How Georgia Tech turns engineering problem sets into reusable video explainers

This case follows a representative professor of engineering education at Georgia Tech to show how engineering teams could use Leadde to convert problem sets, TA notes, and technical walkthroughs into reusable learning videos.
| 80% projected production time savings | 50,000+ students across programmes | 25-40 videos possible per large engineering course | 250-400 videos possible across 10 courses |
Engineering students often need help with very specific steps: how to start a problem, why a diagram is set up a certain way, or how a formula connects to a design decision. Those explanations often happen in office hours, but they disappear unless course teams turn them into reusable assets.
Industry Higher Education | Region United States | Organization type Public research university and engineering institute |
Industry Context
Technical education depends on precise explanations. A useful engineering video must be accurate, visual, and available before the due date. That makes traditional production difficult when problem sets change every semester.
The Challenge
- Students ask about the same problem-set patterns every semester.
- Helpful TA explanations often stay in office hours, whiteboards, or discussion forums.
- One formula, variable, or diagram error can make a video unusable.
- Problem-set explainers are most useful before deadlines, not after them.
The Solution
With Leadde, a professor or TA can provide a problem-set outline, diagrams, solution notes, and a short script. PowerPoint to Video converts slide-based walkthroughs into videos, while AI Lecture Video Maker generates problem-set explainers from notes and scripts without filming the professor or TA.
The Projected Results
- A 10-minute problem-set explainer could move from 2-3 days of production to under 1 hour for a first draft.
- One large engineering course could create 25-40 reusable videos for problem walkthroughs, formula explainers, and exam prep.
- Across 10 courses, teams could build 250-400 reusable support videos.
- Updated diagrams or parameters could be reflected in same-day regenerated videos.







