Cumulative Completion percentage statewide is 57% in 3 years or less
Cumulative Completion percentage statewide is 93% in 6 years less
Nationally Recognized Program
The Ivy Tech Advanced Automation & Robotics Technology program is proud to hold accreditation from the
Campus Info
Scholarship Information
| Students enrolled in the Advanced Manufacturing, Engineering, and Applied Science programs benefit from a diverse range of financial support, including Federal funds, Ivy Tech discretionary allocations, State and Regional funding, contributions from the Ivy Tech Foundation, and third-party partnerships: | ||||
| Academic Year | ||||
| Sum of Amount Paid | 2022-2023 | 2023-2024 | 2024-2025 | Grand Total |
| $13,333,005.40 | $15,393,880.82 | 19,364,523.34 | $48,091,409.56 | |
Tuition & Fees
| Fall 2025 through Summer 2027 |
Indiana Residents |
Out-Of-State Residents |
International Students |
|
Full-Time Flat Rate Per Semester |
$2,577.11 | $4,967.51 | $4,967.51 |
|
Part-Time Cost Per Credit Hour |
$178.38 | $348.97 | $348.97 |
|
Textbooks Fee |
$18 /credit hour |
$18 /credit hour |
$18 /credit hour |
Full-time = 12 or more credit hours per semester
Part-time = Less than 12 credit hours per semester
View full cost of attendance
Career Placement and Wage Data
Disclaimer
***per the Graduate Survey information 2023-2024. This information is based on aggregated data of graduated students. With 1,550 responses representing all programs seeking accreditation indicates that 84% of Graduates reported that the program helped them to earn a job or advance in their careers. Furthermore 73% of graduates reported that their position is definitely related to their education in the ATMAE accredited programs throughout the Ivy Tech system.*
Program Learning Outcomes
- Develop, program, and troubleshoot integrated systems for computers, PLCs, robots, and industrial software to enhance operational efficiency and innovation in advanced manufacturing.
- Apply electrical and mechanical knowledge and troubleshooting techniques along with effective communication skills to install, diagnose, repair, and test malfunctioning components, ensuring their prompt return to operational status.
- Identify and analyze the hazards associated with automated machinery, andimplement appropriate safety protocols to ensure safe operation around computer-controlled equipment.
- Collaborate effectively with others to plan, contribute to, and complete tasks as part of a technical team.
- Identify, analyze, and apply appropriate tools and techniques to solve defined technical problems.
- Develop and deliver clear written, oral, and graphical communications in both technical and general contexts; locate and interpret technical documents and standards.
- Assess personal learning needs and engage in self-directed strategies to support ongoing professional growth.
- Demonstrate ethical judgment and professional responsibility in technical and workplace environments.
- Evaluate processes and apply continuous improvement methods to enhance quality, efficiency, and effectiveness.