Posts Tagged ‘Game Design’

Independence High School After School Program

Wednesday, October 16th, 2013

Faculty,Tony Dias, helps students with the day's lesson. Tony graduated from Independence High.

Cogswell College and Independence High School have teamed up to introduce high school students to the exciting opportunities that blending art and technology opens to them. Over the course of 10 weeks students choose either digital painting or audio desktop production for the first 5 weeks and software engineering or video game design for the final 5 weeks.

“The goal of this program is to get students excited about something they might initially think is boring,” says Abraham Chacko, executive director of admissions and facilitator for the after school program at Cogswell College. “These are kids from the Silicon Valley,” Chacko continues. “When they hear the word ‘engineering,’ they think ‘I don’t want to have a job like my parents,’ but when you mention Disney, Pixar or video games and the job opportunities associated with them, they become excited about learning programming and engineering skills.”

Faculty, Reid Winfrey, offers design tips to students on the day's lesson.

The demand for skilled engineers in the U.S. continues to grow, with engineering degree holders experiencing some of the best job prospects in the country straight out of college. Jack Aiello is a Project Lead The Way trained instructor who teaches Introduction Engineering Design at Independence High, and is coordinator of the pre-engineering program, Space Technology Engineering Academy Magnet (STEAM). He serves as the faculty facilitator for the after-school program, in partnership with Chacko and uses a project-based, individualized teaching method similar to Cogswell’s.

“The ability to connect and engage our students in Cogswell’s environment is incredible,” says Aiello. “Running a class with 25 students working in a project-based environment is more advantageous than a traditional teaching model with lectures or video presentations at the front of a classroom of 35 or more students. The hands-on computer and audio equipment, programming tools and Industry experienced instructors available at Cogswell allow our students an exciting peek into the real world of the digital creative arts. At the end of each of our two hour weekly sessions at Cogswell, the students walk away with a feeling of accomplishment and pride for what they have created. They are enthusiastic and look forward to coming back next week.  Our students are on the consumer side of the ‘Digital Divide’, many from immigrant families that use technology, social media and video games, but don’t know how to leverage the technology to create something NEW; such as designing a video game, making an animated movie, or producing their own music. ”

Learn more in this news item.

Game Studio Class Works with Prairie Rainbow Company

Wednesday, July 31st, 2013

This fall the Game Studio Class will roll up its collective sleeves, put on their thinking caps and create a ‘Rainbow Squares’ mobile and pc game for the Prairie Rainbow Company to help elementary school children learn math.

This Oakland California company is operated by George Gagnon, Pre-Engineering Partnerships Director at UC Berkeley and Michelle Collay, Director of the Urban Teacher Leadership program at Cal State East Bay. Prairie Rainbow develops board games and teacher and parent guides to help students learn math. The Rainbow Math Models are designed to engage tactile learners who need to build a physical model, image learners who need to create a representation of  a mental model, and language learners who need to hear, read, or write a number model. Rainbow Math Models are made of wood that is hand cut and painted by home crafts people in the Bay Area of California.

“We are looking forward to the opportunity to work with Rainbow Prairie Company to help them move in a new direction by designing a video game that suits the learning needs of their customers,” said Jerome Solomon, head of the Game Design & Development program at Cogswell. “One goal of our Game program is to offer students real-world learning opportunities. This partnership gives students the chance to not only design a math learning game but to test the prototype in local schools.”

This is a big step for Prairie Rainbow Company as it ventures into the realm of using video games to help children master important math and conceptualization skills. Cogswell College is pleased they chose to partner with us to develop this additional learning pathway for its customers.

You can enroll for the class now. Fall 2013 semester starts August 26.

From Zombies to Loving with Brendon Chung of Blendo Games

Friday, July 19th, 2013

Brendon Chung of Blendo Games, thinks that variety is the spice of life. Since each of his games are quite different in approach and focus, he lives this philosophy constantly in his professional life.

In this short video, Brendon discusses his game design creative process, how he learned to speed up the design work and also shares what software helped him get started.

What tools did you use when you were just starting to learn game design?

The Power of Game Mechanics for the Real World

Wednesday, May 29th, 2013

How Companies, Non-profits and Government Organizations Can Utilize Advanced Gamification


Cogswell Assistant Professor Albert Chen (second from right) and the panel of game mechanics experts

The idea of using game mechanics for business purposes is a popular one, with “gamification” elements being added to a lot of products or experiences. From profile completeness scores in LinkedIn, to badges in FourSquare to commenting leaderboards on popular blogs, game mechanics have become fairly ubiquitous.

But according to a panel of experts in the game mechanics space, these elements are just touching the surface of this powerful emotional and psychological force. Video gaming companies are at the forefront of developing increasingly sophisticated games, but businesses, non-profits and governmental organizations will increasingly be tapping into these powerful gaming mechanics as new models are created.

Read on to see why game mechanics are so powerful and how they can be used for various different business or non-business applications.

The Power of Game Mechanics

1) Game Mechanics Impact Brain Chemistry

Game mechanics are powerful because they impact brain chemistry. The different types of games can provide different types of physiological rewards to the player.

  • Learning (concentrating/solving problems/exploring) – Norepinephrine)
  • Overcoming Challenges – Epinephrine (Adrenaline)
  • Building Social Connections – Oxytocin)
  • Building/Finding Order – Seratonin

2) Core Loops Lead to More Usage (and repeat visits)

Game mechanics create simple core loops that gamers do over and over again. These create an addictive cycle that makes it hard to stop playing.

For example, the core loop in Farmville is:

  • Plant Seeds -> Harvest Resources -> Buy Seeds -> Plant Seeds.

The core loop for Gears of War is:

  • Move to Next Position -> Select Correct Weapon -> Aim and Fire Until Clear -> Move to Next Position

It was argued that core loops in daily life can be powerful for consumer behavior beyond games. For example, the core loop for Starbucks is something like:

  • Arrive at Starbucks – > Order and Chat with Regular Barrista -> Enjoy Your Coffee -> Repeat Tomorrow

This core loop turns buying coffee into an annuity for Starbucks. Perhaps this ability to create a strong core loop is why the Starbuck’s model has been so powerful.

3) New Element Prevent Core Loop “Tolerance”

As with anything addictive, the emotional (and chemical) rewards provided by the core loop decrease over time. So, how does a game company (or other business) bring people back to play (or buy) again?

A game like Angry Birds does this with new worlds and increased difficulty. Another way they bring people back it is to show incomplete levels that require “clean up”, keeping people busy getting creating order!

Providing a special item that is only available for a limited time is a way to stimulate demand and sales (and to keep up interest). For example, the McRib is one of McDonald’s ways of stimulating their customer base. Happy meals and various giveaways are others. Disney DVDs that would come out of the vault and be available for a limited time is another example of this.

4) Games Don’t Depend On Increasing Player Motivation

Game mechanics can’t assume that players will become more motivated to learn or add skills to play higher and higher levels. In other words, the challenges can’t become so hard for any level of player that they give up. So, to create this “system of the grind”, as a player’s level increases, it should be just about as easy to kill the mouse from level 1 as it is to kill the dragon in level 10. Perhaps the player will have accumulated more powers and slightly more skill, but it can’t be too far off from the original level of difficulty.

For a real-life example, Village Harvest had success with taking donated fruit from people’s trees and giving it to the elderly. But with success, they didn’t necessarily want to expand the program, making it harder for volunteers to help. They wanted to make the process a simple habit (a core loop) for each volunteer, making the overall program more sustainable and not a burden on them.

5) Game Mechanics Can Be Applied to Real World Problems

Game designers have access to huge numbers of rabid fans and they are pushing the envelope in terms of building powerful experiences that are designed to influence user behavior.

Games like Call of Duty, SIM City and Grand Theft Auto are examples of immersive experiences where game designers have a choice of what to simulate and what not to – simulating real life but with parts specifically removed.  Mobile games like Angry Birds and Diner Dash create seemingly mindless but nevertheless addictive games. Both types of games attract millions and game designers are constantly refining the games to improve stickiness and return visits.

Cases: Applying Game Mechanics to the Real World

Game mechanics can be applied to solve real world problems, to generate new ideas, or to provide better (or cheaper) results. Some examples of practical applications include:

  • NASA and Life Support: NASA created a competition for developers to work on life support systems for travel to Mars. They used the motivation of competition to push for better and more unique ideas.
  • Netflix used a similar competition to improve the algorithm for its movie database.
  • Galaxy Zoo was created to use a game-like system to allow people to crowd-source the classification of galaxies. They received 70,000 classifications within 24 hours of the launch in 2007. That’s one approach to handling “big data”.
  • The problem that Hope Labs wanted to solve was that people would stop taking their medication, leading to health issues. So, they developed an immersive game where players could go into their bodies and shoot the cancer cells, allowing patients to visualize the power of the medicines.
  • FitBit, Fitocracy and other fitness companies provide scoring, social elements and feedback loops that help people keep up their level of activity.
  • Smoking: In an experiment in Canada, virtual reality games were used to successfully reduce the urge to smoke.
  • Poker and currency conversion: In another example, a poker site solved the massive problem of online currency conversion in order to facilitate play across the world.

How To Make Game Mechanics Work For Your Organization

In thinking about how to add game mechanics to your company’s products or services (or any other organization, for that matter), here are six elements to consider:

1) Make It “Crunchy” – Crisply define the target audience for the change (e.g. mothers between 25-45 years old) and the behavior you would like to impact.

2) Make It Measurable – Make sure the behavior is specifically described and is measurable.

3) Define Your Core Loop – Understand what core actions the person will do regularly to keep them participating.

4) Do Compulsion Analysis – Understand what will keep them coming back the next day.

5) Measure Behavior – Track and analyze the results.

6) Test Engagement Strategies – Make sure you engage with your participants and try different things to see the impact on their participation.

Game mechanics go beyond badges and leaderboards. They can wield significant power if used correctly in ways that align with participant motivation. While video game designers are at the cutting edge, increasingly companies and other organizations will be using more advanced game design techniques.

Are you integrating game design techniques into your company or organization’s business model?

Why or why not?

To Learn More…

To find out about Cogswell’s programs, including Game Design, Digital Art, Game Audio, Entrepreneurship and Innovation and Digital Media Management: Cogswell College, Silicon Valley, Programs.

This article is based on the panel by five experts, including Cogswell Assistant Professor Albert Chen and moderator Margarita Quihuis of SocialxDesign. It was held at law firm Sheppard Mullin for the Silicon Valley Innovation Institute on May 15th.

About the author: Tom Treanor will be teaching two courses in Cogswell’s Masters Program in Entrepreneurship and Innovation in the Fall of 2013. He writes about Social Media Marketing in the Bay Area at Right Mix Marketing.

Just Make That Game Already!

Wednesday, May 15th, 2013

Blendo Games' Atom Zombie Smasher'

Blendo Game Designer, Brendon Chung, has a simple answer to the question, “How do I get started making games.” His answer is, “Make stuff. And then make more stuff.”

Great ideas are – well – not so great if they stay in your head or scratched out on a piece of paper. Until you actually start building something, you have no idea whether or not it will work or be any fun to play. At Cogswell College, we agree with Mr. Chung’s premise – you learn best by doing – so that’s the way we design our coursework.

Yes, learning good design theory will make your job easier and increase your chances for success but unless you get your hands dirty, you’ll never know if your idea has potential.

Read Brendon Chung’s amusing guide to getting started in video game design.

New Degree Program Game Design & Development

Thursday, April 4th, 2013

Jerome Solomon, appointed Director for the new Game Design & Development bachelor degree program

Cogswell College announced the offering of a new degree program, Game Design & Development. Students will have the option of majoring in either Game Design Art (GDA) or Game Design Engineering (GDE). Each specialization focuses on one of the two sides of game development: art and content development or game design programming and software development.

“The creation of this new program presents a strong opportunity for students to make games in a more realistic industry environment,” says Jerome Solomon, assistant professor of Cogswell’s new game design program. Solomon is a film and game industry veteran, and currently sits on the National Committee for ACM SIGGRAPH.

While most of the classes are not new to Cogswell’s curriculum, creating a separate degree program around them gives the college more flexibility to adjust course offerings to keep up with current industry trends. The new degree program also allows graduates to emphasize their specialized skill-set on their resumes.

“Typically, games are created by multidisciplinary teams” Solomon continues. “Cogswell is one of only a handful of schools that bring together all of the elements of game development. We have students and faculty with expertise in art, engineering, design, audio, and entrepreneurship that work together on teams. This is exactly like the composition of game development teams in the industry.”

According to the U.S. Bureau of Labor Statistics, the need for software developers will grow 30 per cent by 2020, equaling approximately 1.1 million new jobs or 14 per cent of all occupations in the U.S. economy. This demand is fueled by the gamification of everything from law enforcement to education to healthcare, which requires skills in game design, art, animation and programming and constitutes a significant portion of the projected 1.1 million jobs.

Last week’s Game Developer’s Conference was held in San Francisco. Thousands of hopeful game design and engineering graduates and job seekers flocked to the Career Pavilion that housed over 50 booths including Sony, Microsoft, Electronic Arts and WB Games along with various schools and recruiters.

Solomon visited the pavilion on behalf of the college and was encouraged by the positive reception to Cogswell’s new program from the industry exhibitors.

“Game development companies are either looking for an artist or an engineer,” explains Solomon. “Larger studios look for very specific skills; smaller studios look for those with multiple skills. The employers we met with were extremely receptive to the fact that we have every component of game development here at Cogswell, which creates a real-world, industry work environment for our students.”

Is Proteus a Game or Something Else?

Wednesday, March 20th, 2013

In Proteus, players travel through a world to soothing music as they uncover pockets of wildlife and other things of interest along the way. There are no particular goals or rules to speak of – elements most students of game design learn are essential parts of a game.

Developer Ed Key, alongside musician David Kanaga, thinks of it more as an “anti-game.”

Follow the discussion in Indie Game the WebLog. What do you think? Is Proteus a Game or something else?

Bankruptcy doesn’t mean “Game Over” for Atari

Wednesday, February 27th, 2013

Atari, one of the pioneer video game design companies, declared bankruptcy recently. But that doesn’t necessarily mean the end for the iconic brand.

In fact, many thought the company faded away years ago. Not the case. For nearly a decade, Atari has been owned by a French company, Infogrames Entertainment, which coincidentally, is also filing for bankruptcy. The move is seen as a way to separate U.S. operations from the financially troubled parent company.

For the past few years, Atari has been producing versions of its classic games for browsers and for mobile devices. Although not nearly as huge as the company was in the 1970s and 80s, Atari’s U.S. operations provided more than 70 percent of the company’s revenue.

The rise of Atari

Atari was founded in 1972, and the company began to manufacture an arcade game called Pong. It was a hit. Two years later, Atari began producing a home version with a console that connected to the TV.

Warner Communications purchased Atari in 1976 and oversaw the period of growth that made Atari the fastest growing company in the U.S.

The game design console that made Atari a household name hit the market in 1977. The first year, the video computer system was manufactured in Sunnyvale before moving overseas. By 1979, the Atari 2600 was the most popular Christmas gift of the year. Popular games such as Space Invaders, PacMan, Centipede, Breakout and Asteroids, among dozens more, helped Atari sell more than10 million units in 1982.

Decline

A number of factors contributed to the decline of Atari as an innovative technology company. Several entities that controlled it had financial problems, which meant that research and development suffered. The parent companies often refused to give credit to video game designers, which made for unhappy employees and high turnover.

The biggest factor contributing to Atari’s demise was the rise of the home computer system. Here’s an interesting fact: Bill Gates, Steve Jobs and Steve Wozniak all worked for Atari in the early days. No doubt their experience at Atari had an impact on their innovations. Job and Wozniak worked successfully on the system for the arcade version of Breakout, while Gates, hired to help simplify the system, was fired when the project was stalled for a year.

Many suspect that during that time, Gates was working on the DOS system that IBM used to propel the home computer revolution. By that time, Atari had fallen behind in the race to develop technology and the rest is history. The three former employees went on to form Apple and Microsoft, arguably two of the largest corporations in the world. With its Bay area location, a good number of Cogswell College engineering graduates also got their start at this iconic company.

Still lucrative

After separation from its French owned parent, the brand and intellectual rights could still be profitable for whichever company buys Atari. Like Hostess, there will still be demand for the games the first gamers grew up with. Compared to video games of today, they are quite simple, but nostalgia buffs find the mobile and browser versions just as addictive as they were back in the day. Which could mean a good return for the right investor.

Life Lessons Found in Game Design

Tuesday, November 20th, 2012

According to the LA Times, Board Games are making a comeback. At Cogswell College you would never know there had been a decline. Students play games during downtime between classes, argue the merits of one strategy or game over another, are played right alongside video games during game night events and are a mainstay teaching tool.

Every year for more than a decade Cogswell faculty, Steve Librande, has used the principles behind board game design to give students the tools they need to create everything from card games to video games in his Game Design I class. Creating board games not only gives students a strong foundation in the development thought process for any game but also teach valuable life lessons about perseverance, risk-taking and belief in your abilities.

Cogswell students – Zachary Irwin, Andrew Traxler and Aaron Weingarten – have all taken his class and sat down to share their experiences and the lasting impact the class has had on each of them. In fact, they felt the class was so valuable that they all still had their notes from the class and referred to them often.

“I pull out my notes from Steve’s class every time I start a new project,” said Irwin a Game and Entrepreneurship major.

“The class provided a lot of good basic information that I continue to use no matter what type of game I am making,” added Weingarten a Digital Arts Engineering major.

The students first learn about the 8 kinds of fun that games satisfy. Traxler, a Game and Entrepreneurship major, pulled up his class notes on his computer and read them off: Sensation (involves the senses), Fantasy (make-believe), Narrative (creates a story), Challenge (players face obstacles), Fellowship (played for social value), Discovery (exploring the unknown), Expression (opportunity to state your views) and Submission (a mindless pastime).

Each class delved more deeply into one of the concepts. They were given a new game using one of the concepts and then had to figure out what to do with it – maybe make new rules, set a new objective or decide if it’s more fun as a game of luck or strategy. Once they’d experimented for about 40 minutes, then the class talked about what worked and what didn’t and what they might try next time.

“Lots of times the game we were given was broken and didn’t achieve its goal,” said Weingarten, “and we had to figure out why it didn’t work and what we needed to do to fix it.”

After students feel more comfortable with the game-play concepts, they begin tackling issues like replay value – what makes players want to return to a game they have played once; why do people purchase the things they do and the impact that box art has on their decisions and what makes a game fun.

“One of the most important lessons we learn during the class is iteration and prototyping,” said Weingarten. “Whether the game is 2D or 3D, you need to see what it looks and how it might work.”

“For me,” said Irwin, “it was the idea that anyone can be a game designer as long as they are willing to iterate and not give up on their idea.”

“I learned that these principles are not just for designing games but are part of a bigger picture – design is a part of all aspects of our lives,” said Traxler. “It’s understanding what you, and other people, want in whatever is being designed for them.”

Learn more about Cogswell’s Game Design Program.

The Evolution of the Unreal Engine

Thursday, January 26th, 2012

Unreal Engine

I have been playing games for a long time now and I can still remember when I first went to a friends house for a LAN party. I walked into the room and everyone was jumping around in this cool high-tech-ish world, shooting each other and using really crazy weapons. I leaned over to my friend and asked what everyone was playing and he told me it was something called “Unreal Tournament“. To me at the time, the graphics were pretty amazing but it was the game play and physics that really caught my eye. After that day I was totally sold on the Unreal Engine and the way that Epic Games would push each version so much further.

The reason I am writing about Unreal Engine is I was browsing Reddit for some relevent articles and saw this image.

The Evolution of Unreal Engine: http://i.imgur.com/XS6BH.jpg

I just love the visual jumps in ability to use higher resolution maps and overall quality of game models, animation, physics and all the cool stuff that comes along with the release of a new version of a developers kit. And then! I remembered the trailer that I saw at GDC 2011.

Epic’s Unreal Engine 3 Tech Demo:
http://www.youtube.com/watch?v=KzjsTt_DzCw&feature=related

When I watch demo’s like that and read articles about the future of gaming, technology, creative innovation and just the freedom to breath life something sooooo amazing just gets me so stoked! I can’t wait to see what the game designers here at Cogswell will do with this technology when it lands in their laps.

-Zombie