Purdue University

Overview

The Automation and Systems Integration Engineering Technology bachelor’s program at Purdue University equips students with the skills necessary to design, construct, and maintain automated industrial systems. This program integrates knowledge of controls, electronics, and systems integration, preparing graduates for various roles in the industry.

What you'll study

The curriculum focuses on connecting hardware and software components while applying engineering principles to real-world production environments. Students will gain hands-on experience, developing job-ready skills essential for careers in automation, manufacturing technology, and technical support.

Core and foundational courses include:

• C Programming
• Applied Calculus
• Applied Statics
• General Chemistry
• Electronic Systems
• Engineering Technology
• Engineering Technology Applications
• Mechanics Applications
• Materials and Processes (selective)
• Freshman Composition (selective)
• Freshman Speech (selective)
• Design Thinking in Technology

The program emphasizes applied learning, allowing students to engage in projects and lab-based experiences that reinforce their understanding of automation and systems integration.

Entry requirements

To be eligible for admission to the program, applicants must meet the following criteria:

• Minimum GPA: 2.5
• Secondary school grades: Required, with specific grade requirements to be confirmed.
• Application fee: USD 60 for online submission.
• SAT/ACT: Submission of official SAT or ACT scores is required, with writing strongly encouraged for international applicants.
• Proof of English proficiency: Required through accepted tests such as Duolingo, TOEFL, or IELTS.
• Letter of recommendation: Not mandatory, but highly recommended for scholarship consideration or competitive programs.

Career prospects

Graduates of the Automation and Systems Integration Engineering Technology program can pursue diverse career paths in various sectors. Opportunities may include roles in automation engineering, manufacturing technology, and technical support, among others. The program's practical focus ensures that students are well-prepared to meet the demands of the workforce and contribute effectively to their chosen fields.