How can I create Boom Cards using PowerPoint?

You can absolutely use PowerPoint as a design tool to create Boom Cards, though the process involves a few conversion steps rather than a direct export. The general workflow is to design your card visuals inside PowerPoint, export each slide as a high-resolution image (PNG or JPEG), and then upload those images as backgrounds into the Boom Learning platform, where you add interactive elements like clickable answer buttons, drag-and-drop targets, or typed-response fields. This hybrid approach lets you leverage PowerPoint’s rich design tools — custom fonts, clip art, shape effects, and precise text placement — while still producing a fully functional, self-grading Boom Card deck.

Before diving into the steps, it helps to understand the relationship between PowerPoint and Boom Learning. PowerPoint itself has no native Boom Cards export feature; it simply acts as a graphic design canvas. Boom Learning is a separate web-based platform (boomlearning.com) where decks are built and hosted. The cards you see students interact with are HTML5-based, so static images become the visual layer, and Boom’s editor adds the interactivity on top. A common mistake beginners make is designing slides at the default 13.33 × 7.5 inch widescreen ratio, then discovering the Boom editor uses a slightly different aspect ratio (roughly 16:9 at 1280 × 720 pixels). To avoid cropping issues, set your PowerPoint slide size manually to 25.4 cm × 14.29 cm (or 10 × 5.625 inches) before you start designing.

Another frequent pitfall is embedding answer choices directly in the PowerPoint image. If you bake your multiple-choice options into the background image, Boom has no way to know which one the student clicked. Instead, design only the question stem, illustrations, and decorative elements in PowerPoint, then leave blank space where you will place interactive buttons inside Boom’s editor. For example, if you are building a deck on two-digit addition, your PowerPoint slide might show a colorful number line graphic and the equation ’34 + 12 = ?’ in a stylized font, with an empty white box below. After uploading that as the card background, you add three or four ‘Multiple Choice’ buttons in Boom’s editor positioned over that empty area.

• Set your PowerPoint slide dimensions to exactly 10 × 5.625 inches under the Design tab so the exported image matches Boom’s 1280 × 720 pixel card canvas without distortion or unexpected cropping.
• Export each completed slide by going to File → Save As, choosing PNG or JPEG format, and selecting ‘Every Slide’ so each design saves as its own numbered image file ready for batch upload.
• Use PowerPoint’s ‘Selection Pane’ and grouping tools to keep decorative layers separate from placeholder areas, making it easier to iterate on the design before finalizing your export.
• Upload your exported images to Boom Learning by creating a new deck, selecting ‘Add Cards,’ and choosing the image as the card background rather than as a foreground object to preserve full-bleed coverage.
• After setting the background, use Boom’s built-in button types — Multiple Choice, True/False, Type Answer, or Sort — and position them over the intentional blank spaces you left in your PowerPoint layout.
• Preview each card in Boom’s student-view simulator to confirm that interactive hit areas line up with your visual placeholders, since minor alignment drift can confuse students during actual play.
• If your deck includes audio instructions, record MP3 clips separately (using free tools like Audacity or your phone’s voice memo app) and attach them inside Boom’s editor under the ‘Sound’ option per card.

Once your deck is complete, assign it to students through a Boom fastpin, a direct link, or your Learning Management System via an LTI connection. This PowerPoint-to-Boom workflow is ideal for teachers who already own a large library of PowerPoint lesson materials and want to convert them into self-grading digital activities without starting from scratch. However, this approach is less practical when you need complex drag-and-drop sorting activities or animated feedback sequences, since those features require working natively within Boom’s editor from the beginning rather than relying on a static image background imported from another tool.