It is no secret that video games capture the attention of young and old for hours upon hours. They are engaging, motivating and above all fun. When an activity or task is turned into a game, there seems to be this instant motivation to want to play. Judy Willis argues the importance of using the principles of video games in the classroom as a way to increase the motivation of students as well as resiliency when they receive feedback.
Games are always goal oriented whether it is to complete a level or end up with the most money at the end of the game. There is always something you are aiming to achieve. This idea of achievement motivates the player to continue until they are successful. Games provide a low rate of failure as they allow the player to try repeatedly until successful. Games are always providing feedback to the player. Sometimes the feedback is not being able to make it past a certain point in the game until the player figures out a new strategy.
This past year, our Year 5 classes created a gamified unit of mathematics called the Battle 4 Chatz. Our goal was to make the entire geometry unit one big game where each class ('gang' or 'team') had to battle the other 2 classes in order to win over the various sections of the school. This unit was played as a mixed learning environment both online and in person components. It had a narrative of a MR. ME character taunting the students to get better at math so they could capture each other and defeat the other teams only to have things change drastically in the final boss level. Along the way, there were also many sidequests for the students to participate in. Motivation and participation in mathematics was at an all-time high as students were completing work at home and in class with enthusiasm to work towards badges and help their team achieve their goals.
Breaking it down by Willis' main ideas, you will see that we took the principles of video games to create a positive experience for our students:
- Motivation: Gain more points than the other two teams through completing individual activities, which would then allow students to capture different areas of the school.
- Incremental Goal Progress: Students rewarded when a number of activities completed. A class could capture a portion of the school at the end of each level if they had the most points.
- Individual Achievable Challenge: There were 2-3 activities per level that were mandatory based on the grade expectations with tutorials for support. Students had to complete tasks individually in order to help their team. If they completed the mandatory tasks (main storyline), they could challenge themselves by doing sidequests for bonus points to add to their teams total.
- Feedback: Students received immediate feedback every time they completed an individual activity on their progress. As a class, their point totals were seen on the game site and updated in real time.
If you are interested in learning about the theory and reasoning behind the game, feel free to check out the link here: https://sites.google.com/a/chatsworth.com.sg/battle4chatzsite/
You can also access the game site itself here: https://sites.google.com/a/chatsworth.com.sg/math-turf-wars/
Willis, J. (2011) A Neurologist Makes the Case for the Video Game Model as a Learning Tool. Retrieved from http://www.edutopia.org/blog/neurologist-makes-case-video-game-model-learning-tool
Teaching math has changed for me this year. When there is a game to be played, it makes learning fun. Today we were taking up a preassessment and determining our action plans for growth over our numeracy unit and it was feeling a little bit blah. So out I whipped one of my favourite math games I hadn't yet played with my kids- multiplication war.
War used to be a favourite card game of mine as a kid that I would play with my mom or sister. With the deck split equally in two piles, each of the players would turn over the top card at the same time and the highest card would win the round and keep the cards. The point of the game was to have all the cards eventually.
With a simple twist, I turned this into an engaging math game. When the students turned over their cards at the same time, they had to multiply the values of both cards together and yell out the answer. The first person with the correct answer would win the round and keep the cards.
Worked like a charm! It turned out to be an indoor break time after math due to the Singapore rain and I couldn't get my kids to stop! Easy and fun way to practice your multiplication tables without feeling like you are writing them down over and over again.
I love mixing it up in the classroom (and taking it outside of it too). No day of learning should ever be the same - it's one of the great things about teaching. Each time we begin a new unit, we try to tackle it from a new approach.
For our new ecosystems unit, we wanted to get our students thinking about the topic in an active way. The game survival is a fun and energetic game that instantly gets the students thinking about food webs, energy sources and strategising to survive.
The game is simple - stay alive. Each student is given a card to represent a different part of the food chain. They are herbivore, carnivore, omnivore, human or disease. The most powerful is the disease who can attack any of the players below, humans can eat omnivore, carnivores, herbivores and so forth down the food chain. There are a limited number of players who begin as disease and human.
Players will run around the game space. In our case, we used the basketball court and set up various obstacles and hiding places around it. Energy and food cards were hidden around the playing field that players could collect. If someone from higher up on the food chain catches you, you must give them one of your energy or food cards. If you have no energy or food cards left, you are out of the game.
This activity prompted a lot of great discussion following the game about what ecosystems actually are and how they work. We discussed why it was more difficult for some to stay alive compared to other players. In addition, the students generated some excellent ideas for how to change the game as well such as:
- having an antidote for the disease so you can come back alive/ regain energy cards
- adding additional players at any level to create an imbalance in the ecosystem
- herbivores that are poisonous as a way of self-defence
- changing the actual ecosystem the game was played in
- students taking on specific animals within the game
We will play this game a few additional times throughout our unit using variations and hope to incorporate other active games to engage our learners.
About a month ago, our Year 5 team was approached with a new idea of how to engage students. Games. We all love games - there’s a sense of competition, challenge and a goal that you ultimately want to achieve by the end of it. The idea of challenges or quests allows students to feel like they are working towards something larger and with each quest they have accomplished something.
We decided this games based approach to learning might work best with our space and shape unit that was a stand-alone mathematics unit. The concept seemed like the students would love it but still, there were lots of questions and even more logistics to iron out as we went.
The concept: Class against class against class as they took over various locations of the school. While it started as a general and vague concept we were able to narrow down much of the details. The week of the game beginning was where a lot of the decisions actually came into play. There are 7 locations to gain possession of, each with a different topic, specific tasks and challenges associated with it. In order to gain possession, the class has to accumulate the most points.
We created a website as the point of interaction for students. Our homepage has a general outline of the game and each class has a google presentation learning journal that they can create/add to as we go. We also have the game map. Each week as a new level is introduced, we add a picture of the new takeover area as well as a graph comparing the 3 different teams points for that weeks topic. The graph updates in real time as the points change and are logged by the teacher.
Our first week was to introduce students to the game, build a team mentality and develop an understanding of symmetry. We had all of the Year 5s join in one classroom for our official launch where we introduced the game concept and showed them the first video which introduced the 7 locations, game expectations and also the first topic they would be learning. For our ‘initiation’ task, students had to work as a team to come up with a name with 2 lines of symmetry, create a team cheer and develop a secret handshake. They also had to create a small flag with 2 lines of symmetry. Those that completed the tasks received points. It was an instant motivator knowing that the students in the room next door could not come out victorious. While I would have liked a bit more time to smooth out some of the rough edges of the game before launching, we went ahead and had a successful launch that had the Year 5 students on board with the idea.
The next day we introduced our students (each class individually) to the tasks for symmetry. Students needed to demonstrate they knew how to draw lines of symmetry and create symmetrical figures/drawings. Once those 2 tasks were complete, they were to show the teacher and receive a 1 (complete with errors), 2 (complete with minimal errors) or a 3 (complete). If they received a 1 or a 2, the student could go back and correct their thinking and be reassessed to upgrade their marks. As a Year group, we had to work out a few kinks to make marking consistent especially with the bonus challenges where we debated having double points or just extra points (which is what we went with). We also had to discuss whether the challenge tasks could be completed before the mandatory tasks at each level. It is something to discuss more if we were to do it again and also consider having weighted activities and points based on difficulty or length of challenges.
The students loved this sense of competition and constantly were setting goals of how many points they thought they could receive as a class by the end of the lesson. It was a big achievement when we overtook another class and broke the 200 point mark. It was really interesting doing a math lesson at the same time as another class on Friday as the students could see us neck in neck and continued to push themselves to complete tasks.
We are tracking student data in Google Sheets and from there pulling the data to create graphs that we embed onto our site. The challenge with this is constantly updating it in real time when students complete a task. The first 2 days of tasks I was finding I was spending more time marking/updating the spreadsheet than working with individual students who needed help. It was great that I was able to have a lot of constructive feedback through conferencing with students as they came to get their work assessed. I was able to show them where they went wrong and question their thinking so they could go back and fix their mistakes. However, students who were quite low I felt I didn’t have the same amount of time I would normal work with them for. This is something I am going to work on managing better as we enter into week 2.
In my class, my students write weekly emails to me and they also created their own class weekly reflection journal in Google presentation. From what the students are writing in these 2 spots they love it. It is clear they are motivated to learn and they are excited about playing a massive ongoing game in mathematics. I even have students taking home their books to work on the challenges and tasks at night and on their long weekend. I even received a parent email telling me how excited her son was to do extra math work at home so he could gain more points for his class - not bad for a kid who I was told struggled with math at the start.
The students are really coming together as a team and supporting each other in order to propel the whole class forward in the game.
As we begin Week 2, I am interested to see how the interest and engagement level keeps up. I have not assigned any math homework to my kids other than to complete any of their tasks (not challenges). I would love to see how much students do at home. As we introduce the topic of transformations, I would also be interested in seeing how many students go back to our symmetry level to try to upgrade and stay ahead of the other classes. I wonder how this would be different if we weren’t in the lead. Would students focus more on symmetry to regain a lead? Will they now not worry too much about symmetry because they are in the lead or will they want to further their lead? One class is close to us and could potentially take over the pool house if they continue to gain more points. Once all students complete the mandatory tasks, will they feel the need to continue to do the challenges? At what point will they feel ‘safe’ in the lead of one school location? I’m interested to see how the possession of locations on campus fluctuate between classes as the game progresses and how the students decide to try to regain an area or perhaps focus their attention on only specific locations. The other thing the students must remember is that the game can change at any time and new obstacles and challenges can come into the game. How can we the teachers create new ideas into the game that the students didn’t foresee that further pushes them to explore all parts of the game?
This game is definitely something that we have been adapting and changing since the start and I know we will continue to. The concept of developing this game as we go has been a challenge for me as I feels more comfortable for me to see the whole picture before beginning something. However, now that a lot of the bigger items (assessment, website, task general layouts) have been ticked of things to figure out, I am sure a lot of smaller questions/concerns can be worked out more easily. There are constantly questions I have that pop up about how students are going to track their progress, what will intrinsically motivate them further, how can we get the best quality work out of our students instead of just having them rush to get a point or two and many more. I am excited to see where it goes and how it continues to take shape as we develop it week by week.