Due to extreme cold weather, ALL Iowa Western Community College locations are opening at 10am Tuesday, January 21, 2025. Classes start at 10am. Employees to report at 10am.Start Term
Program Options
Degree, Certificate or Diploma
Locations
Council Bluffs Campus
Program Information
The Electromechanical Technology, A.A.S prepares students with advanced skills in automation, CAD design, welding, and proactive maintenance, setting you up for success in diverse industrial, manufacturing, and maintenance environments. In this program, students gain expertise in programmable logic controllers (PLCs), fluid power systems, industrial robotics, and predictive maintenance strategies. Also, students learn through practical, hands-on experiences including SMAW welding with emphasis on quality and penetration, CAD/CAM design, and real-world internships within electromechanical careers. Last, students master safe work practices, electrical theory, interpreting industrial prints, and troubleshooting electromechanical systems crucial for industrial operations.
Students who complete this AAS degree will have earned a Electromechanical certificate and Electromechanical Technician diploma by completion.
Job Outlook
4,145 Jobs (2025)
+8.37% Change from 2020-2030
Data is from the Omaha Metropolitans Area, and the seven counties in Southwest Iowa that Iowa Western serves
The job outlook for graduates of the Electromechanical Technology A.A.S. program is favorable, driven by several key factors:
Industry Demand: There is a continuous demand for skilled technicians who can maintain, repair, and optimize electromechanical systems in various industrial, manufacturing, and maintenance settings. Industries such as automotive, aerospace, energy, and consumer goods rely heavily on advanced machinery and automation systems, creating a steady need for qualified professionals.
Technological Advancements: As industries increasingly adopt automation, robotics, and advanced manufacturing technologies, the expertise gained in programmable logic controllers (PLCs), industrial robotics, and CAD/CAM design becomes highly valuable. Graduates with these skills are well-positioned to contribute to the implementation and maintenance of these technologies.
Maintenance and Optimization: Electromechanical technicians play a crucial role in ensuring the reliability, efficiency, and safety of industrial equipment. Skills in predictive and preventative maintenance are particularly sought after as industries aim to minimize downtime and optimize production processes.
Skill Shortages: There is often a shortage of technicians with a blend of electrical, mechanical, and automation skills required to operate and maintain complex electromechanical systems. Employers value graduates who can troubleshoot problems, implement efficient maintenance strategies, and adapt to technological advancements.
Career Growth: Graduates of the Electromechanical Technology A.A.S. program can pursue various career paths including Electromechanical Technician, Automation Specialist, Maintenance Supervisor, CAD/CAM Technician, and more. These roles offer opportunities for career advancement into supervisory or specialized positions with additional experience and training.
Industry Resilience: Careers in electromechanical technology are typically resilient due to the essential nature of industrial machinery and automation systems. Technicians who stay updated with technological advancements and industry trends are well-equipped for long-term career success.
Overall, the job outlook for graduates of the Electromechanical Technology A.A.S. program is promising, with strong demand across multiple industries for skilled technicians capable of integrating, maintaining, and optimizing electromechanical systems. Graduates can expect to enter a field where their expertise is highly valued, with opportunities for growth, competitive salaries, and the ability to make significant contributions to industrial operations and technological advancements.
What will you do
Graduates of the Electromechanical Technology A.A.S. program are equipped with a diverse set of skills that prepare them for various technical roles across industrial, manufacturing, and maintenance sectors.
Wages
- Entry: $22.39
- Average: $29.36
- Experienced: $32.85
Wage data was obtained from OEWS (occupational employment and wage statistics) through Iowa Workforce Development.
First Semester | ||||
| ELT 215 - Motors and Controls | 2.0 Credit(s) | |||
| IND 219 - Fundamentals of Electrical Theory | 5.0 Credit(s) | |||
| IND 197 - Introduction to Industrial Maintenance and Mechatronics | 3.0 Credit(s) | |||
| IND 217 - Industrial Print Reading | 3.0 Credit(s) | |||
| CAD 290 - Introduction to 3D Printing | 3.0 Credit(s) | |||
Semester Total: 16.0 Credits | ||||
Second Semester | ||||
| ELT 251 - Programmable Logic Controllers | 5.0 Credit(s) | |||
| IND 146 - Mech Power Transmission I | 3.0 Credit(s) | |||
| ATR 133 - Fluid Power Systems | 2.0 Credit(s) | |||
| IND 109 - Equipment Safety and Operation | 3.0 Credit(s) | |||
| MAT 743 - Technical Math 1 | 3.0 Credit(s) | |||
Semester Total: 16.0 Credits | ||||
Third Semester | ||||
| ATR 113 - Industrial Robotics | 5.0 Credit(s) | |||
| IND 187 - Predictive Maintenance | 2.0 Credit(s) | |||
| IND 191 - Preventative Maintenance | 2.0 Credit(s) | |||
| SPC 122 - Interpersonal Communication | 3.0 Credit(s) | |||
| MGT 195 - Workplace Empowerment | 3.0 Credit(s) | |||
Semester Total: 15.0 Credits | ||||
Fourth Semester | ||||
| SOC 110 - Introduction to Sociology | 3.0 Credit(s) | |||
| CAD 139 - Introduction to CAD/CAM | 3.0 Credit(s) | |||
| IND 930 - Industrial Internship | 4.0 Credit(s) | |||
| WEL 149 - Fundamentals of Shielded Metal Arc Welding | 3.0 Credit(s) | |||
| ENG 110 - Writing For The Workplace | 3.0 Credit(s) | |||
Semester Total: 16.0 Credits | ||||
Total Semester Hours Required 63.0 | ||||
Notes:1 May substitute with MAT 102 or higher. | ||||
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Program Outcomes
Upon the successful completion of the program students will:
- Demonstrate safe work practices.
- Explain how an electrical theory and its components work.
- Interpret industrial prints.
- Identify terminology of tools and processes in electromechanical systems.
- Troubleshoot an electromechanical system.
- Classify various forms of proactive maintenance.
- Perform SMAW welds on various joint configurations and materials while achieving consistent quality and weld penetration.