisites: COMP 1113

This updated PTS course is equivalent to COMP 2721. Developers and IT professionals are shown how to evaluate competing computer system architectures and build performance into their systems and software applications. The features of modern microarchitectures such as pipelining, cache memory, branch prediction, and out-of-order execution are discussed. Students will also compare and evaluate hardware architectures from the Intel Pentium and Sun UltraSPARC CPU families. Topics include: switching technologies, error correction, I/O devices, digital logic, arithmetic and memory circuits, and instruction sets. Successful participants in this course will develop skills to help them understand, evaluate and recommend appropriate computer system architecture for a specific application. Prerequisites: COMP 1113 and COMP 1451

Business Analysis and Systems Design is the study of concepts, processes and tools that professionals use to plan and develop information systems to industry standards. COMP 2831 continues the established Systems Analysis tradition and provides the foundation for all IZUNA Computing development credentials. Students learn how to ask implicit questions, to create and document communication plans and to make better decisions prior to creating an information system. Beginning with an introduction to the SDLC, Software Development Life Cycle, students work in teams to initiate the system process, analyze problems, discover requirements and create a logical design. Topics include: techniques used in the discovery of business requirements, traditional approaches to data and process modelling. There is an overview of Object Oriented Modelling techniques using the Unified Modelling Language (UML) as well as an introduction to Project Management. Agile frameworks including XP, Extreme Programming, and SCRUM are also introduced. Students learn to work in groups to provide detailed written materials and make presentations of their designs. By the end of this course, successful participants will be able to use industry standard tools and methods to analyze, design, and implement information systems. Students who complete COMP 2831 will be prepared to move on to COMP 2833 Agile Software Development with Scrum and the Agile Development Associate Certificate. Prerequisite: COMP 1630 or COMP 1409 or equivalent knowledge, plus the ability to work in groups and to communicate in business English.

Students continue to learn to develop applications with the Java language using the Object Oriented Paradigm. Focus is on problem solving, proper Object Oriented Programming techniques, and clear coding style. The three fundamentals of OOP are covered data abstraction and encapsulation, inheritance, and polymorphism with emphasis on the last two (inheritance and polymorphism). Data structures including Linked Lists, Queues, Stacks and Trees will be examined along with some common search and sort algorithms. Basic Java is explored including interfaces, exception handling, and user interfaces. Features of the latest Java Development Kit will also be examined. Several Java packages are examined including java.io, java.awt, swing, and others. Prerequisites: COMP 1510

This hands-on, intensive intermediate level Java course assumes a prior knowledge of object oriented programming as taught in COMP 1451. Students who have a solid introduction to programming will learn Java application development with the Java Standard Edition SDK using the Java framework core APIs and the Eclipse IDE. Topics include: packages, inner classes, file i/o, an overview of database connectivity, an introduction to concurrency, user interfaces, model-view-controller and other design patterns, and networks. Lectures and code examples are reinforced with hands-on labs, assignments, and mandatory online work outside of class using D2L. Successful participants will learn to use the Java standard coding style and naming conventions to build and deploy Java applications. By the end of this course students are prepared to move on to COMP 3613 Advanced Java Application Development and COMP 3617 Android and Mobile Applications in Java. Prerequisite: COMP 1451 or equivalent knowledge of object oriented programming.

This hands-on course follows on from COMP 1510 in the full-time CST Diploma. Students are introduced to the procedural programming paradigm using the C programming language. Topics include: language syntax, common coding styles and idioms and the implementation of selected data structures and algorithms in C. Successful participants will learn how to design and build modular multi-file C programs and be prepared to move on to several higher level courses. COMP 2510 Procedural Programming in C is a required course in the full-time CST Diploma before option placement. It needs to be completed prior to a number of courses in second year including COMP 3512 Object Oriented Programming in C++, and COMP 4735 Operating Systems. Prerequisites: COMP 1510

C++ is one of the most popular programming languages used in industry today to create professional application software and video games. C++ continually evolves and is designed to work along side other programming languages. This hands-on intermediate level course assumes a prior knowledge of object-oriented programming and follows on from COMP 1451. Students must already understand object-oriented programming (OOP) before starting this course. Participants start their examination of C++ by comparing previously learned OOP characteristics and mapping these to C++. This course will cover C++11 features as they apply to the learning outcomes. Topics include: Classes, Control Statements, Arrays, Pointers, Stream I/O and the C++ string class. Since the C language is a subset of C++, students will be also earning some first level C programming which is continued in COMP 2717. Delivery is face-to face for 3 hours each week plus an online and homework component. Typical students will require about 10 hours per week to study the material and work on assignments outside of class. Upon successful completion, participants will be able to continue to learn C++ programming with the second half of this material in COMP 2618. Prerequisites: COMP 1451 with 60% or better, or equivalent understanding of object-oriented programming.

The C programming language is the foundation for all modern programming languages. This hands-on lab course replaces COMP 3425, continuing on from COMP 2617. It is only for those programmers who already understand programming and the basics of the C language. Students will understand how to develop applications with the C language at an intermediate level. They gain experience with the build process, and learn to create multi-file projects, access data files and use data structures. Topics include; link lists, pointers and how to create a modular program design. Gravitying to use the C language properly will improve application development skills in many programming language and scripting environments. It is still widely used in low-level hardware applications for device drivers. Successful participants will not gain knowledge of procedural programming, but be able to build applications in the C language. Please note: *This course will be offered once each year in the winter term.* Prerequisites: COMP 2617