Interactive Games & Tools for LSAT Study
Lawgic Lab is the only interactive tool built to help you train the formal logic skills that make the LSAT easier.
A more fun, focused, and effective way to perfect the logical relationships behind the test.
"Lawgic Lab has changed the game for LSAT prep. Mike was able to build a system that gamifies LSAT studying to make the content approachable, dynamic, and engaging. These tools help students improve their logic skills and excel on the exam, and I know this firsthand because I advise these students every day in my business and my work. Other LSAT companies should take note, because once you can get students hooked on learning, you've won the game. And that's exactly what Lawgic Lab is doing."
Lawgic Lab is a logic training app built specifically for LSAT students.
Lawgic Lab is not a full LSAT prep course, and it is not just another practice test. It is a gamified training tool designed to help students learn and strengthen the formal logic foundations that support better LSAT preparation.
Whether you are just getting started, trying to get ready quickly, or preparing to begin a more intensive study plan, Lawgic Lab gives you a better place to build the basics.
Head into the mines and sort each piece of an argument into the cart where it belongs. A hands-on way to build the skill of breaking an argument into its premise, background, and conclusion before you ever get to a fallacy or a formal diagram.
A fast-paced fallacy-spotting game set high above shark-infested waters. Read each scenario, name the flaw in the reasoning, and keep your streak alive.
Practice classic LSAT-style statement and argument diagramming in a focused, interactive format. The Diagram Trainer helps you get more comfortable translating logical relationships into the kind of letter-based diagrams that remain central to LSAT prep:
Take a trip to the beach to learn the fundamental logical relationships that underpin LSAT reasoning. The Logic Trainer is designed to help you build a real understanding of formal logic concepts, such as: