We want students to reach great heights in their undergraduate studies (of chemistry and any other discipline) - and teaching assistants (TAs) can be the agents of change that support this learning progression!
Learn more about this open-access educational tool for use in TA professional development.
Access printable versions of the game board, instructions, playing cards, and handouts for TAs.
The game aims to impress upon TAs their spheres of influence, beyond course content:
1. study strategies; 2. motivation and mindset; 3. prior knowledge and misconceptions; 4. classroom climate; and 5. social and personal issues.
The game is a fun, low-stake means for TAs to:
1. Self-assess and expand their pedagogical (content) knowledge;
2. Engage in professional dialogue and expertise exchange with peers;
3. Experience first-hand active (game-based) learning.
Originally designed for chemistry TA professional development, the game is versatile with respect to audience size, moderator participation, and the context in which it is played. Scenarios can be easily tailored to other institutions and to other disciplines.
One game board (8.5 x 14 in.) and set of instructions (8.5 x 11 in., double-sided) is required for every 4 players.
The game's learning outcomes and full set of citations can be distributed to each player.
Individual files (.docx, .pdf) are provided for each of the 5 playing card categories.
Players also require a 6-sided colorful die, team tokens, notepads, pencils/pens, and a timing device. These can be purchased separately.
A synopsis of the rules is provided in the adjacent panel.
There is the option of an abridged (~ 30 minutes) or full (~ 1 hour) game.
TAs should divide into teams of 2 or more players.
All teams are encouraged to exercise creativity and care when formulating an answer, and fairness and reason when assessing other’s answers.
“… I found that engaging in that exercise allowed me to see the bigger picture about student struggles and how to help them overcome certain barriers.”
“… the game gave me the opportunity to listen to my peer’s insights on some of the situations that might be encountered while teaching. The shared experiences and points of view enriched my perspective and made me think about ways to look at situations I wouldn’t have thought by myself.”
Created by
Stacey Brydges and Holly Dembinski
Department of Chemistry and Biochemistry
University of California San Diego
JCE Publication in Review