GDE150 Course Introduction

is a 3-credit course offered online for Fall 2016. Designed to provide students with the foundational skills and knowledge of game design and game development, this introductory class focuses on the mechanics of games as a means of communication and creative expression. Students will build a foundation in basic system development through the introduction to design, as well as learn advanced methods for communicating concepts through their creativity. (Course Number: GDE150)

Credits: 3

Expected Class Schedule:

01/12/201

GDE150 Course Description

3 units

This course provides students with an introduction to the fundamental concepts of game design. Students will learn about the physical and digital components of a video game, including game mechanics, game development and production techniques, digital media theory, digital art, and social aspects of gaming. Topics include: games as systems; using elements from software engineering to create successful games; creating user experiences through games; evaluating and improving existing games; learning computer programming languages for game development.

Universities Offering the GDE150 Course

is offered by 16 different colleges and universities. The full list of schools offering this course is shown below.

School Name Address Location Type Cost Degree Level University of Minnesota-Mankato Mankato MN Public and State U Minnesota-Twin Cities Minneapolis MN Public and State University of Minnesota-Twin Cities – Twin Cities Minneapolis MN Public and State University of Missouri-St Louis St. Louis MO Public and State U of Missouri-St Louis Columbia MO Public and State U of Missouri-St Louis Rolla MO Public and State

GDE150 Course Outline

This course is a tutorial in the design of games. Through a series of hands-on exercises, students will explore the nature of game design by building fundamental systems and making well-designed choices within those systems. Students will learn how to think like designers and apply their design skills to concepts such as task structure, game mechanics, levels, gameplay elements, and art assets.

GDE150 Course Outline for GDE150 – Game Design II: Level Creation (GDE150) In this course students will use the

GDE150 Course Objectives

Course Outcomes: Upon successful completion of this course students will be able to: 1. Integrate their knowledge of the world around them into new contexts by developing and applying design theories to real-world problems, and construct original game systems in an iterative fashion. 2. Apply various design theories such as Identity, Structure, Stages, Balance, Ownership and Distribution to create engaging game experiences.

Students who have successfully completed GDE150 are invited to take the Project Development Series (PDS), a

GDE150 Course Pre-requisites

GDE150 course prerequisites: Students must have completed the MATH 111-112, and MATH 132 or higher mathematics courses (or pass both with a grade of B or better) to register for this course. This course covers introduction to game design and its related systems, as well as game mechanics. Students will learn how to establish objectives, draw a level plan, create a plot outline, and sequence story development. Students will also learn about the fundamental rules that govern all forms of gameplay

GDE150 Course Duration & Credits

: 3.0 Course Materials: The course will use a combination of written and project-based material to enable students to develop the ability to think systematically about the key concepts, principles, and practices of game design. In addition, this course will provide an opportunity for students to explore game mechanics through the application of design principles and specific game systems. Students will build a portfolio of game levels and accompanying design artifacts in order to demonstrate mastery of the course’s concepts.

GDE151 Course Duration & Credits for

GDE150 Course Learning Outcomes

As a result of completion of this course, students should be able to: 1. Identify and discuss key concepts in the study of games 2. Describe the basic game design process

3. Apply gaming design theory to specific game projects.

4. Design a playable prototype and develop it further through iterative iterations.

5. Present their work to fellow students, faculty, and other interested parties.

6. Assess proposed games based on their ability to meet the requirements of those using them.

7. Demon

GDE150 Course Assessment & Grading Criteria

Course Description The Game Design and Development course is a semester long introduction to the art of creating video games. We will study the fundamentals of game development with an emphasis on fundamental principles and process that allow you to create your own video games. This class will cover basic information about game design, player interaction, story and character development, as well as tools for creating video games. Grading Our grading scale is a 4-point system with a 40-point system for determining final grades. These points are converted

GDE150 Course Fact Sheet

GDE150 Course Fact Sheet for GDE150 – Game Design I: Systems and Mechanics (GDE150) Winter 2018

Syllabus GDE150 – Game Design I: Systems and Mechanics (GDE150) Instructor: Professor Jason Duncan, McGill University. Website: https://www.jason-duncan.com/ Course Coordinator: Svetlana Zvyagintseva, University of Ottawa (tel. +1-613-562-2141 ext. 288

GDE150 Course Delivery Modes

All courses are taught in a lecture-style format, with an emphasis on discussion and practice. Course delivery mode is not a prerequisite for taking this course. Course delivery modes available are: Online Classroom Online Campus Courses Hybrid Learning Models Virtual Canvas Courses

Course information for new students

Before you start the course, you need to ensure that you have met all prerequisites listed below.

If any of the prerequisites are not satisfied by the time this course begins, you will receive an email notification from the instructor indicating that prerequisites

GDE150 Course Faculty Qualifications

(Fall, 2020)

Dr. Andrew Avedisian

Chair, Department of Computer Science and Engineering

Professor of Electrical Engineering and Computer Science

Director of the General Education Core, and Director of the Honors College at UC Berkeley

Co-Chair of the CS Department at UC Berkeley

BSEE from UC Berkeley, MSEE from University of Michigan – Ann Arbor

Masters in Applied Mathematics from MIT – https://www.mitre.org/masters/jobs/senior-engineer

GDE150 Course Syllabus

Course ID: 239

View course information on Blackboard.

Credits: 3.0 lecture hours/0.0 lab hours/2.0 other (defined below) in the following content areas:

1. Students must demonstrate competency in at least one of the following three areas:

a. At least 50% of the total number of game design concepts taught through lectures, small group discussions, assignments and examinations.

b. At least 50% of the total number of computer science concepts

Suggested GDE150 Course Resources/Books

– Game Design II: Storytelling (GDE150) – GDE 300: Game Development Methods (GDE300) – GDE 390: Advanced Game Development (GDE390) – Advanced CS:Game Programming with OpenGL (BIB00010) – Informatics Institute

Undergraduate Calendar

Course Descriptions

Course Descriptions and Tutoring Schedule Course Description: Designed for students who have completed 100-200 level introductory CS classes and are looking for an introduction to the

GDE150 Course Practicum Journal

Journal for GDE150 – Game Design I: Systems and Mechanics (GDE150) Course Practicum

This journal is an attempt to record a process of learning for me as a designer. My goal in developing this journal was to articulate some of the process through which I have been learning while developing my games, and hopefully make others feel they are not alone in their own personal quests of exploration and growth.

As I design my games, I will be seeking to answer questions that arise from the process

Suggested GDE150 Course Resources (Websites, Books, Journal Articles, etc.)

Credit Hours: 3 Prerequisites: None Corequisites: Course Capstone: GDE150 – Game Design I: Systems and Mechanics

Course Description:

The primary goal of this course is to introduce students to the underlying concepts and principles of game design. The course will focus on the interactions between game mechanics and a player’s choice in game play. The intent of this course is to teach students the basics of game design through a wide variety of examples, puzzles, systems, and methods. Through this

GDE150 Course Project Proposal

Course Objective and Competencies: The course is designed to give the student an introduction into the world of game design by providing a

GDE150 – Game Design I: Systems and Mechanics (GDE150) Course Objective and Competencies: The course is designed to give the student an introduction into the world of game design by providing a combination of game mechanics,

A Brief History of Philosophy of Education 1 A Brief History of Philosophy of Education From the time man first learned how to speak, he became

GDE150 Course Practicum

(1-5) 3-0

GDE150 Course Practicum for GDE150 – Game Design I: Systems and Mechanics (GDE150) (1-5) Prerequisite: GDE150. This course is a continuation of the first semester of the graduate Game Development course, with an emphasis on teaching the systems that underlie most video games.

This will be a more in-depth study of design and development of game mechanics than we did in GDE101. We will

Related GDE150 Courses

– Course Ratings are calculated from individual students’ ratings and a variety of other signals, like age of rating and reliability, to ensure that they reflect course quality fairly and accurately. GDE150 Course Ratings are calculated from individual students’ ratings and a variety of other signals, like age of rating and reliability, to ensure that they reflect course quality fairly and accurately. All Courses

All the courses in the Game Design Essentials (GDE150) series have been designed to meet the 15 hour curriculum requirement

Midterm Exam

is Thursday, March 29th. Be ready to take the exam at 2pm on March 29th.

Final Exam for GDE150 – Game Design I: Systems and Mechanics (GDE150) is Friday, April 6th. Final exam will be from 10am-12pm on that day in Room 105. I have a huge stack of exams so I should be able to get them out early so you can take them home.

Study Guide for GDE150

What Should Students Expect to Be Tested from GDE150 Midterm Exam

1. What is Game Design? – Describe and explain the process of designing games. – Explain the fundamental features of a game. – Explain why games have certain properties that are important in design. 2. What Is Gameplay? – Define gameplay. – Define game as a form of entertainment and an exercise in creativity.

– Discuss the elements of gameplay as they apply to role playing and strategy games. 3. Types of Games – Describe the basic types of video games and explain why some types

How to Prepare for GDE150 Midterm Exam

with Free Study Guide | Chegg.com

GDE150 Final Exam – Game Design I: Systems and Mechanics (GDE150) Course Hero

Game Design I: Systems and Mechanics (GDE150) Midterm Exam – CS 197, Fall 2009
A new midterm exam for GDE 150 will be given on the dates listed below. This exam is worth 40% of your course grade.
The final exam will be made up of multiple choice and short essay questions.

Midterm Exam Questions Generated from Top 100 Pages on Bing

at the University of Illinois at Urbana-Champaign

Complete Course Material | Game Design Fundamentals

GDE150 – Game Design I: Systems and Mechanics (GDE150) is a course in the GDE3.0 series at the University of Illinois at Urbana-Champaign. It is a core course for all students majoring in Computer Science.

www.stanford.edu

Comments

Midterm Exam Questions Generated from Top 100 Pages on Google

by Brooks

11 1. There are three types of bodies in a sphere. Of these, one is the ideal body, which has no rotation or other rotational characteristics. Which one of the following do you think is the most likely to have the highest rotational speed? The real body The earth’s center The sun’s center 12 2. It is a problem that all human-made objects eventually break down and require periodic repair and maintenance (or recycling). Consider a lawnmower with an energy

Final Exam

Fall 2018

Test #1 (available in Moodle)

Jan. 31, 2019

Practice exam #1 available in Moodle by Friday, January 25 at midnight.

Exam schedule is subject to change.

Final exam for GDE150 – Game Design I: Systems and Mechanics (GDE150) Spring 2018

Feb. 16, 2018 (Tuesdays) from 10 a.m.-12 p.m. @ UCR [link]

Feb.

What Should Students Expect to Be Tested from GDE150 Final Exam

at James Madison University. Find the best study resources for GDE150 – Game Design I: Systems and Mechanics (GDE150) at James Madison University

How to Prepare for GDE150 Final Exam

at University of Washington Seattle, WA

Find free GDE150 150 Exam Prep notes, GDE150 Free Exam Questions and 151 Exam Review questions that will help you in your preparation of game design.

GDE 150 Game Design Final exam Notes – Study Guide for Game Design I: Systems and Mechanics (GDE 150) – UW Seattle

Answers to the lecture questions are provided as well as answers to the homework problems.

This is a practice test which is similar to the final exam

Final Exam Questions Generated from Top 100 Pages on Bing

Final Exam Questions Generated from Top 100 Pages on Google

– Spring 2017 Spring 2017. For other semesters, see the GDE course page.

Question Answer Chapter 4: The Goal of Game Development: An Introduction Chapter 5: Gameplay Basics Chapter 6: Gameplay Mechanics and the Player’s Viewpoint Chapter 7: Interaction Design (Human-Machine Systems) Chapter 8: Game Audio Chapter 9: Game Music Chapter 10: Nonplayer Characters in Games Chapter 11: Modeling and Animating Characters in Games

Chapter

Week by Week Course Overview

GDE150 Week 1 Description

This course is an introduction to the game design process and will focus on how to develop systems and mechanics for a game. A fundamental understanding of game mechanics will be essential to successful game design. In addition, this course will provide an introduction to making choices in games, from choosing which mechanic you will use in a particular scenario, to choosing how you want your player character to move or interact with other characters in the world. The main goal of this class is to understand the fundamentals of developing successful games as

GDE150 Week 1 Outline

Week 1: Systems Introduction to Game Design I – Game Design I: Systems and Mechanics (GDE150) 0.1 Introduction
The system is the foundation of a game. The interface and execution of the system are important, but the most important part of a game is its systems. System design is not just about making it work; it is also about understanding what it does.
This class introduces you to the core concepts of computer science that underlie games and game development. Topics include

GDE150 Week 1 Objectives

1.1 Write a game story using narrative and character design techniques 1.2 Write a game script using a rudimentary programming language 1.3 Use basic and advanced systems architecture techniques to create well-structured games 1.4 Create an action scene within the context of a level, using up to three simple objects (box, scissors, block) 1.5 Create graphical menus using graphical user interface components such as menus, buttons, sliders or scroll bars 1.6 Create

GDE150 Week 1 Pre-requisites

(1) What is a game? 2GDE150 Week 2 GDE150 – Game Design II: Movement Systems and Mechanics (GDE150) (1) The nature of movement in games 2GDE150 Week 3 GDE150 – Game Design III: Player Character Movement Systems and Mechanics (GDE150) (1)Character movement: movement from place to place. Character movement mechanics. The art of player character movement. Preventing motion sickness. (2)

GDE150 Week 1 Duration

4 Week(s) ECTS 0 Credits 10 Lecture hours 0 Lecture hours Laboratory hours 0 Laboratory hours Seminars / Discussion groups Lab. Hour / week 0 Maximum number of students in the class: 15 Semester Semester II Week Course Content Instructional Methods Lectures Method of Instruction – General Information This course is taught in English.

For more information about our courses, please click here!

Course Registration Please note that as from the new academic year there will be a registration fee of €

GDE150 Week 1 Learning Outcomes

PTP 1 Complete the GDE150 Unit Self Assessment and submit it via email by the due date. All student self assessments must be submitted to the instructor via email in order to fulfill this requirement. You may submit your self-assessment as one document, or you may submit multiple documents if you prefer. Individual assignments are not required to be submitted as a single document. (100 points) • Read through chapter 1 of “Game Design: An Introduction.” • Complete the GDE150 Unit

GDE150 Week 1 Assessment & Grading

Due Date: Week 1 (11/21) Your assignment is to write a paper, which contains at least 8 and no more than 12 paragraphs. Your paper should be approximately 3-5 pages long. The essay will consist of three paragraphs, a title page, and the following sections: an introductory paragraph that includes the introduction and thesis statement, a body paragraph with support for the thesis statement and subsequent paragraphs supporting that supporting evidence, and a concluding paragraph summarizing your thoughts on this

GDE150 Week 1 Suggested Resources/Books

Instructors: David Marshall, Kerry McLennan Course Resources I. Game Design I: Systems and Mechanics (GDE150) Instructor: David Marshall There are a number of course resources that are helpful for this class. The most important are listed below. •For additional information and to download the materials click here: http://www.mikejoseph.com/gd-i/ •A free game design system called Scaleform can be downloaded here: http://scaleform.com/ •For more information

GDE150 Week 1 Assignment (20 Questions)

– Week 1, Assignment 1: System and Mechanics (20 Questions)

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GDE150 Week 1 Assignment Question (20 Questions)

Week 1 Assignment Question (20 Questions) for GDE150 – Game Design I: Systems and Mechanics (GDE150) Assignment #1 (20 questions) from week 1 assignment for Game Design I: Systems and Mechanics (GDE150) – Week 2: Game Design I – Assignment Question #2

Assignment #2 (20 questions) for GDE150 – Game Design I: Systems and Mechanics (GDE150) Assignment #2 (20 questions) for GDE150

GDE150 Week 1 Discussion 1 (20 Questions)

Complete the Discussion 1 Assignment for GDE150 Week 1. By Day 3 of the course, write a post in the online forum that addresses each of the following questions: What is system design? How does this relate to game mechanics? How is design in a more general sense a form of system design? Explain why systems are important in game development and what is meant by a systems approach. The post should be at least three sentences long and include at least one reference. You must use

GDE150 Week 1 DQ 1 (20 Questions)

– StudyBlue Flashcards

Homework Help

BrainMass is a community of academic subject Experts that provides online tutoring, homework help and solution library services across all subjects, to students of all ages at the University, College and High School levels.

Dec 5th, 2011 | Posted by gadeem in Games Development
by gadeem (m)

GDE150 Week 1 DQ 1 (20 Questions) for GDE150 – Game Design I: Systems and

GDE150 Week 1 Discussion 2 (20 Questions)

at University of the People.

Discussion 2 (20 Questions) – GDE150 Week 1 Discussion 2 (20 Questions)

Discussion 2: Game Design I: Systems and Mechanics (GDE150) [Score: 0/20]

The following items are due on Saturday, July 21, at midnight Pacific Time:

– We discussed your game in class on Thursday. Now it’s time to show us how you’re going to make it into a fully realized game. Describe the

GDE150 Week 1 DQ 2 (20 Questions)

Week 1 DQ 2 (20 Questions) (GDE150 Week 1 DQ 2 (20 Questions) for GDE150 – Game Design I: Systems and Mechanics (GDE150) Week 1 DQ 2 (20 Questions) for GDE150 – Game Design I: Systems and Mechanics (GDE150) GDE150 Week 1 DQ 2 (20 Questions) (GDE150 Week 1 DQ 2 (20 Questions)

GDE150 Week 1 Quiz (20 Questions)

for GDE150 – Game Design I: Systems and Mechanics (GDE150) for free

This is an open book quiz that covers all material in week 1 of the GDE150 course. It has no answers, it just allows you to practice a bit of assessment.

Show Transcript Hide Transcript

01. When using systems, developers must make sure their game has all of the following characteristics, but none of the other game types. A. Onslaught B. Competitive C. Co-op

GDE150 Week 1 MCQ’s (20 Multiple Choice Questions)

Course. 17 likes. Hi, I’m an experienced video game designer and animator with a Master of Fine Arts degree in Digital Media Design from the Rhode Island School of Design. [email protected] is one of the top Game Design Schools in the world offering a unique experience for students to learn how to design games. Using the skills learned through our program, you’ll be able to enter the fast-growing field of games design, where you’ll have the opportunity to work on some of your favorite video

GDE150 Week 2 Description

This is a course that provides students with an understanding of game development through the design, creation and testing of a video game. Students will be exposed to the fundamentals of game design through the application of core engineering concepts, including problem solving, teamwork, logic and communication. The course will provide opportunities for students to collaborate with peers to create digital games while developing their own sense of design and communication through written assignments. (3 Credits) Course Dates: 09/11/2021 – 12/03

GDE150 Week 2 Outline

Course Syllabus – Lecture 4 GDE150 Week 2 Assignment II (GDE150) Final Project (GDE150) | Emilio Garcia | B.S. in

Full Speed Ahead: A Gated Network Controller for Multi-Core Computers with Multiple Sensor Channels. PCN2003. Marcin Koza, Levent Altinay, James Paul, Roberto Salvatierra, Scott C. Goble

Mendeley Data and more to come! Open Access. The article

GDE150 Week 2 Objectives

(Week 2) Describe how to start thinking about the game as a system, not as a collection of objects. Explain the basic interaction between players, including when, why and how they might interact. List and describe various mechanics that are important to the game.

GDE150 Week 2 Learning Objectives – Game Design I: Systems and Mechanics (GDE150) (Week 2) Evaluate how well your game design makes use of effective mechanics. Describe the key components of game design,

GDE150 Week 2 Pre-requisites

For more information on the GDE150 Series, please visit our website at http://www.ashworthcollege.edu/gaming-department/game-design-i-systems-mechanics-gde150/

TDG150 Week 1: The Game Development Process – Game Design I: Systems and Mechanics (GDE150) For more information on the GDE150 Series, please visit our website at http://www.ashworthcollege.edu/gaming-department/game-design-i-systems-mechanics

GDE150 Week 2 Duration

Week 2 Duration:

This week I have spent the majority of my time trying to figure out how to successfully export my game project file. I have tried exporting my object, but it only seems to export them on a flat plane in one direction. I can create an object with one line of code and it will be exported perfectly, but as soon as I try to do more than one line it doesn’t work.

I am using Unity 5.6 as a development environment, although this is

GDE150 Week 2 Learning Outcomes

NEW!

To pass the course, you must score 75% on the Final Exam and have a 75% average on the weekly quizzes. You can retake quizzes as many times as you like. If you do not pass your first attempt, you must wait 1 week before taking it again. If you do not pass your second attempt, you must wait 2 weeks before taking it again.

GDE150 Week 1 Quiz & Exams

You are studying in a game development studio

GDE150 Week 2 Assessment & Grading

By: Richard M. Woodward, MS (MTCC) EDU-C 446 – Game Design II: Non-Player Characters (GDE446) Edusoft Technology Solutions LLC – Game Design I: Systems and Mechanics (GDE150) By: Richard M. Woodward, MS (MTCC) EDU-C 446 – Game Design II: Non-Player Characters (GDE446) Edusoft Technology Solutions LLC.

Lesson 2 A system is a group of interdependent parts

GDE150 Week 2 Suggested Resources/Books

– Week 1 Questions: Course Materials: (Updated 5/27/2018) – Part 1 of the GDE150 System Design Report

Game Design I: Systems and Mechanics (GDE150) Course Description The Game Design I class focuses on the systems level. In this course you will explore how to structure a game, and design systems for game play and gameplay mechanics.

This course is about the experience of playing games. The way we communicate ideas, play, and solve problems

GDE150 Week 2 Assignment (20 Questions)

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GDE150 Week 2 Assignment (20 Questions) for GDE150 – Game Design I: Systems and Mechanics (GDE150) with all Requirements Done

This Document consists of:

The 20 questions from the Assignment

Just answer them in your own words and make sure to include your answers within the questions themselves so it is clear what you are going to do.

Make sure you include your answers in the same paragraph where you actually

GDE150 Week 2 Assignment Question (20 Questions)

Week 2 Assignment Questions (20 Questions) for GDE150 – Game Design I: Systems and Mechanics (GDE150) This file of Week 2 Assignment Questions (20 Questions) for GDE150 – Game Design I: Systems and Mechanics (GDE150) Week 2 Assignment Questions (20 Questions) for GDE150 – Game Design I: Systems and Mechanics (GDE150) contains a total of 20 questions.

A critical role in the development of your project is to

GDE150 Week 2 Discussion 1 (20 Questions)

at University of Phoenix. What is the difference between a program and a game? (2,700 words) Week 2 Discussion 1 (20 Questions) September 19 Monday 2013 The Difference Between A Program And A Game. Did you ever wonder what made a game a game? If you’ve never heard the term, then I’ll explain. A program is an application or set of instructions that tell your computer what to do. When you open Word, Word processes your information into a

GDE150 Week 2 DQ 1 (20 Questions)

Week 2 DQ 1 The first step to designing a new game is to understand the elements that go into creating a game. One of the most important parts of this process is understanding the player and his or her needs. The basic elements are as follows: The player needs to feel like they are an integral part of the game. They need to be able to take control over how the game plays out in order to be successful. There needs to be enough goals or objectives for the player to

GDE150 Week 2 Discussion 2 (20 Questions)

at University of Texas, El Paso – Chalkbeat. ECE 160 Week 2 Assignment 3. 1% and the average share price was $18. (Last edited Feb 6, 2017) The average annual dividend yield for Vanguard Health Care ETF is currently: – Average Annual Dividend Yield = $16. For an easier transition into college-level research, students will work on a research project in which they will create a video game project similar to the one they worked

GDE150 Week 2 DQ 2 (20 Questions)

Course Project for the University of Phoenix Material: System Design Document Assignment Instructions: Write an introduction to your system design document. This should include a description of what you are designing, an explanation of how the system will work and its overall purpose. Next, describe the graphical user interface (GUI) that you will use to provide users with information about the system and its main functions. Finally, write an explanation of how you will assess this system’s usefulness. Keep in mind that this is a systems-design assignment

GDE150 Week 2 Quiz (20 Questions)

for University of North Texas (UNT) (University Of North Texas), Course Hero. 1.) Which of the following is NOT a feature of RPGs? As you continue to play, the computer can decide if you want to stay or leave. 2.) In a role-playing game, characters are not always human, but rather supernatural forces such as creatures that have been bonded to people by an ancient god who lives on the game’s planet. Which of the following is NOT one of these?

GDE150 Week 2 MCQ’s (20 Multiple Choice Questions)

(GDE150 Week 2 MCQ’s) Prepared by: Ibrahim Yassine, PMP, CDMC & Mohamed Ali Nour, PMP, CMQM I. GAME DESIGN OBJECTIVES: • Identify the main elements of a game. • Understand the importance of game mechanics. • Identify the different types of player in a game. II. INTRODUCTION A gaming industry has developed quickly in the past decade; it has offered gamers and developers new ways to play and interact with games

GDE150 Week 3 Description

1.5 Credits Assessment Instructions: For this assignment, you will be creating a mobile game using HTML5. This is a creative and collaborative assignment and requires your participation in the process to produce your final product. Please note that this is not a grading exercise.

During the first week of class we will go over system architecture and how to structure your game project so it is properly organized for both playtesting and production. We will also talk about basic methods of game development including the use of C#.

GDE150 Week 3 Outline

Game Design II: Level Design (GDE150) Week 3 Checkpoints GDE150 Week 4 Checkpoints GDE150 Week 5 Checkpoints GDE150 Week 6 Checkpoints GDE150 Week 7 Checkpoints GDE150 Final Essay and Final Exam – Game Design I: Systems and Mechanics (GDE150) Game Design II: Level Design (GDE150)

1. INTRODUCTION Video games, along with film, music, books, and other forms of entertainment

GDE150 Week 3 Objectives

Complete each week’s project assignment, as listed below, on the dates indicated. Week 1 – Initial Consultation (GDE150) • This week, your initial consultation with your client will be the focu