Engineering technicians are vital members of an engineering team. Technicians provide technical support and assistance throughout the design and manufacturing process. The Engineering Technology program is designed to educate and train skilled technicians needed for the design and development of new products from concept to completion, analysis and design of production systems and processes involved in manufacturing operations and services, implementation of quality control and continuous improvement processes and the application of lean principles. Engineering Technology students will develop a multi-discipline skill base, preparing them for the high-level tasks they are required to excel in today's global market place.
Estimated annual salary range for Advanced Manufacturing graduates based on EMSI. Salary range represents 10th percentile - median annual wage for related occupations within a 100-mile radius from the center distance between Calmar and Peosta Campuses.
- Engineering Technician
- CAD Operator
- Quality Analyst
- Manufacturing Technician
- Apply for admission.
- Submit official high school, high school equivalency and/or college transcripts to the Admissions Office of the campus you plan to attend.
- Complete ACCUPLACER® reading and writing assessment and ALEKS® math assessment for course placement. Assessments may be waived based on previous college coursework or submission of valid ACT®, ACT Compass® or ALEKS® test scores. ACCUPLACER® scores are valid for three years, and ALEKS® scores are valid for 18 months.
|EGR:400||Project Lead the Way® - Intro to Engineering Design||3.0|
|MFG:127||Manufacturing Print Reading Module II||1.5|
|MFG:161||Intro to Precision Measurement and Inspection Fundamentals||2.0|
|MFG:195||Manufacturing Processes I||2.0|
|BCA:212||Intro to Computer Business Applications||3.0|
|SDV:179||The College Experience||3.0|
|EGT:266||Parametric Modeling II||3.0|
|MAT:747||Technical Math II||4.0|
|MFG:143||Manufacturing Print Reading Module III||1.5|
|MFG:144||Manufacturing Print Reading Module IV||1.5|
|WEL:110||Welding Blueprint Reading||2.0|
|PSY:112||Psychology of Human Relations||3.0|
|ELE:172||Fundamentals of Fluid Dynamics||3.0|
|ELT:171||Programmable Logic Controllers (PLCs)||3.0|
|MFG:141||Geometric Dimensioning and Tolerancing||2.0|
|MFG:293||Intro to Basic CNC Mill Operations||1.0|
|MFG:295||Intro to Basic CNC Lathe Operations||1.0|
Maintenance Welding OR
|EGT:470||**Project Lead the Way® – Engineering Design and Development||3.0|
End of courses assessment of 6 or above converts EGT to an EGR credit.
EGR:470 credit given upon portfolio review (no end of course assessment given via PLTW.)
To graduate from this program, students must complete all core coursework with a "C-" grade or above and earn a minimum 2.0 grade point average.
Engineering Technology Instructor
- Email: firstname.lastname@example.org
- Phone: 844.642.2338, ext. 2170
- Location: Peosta
Christopher Carlson, Ed.D.
Dean of Career and Technical Education
- Email: email@example.com
- Phone: 844.642.2338, ext. 2168
- Location: Peosta