I’ve been running escape rooms twice a year for a while, and always try to create or borrow one that has some connection to middle school literature. This time, I decided to go with Stuart Gibbs’ FunJungle series of humorous mysteries involving a zoo/wildlife park in Texas. Gibbs, author of the Spy School series, is one of the most popular authors in my library, so I figured his series was a good choice.
When I’m designing escape rooms, I generally go with a single-path design, in that students can’t open boxes out of order because the clues in one box lead to another. I look at the locks I have and figure out which ones will work best, and design puzzles around them. Since FunJungle has an extensive map available online, I chose to start with a directional lock—actually a Breakout.edu multilock that can be set to work with letters, colors, or symbols.
(Note of caution: With a multilock, if you are using symbols/colors, it’s not enough to write down the combination you chose. You also need to note how to hold the lock while opening, and if the combination reads left to right or right to left. If not, you, like me, might have the embarrassing experience of a lock not working because you forgot the proper lock orientation!)
Below is my escape room in the order of unlocking, and I’m happy to share any details or documents if you’d like to run it yourself. I usually include two clues in each box, with one clue leading to the next box, and the second clue being for a box further down the line.
- Map Clue Box—Directional lock
I printed and laminated a large map of FunJungle with starting text saying where Teddy went to search for Cappuccino, an escaped capuchin monkey. The order of Teddy’s search gives the directions for the directional lock.
- Tasks: Print and laminate map
- Create and print starting clue
- Program multilock and detailed instructions for unlocking
- Print and laminate URL for inclusion
In this box: Cutout cardstock for second box, laminated URL for third box: https://www.google.com/search?q=animal+sounds
- Cutout Clue Box—Four digit number lock.
I found a page from a FunJungle book that included letters I could use to spell out numbers, in the proper order for this four digit lock. I also copied several other FunJungle pages as red herrings, but kept the actual page slightly bigger—it was only one that fit the cutout.
To create the cutout, I first mapped where my desired letters were on tracing paper. Then I laid the tracing paper on my cardstock and used an X-Acto knife to cut out the squares, so that laying the cardstock over the page revealed the letters. This took some fine-tuning to make sure the correct letters were visible.
- Tasks: Find a page containing the appropriate words/lettersTo spell out the requisite numbers
- Create cutout cardstock
- Print out multiple pages of FunJungle books
- One for the clue and others as red herrings
- Program number lock
- (Or just keep whatever it’s programmed to—the kids never remember!)
Components found in previous boxes: 1: Cutout cardstock
In this box: Flash drive, red film
- Animal sound clue Box—Five-letter word lock
I went to Google and searched “animal sounds,” then used my phone’s voice recorder to record five of them whose names corresponded to the word I chose for this word lock (HIPPO). I used the free Audacity program to combine the sounds into one track in the proper order, and saved the track on a flash drive as “Super secret clue.”
https://www.google.com/search?q=animal+sounds
I used Flint AI to create a template of zoo-type animal labels, then added photos of ten animals, five of which are correct and five of which are red herrings. I printed and laminated them.
- Tasks: Create a template for zoo animal information sheets
- Find photos of ten animals and add them to the template
- Print and laminate
- Create a recording of animal sounds in order
- The first letters of their species name create the word to open the word lock
- Store recording on flash drive
- Have a laptop available to play the file
- Program word lock
Components found in previous boxes: 2: Laminated URL, Flash drive
In this box: Red-film-clue-obscured equation, blacklight
- Red Film Clue Box—Four digit number lock.
With Flint AI’s help, I created a complicated but simple-to-solve mathematical equation that led to four digit answer. I turned this into a red-film clue by writing it in pencil, then used a red ball-point pen to scribble over it until it was illegible. Holding red film over the clue makes the underlying pencil legible again.
((50 + 10) x (200 ÷ 2)) + ((4 + 4) x (100 ÷ 2)) + ((20 – 4) x (10 ÷2)) + ((15 – 6) – (4 – 2))
- Tasks: Create a suitably complicated equation
- Turn it into a red-film clue
- Source some red film, perhaps from theater or art department
- Program number lock, if necessary
Components found in previous boxes: 2: Red film; disguised equation
In this box: Puzzle, laminated cryptowheel clue XBCECPOANIIW
- Puzzle Clue Box—Key lock.
I created a collage of FunJungle book covers, and wrote a limerick on the back to identify where the key was hidden, using an invisible ink pen. Then I laminated and cut up the collage (Note: 5-6 pieces at most!!).
FunJungle has all kinds of these,
Found in donkeys and monkeys who seize
The one thing I need
To trap them indeed;
Find it where you get help for skinned knees.
(I hid my key in the first aid kit)
- Tasks: Source an invisible ink pen and blacklight, plus batteries
- Create a collage of FunJungle book covers
- Create a limerick or other clue to identify where the key is hidden
- Write it on the back of the collage BEFORE laminating
- Laminate collage
- Cut collage into 5-6 pieces
- Hide key
Components found in previous boxes: 2: Puzzle, Blacklight
In this box: Cryptowheel
- Cryptowheel Clue Box—Five letter word lock
I happen to have a wooden cryptowheel, so decided to make use of it. The way it works is that you turn the dials until you have legible words in one line (“Use word lucky”), then look at a different line and write down those letters as your clue. When students align the clue letters, they then turn the wheel until they spot the actual words.
I had my clue, XBCECPOANIIW, written on a document lying around, and in a box. The document I used was a school field-trip scavenger hunt form, created with the help of Flint AI, and filled out by my quietly hilarious colleague. I used the clue in one of the “name” fields, as if some smart-aleck thought it was funny.
- Tasks: Source and program a cryptowheel
- Program word lock
- Create a field-trip scavenger hunt form
- Fill out, with the code letters written on it somewhere
- Create some other scavenger hunt forms as decoys
- Cut out and laminate the clue
- Print and laminate a photo of the “escaped” animal
Components found in boxes: 1: Cryptowheel clue (laminated)
In this box: Cookies & laminated capuchin monkey photo
Décor and red herrings:
You can do almost anything with décor and red herrings, going as detailed or minimal as you want. I’d do fewer red herrings for younger students, though—they do get off track! Here’s what I used in my room:
- Scavenger Hunt, printed and filled out humorously and including Cryptowheel clue
- FunJungle books
- Animal stuffies borrowed from colleagues
- Safari hat & binoculars borrowed from the theater department
- “Missing animal” posters with template created by Flint AI, filled out by me
Conclusion
Escape rooms do take time to create and set up, but the kids love them and it’s a fun way to connect them with books and exercise their brains. Let me know if you would like to see any of the escape rooms I have created or borrowed!







































