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UCLA chooses ProcessModel process simulation software for MBA program

The UCLA Anderson MBA program has adopted ProcessModel as a core part of its curriculum, citing the software's powerful process analysis and its exceptionally short learning curve.

ProcessModel process simulation software adopted by the UCLA Anderson MBA program

The UCLA Anderson MBA program has chosen ProcessModel process simulation software to be a core part of its curriculum. The decision rested on two main criteria: the software’s powerful process analysis capabilities and its exceptionally short learning curve. Together, those qualities let MBA students become proficient quickly through a self-guided tutorial, so they can focus on solving problems rather than mastering a complex tool.

“We are excited to partner with the UCLA MBA program,” said Scott Baird, President of ProcessModel. “This is one of the top programs in the world, known for teaching problem-solving skills, and we are proud to provide them with the tools they need.”

A focus on analytical problem-solving

Ranked as a top-tier U.S. MBA program, UCLA Anderson’s curriculum emphasizes mastery of business fundamentals and proficiency in analytical problem-solving. By integrating ProcessModel into the program, the university gives students a capable tool for tackling complex business challenges. The ability to develop, optimize, and communicate processes through analytics and animation offers a risk-free environment where students can apply their skills in process improvement and process optimization.

ProcessModel, Inc. specializes in software and consulting services that drive process improvement through a data-driven approach. From its detailed animations to its secure workflow for documenting and storing changes, the software helps keep process initiatives on track and delivers measurable results. To see how the same tooling supports analysis and decision-making, explore the product.

See your process clearly, then prove the fix

Build the model, run the simulation, find the constraint, and show the improvement before you change a thing.