Milan Institute-Palm Desert

Less Than 2 Years Private College In Palm Desert, CA

Milan Institute-Palm Desert (referred to as Milan Institute-Palm Desert) is a Private (for-profit), Less than 2 years school located in Palm Desert, CA. and it is non-degree granting school. The 2023 tuition & fees at Milan Institute-Palm Desert is $15,528. The school has a total enrollment of 241 and student to faculty ratio is 6.25% (16 to 1).The highest degree offered at Milan Institute-Palm Desert is Un-Known. It offers 1 Year Certificate, and 2 Year Certificate degrees and programs.
2023 Key Facts
Tuition & Fees$15,528 (2023)
Student Population241
Student to Faculty Ratio16 to 1
Milan Institute-Palm Desert is accredited by Council on Occupational Education (2/22/2016 - Current).
2021-2022 Tuition & Fees
The undergraduate tuition & fees at Milan Institute-Palm Desert is $15,528 for academic year 2021-2022. Milan Institute-Palm Desert offers the alternative tuition plans. 70 students have received grants and/or scholarships and the average amount of received financial aid is $4,766 (exclude student loans).
Special Learning Opportunities & On-Campus Services
Milan Institute-Palm Desert offers weekend/evening college program. On Milan Institute-Palm Desert campus, academic/career services, employment services for students, placement services for completers are provided for their students.
Special Learning Opportunities & On-campus Services at Milan Institute-Palm Desert
Distance Learning (Online Classes)Not Offered
Special learning Opportunities
  • Weekend/evening college
On-Campus Student Services
  • Academic/career services
  • Employment services for students
  • Placement services for completers
Milan Institute-Palm Desert Mission Statement
Milan Institute recognizes that people attend college for a variety of reasons - from increasing their knowledge to enhancing their skills and employability. Our mission is to meet the needs of students and employers by offering quality short term educational programs in career fields with solid growth potential.