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Utah's Applied Mathematics programs show a dramatic cost divide, with Utah Valley University charging just $8,463 annually while private Brigham Young University reaches $14,487. The state's Silicon Slopes tech corridor creates strong demand for mathematical modeling and data analysis skills. Public options dominate affordability, though BYU offers an 82.20% graduation rate that stands apart from other programs ranging between 34.20% and 63.90%.
5
Programs
$8,463 – $15,265
Net Price Range
52.8%
Avg. Graduation Rate

5 Applied Mathematics Programs

Program rankings
# School Net Price In-State Tuition Graduation Rate Acceptance Rate
1 $8,463 $6,270 40.7%
2 $10,722 $6,391 43.0%
3 $13,172 $9,315 63.9% 89.1%
4 $14,487 $6,496 82.2% 66.7%
5 $15,265 $6,074 34.2%

Frequently Asked Questions

What explains the $6,024 cost difference between Utah's cheapest and most expensive Applied Mathematics programs?

Utah Valley University at $8,463 represents the most affordable option as a public institution, while Brigham Young University's private status drives costs to $14,487. However, BYU's 82.20% graduation rate significantly exceeds UVU's 40.70%, suggesting different student outcomes despite the cost gap.

How do graduation rates vary among Utah's affordable Applied Mathematics programs?

Graduation rates span from Utah Tech University's 34.20% to Brigham Young University's 82.20%, creating a 48-point spread. The University of Utah maintains a solid 63.90% rate while charging $13,172, positioning it as a middle option between cost and completion success.

Where do Applied Mathematics graduates find employment opportunities in Utah?

Utah's Silicon Slopes region houses over 5,000 tech companies requiring mathematical modeling and algorithm development expertise. The state's growing healthcare sector and outdoor recreation industry also need professionals skilled in statistical analysis and predictive modeling.

Net price reflects the average cost after grants and scholarships for first-time, full-time students. See our methodology for details.