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PROGRAMMING

In this clip from the Board Meeting, a former student shares how SV Programming has positively impacted their life and career after high school! 

FEEDER COURSES

2D Game Design

The 2D Game Design course is designed to be an introduction to the rapidly expanding market of game creation. Students will learn to design and program games using GameSalad Development Environment. They will learn industry standard programming constructs while creating a wide variety of two-dimensional games. Students will learn input method handling, animation, collision detection, game physics and basic artificial intelligence. Creative problem solving will be key as students plan the logic for contests that will challenge audiences of different ages. Graphic design and storyboarding will be used in conjunction with GameSalad to create applications that can be deployed in both the Apple and Android markets while also publishing online using HTML. After successfully completing this course, students will have the knowledge to create custom games from their original idea to final testing. 

Semester 1/2 Credit

Introduction to Computer Programming

This course will introduce students to computer programming. Students will learn how to program in a popular language (can vary) being used in many career fields. Emphasis will be placed on learning how to logically process a problem and design a  software solution. Problem solving and critical thinking skills will be developed, while fostering creativity and innovation. This course serves as a foundation for students with a desire to make their own programs and mobile apps. 

Semester 1/2 Credit

PROGRAM COURSES

All courses in programming are taken at the honors level.

Level I: Object-Oriented Programming

This course is one part of Honors Programming I and must be taken in conjunction with Honors Visual Programming. Honors Object Oriented Programming presents a conceptual and practical introduction to object oriented programming, exemplified by Java while providing a foundation for the Java programming language. The course will cover basic programming principles in structured and object oriented frameworks. The course should enable students to develop programs that have the capacity to test and observe particular algorithms. 

PROGRAM COURSES

All courses in programming are taken at the honors level.

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Level I: Visual Programming

This course is one part of Honors Programming I and must be taken in conjunction with Honors Object Oriented Programming. Honors Visual Programming provides a foundation for the design and implementation of programs that utilize a visual user-interface. Topics covered will include: designing the interface; the message/event driven programming model; logical structure of programs; control containers such as graphics, dialogs, and forms; and controls, including buttons, sliders, mouse motion, and edit boxes. After this course, students will be able to design and create applications with a working Graphical User Interface. 

Level II: AP Computer Science A

This course is one part of Honors Programming II and must be taken in conjunction with Honors Computer and Mobile Applications. AP Computer Science A includes items covered in most college entry-level computer science courses. The curriculum follows the outline for AP Computer Science A developed by the College Board. Topics covered include problem solving using logic, programming methodology, procedural abstraction, and the use of algorithms and data structures. Students will gain familiarity with basic syntax, classes, objects, and data types focusing on, but not limited to, the Java programming language. 

Level II: Computer and Mobile Apps

This course is one part of Honors Programming II and must be taken in conjunction with AP Computer Science A. Honors Computer and Mobile Applications provides the training for students to create applications for mobile devices using commercial and open source software. Students will write code for mobile apps that will be compatible with millions of Android and iOS devices. Students will design and create applications, install these apps on mobile devices for testing, modify them, and develop the skills needed to handle user issues. Programming concepts will be taught with product life cycle and sustainability in mind so students learn to create updatable apps that can progress with the needs of clients. 

COLLEGE CREDIT

AP Computer Science A

Successful completion of the AP Computer Science A exam can lead to college credit, depending on college and university policy. Check with your intended college or university for the credit they offer.

Object-Oriented Programming

Credit is granted through the CTAG system. Successful completion of the course and its associated WebXam provides 3.0 credit hours for the course at Ohio colleges and universities. 

Computer & Mobile Apps

Credit is granted through the CTAG system. Successful completion of the course and its associated WebXam provides 3.0 credit hours for the course at Ohio colleges and universities.