Engineering Technology, Certificate
Program Overview
ECPI University offers Certificate programs (also referred to as Micro-credentials) that focus on specific skill sets. These programs are shorter than traditional degree programs and are designed to meet the needs of working professionals so that they can stay competitive in their field. Certificate programs may be offered in a variety of ways to suit the learning style and schedules of individuals. They may include remote learning, instructor led in-seat learning, hybrid courses, and online courses.
Students can choose from one of four options:
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Manufacturing Processes and CNC Programming - 13 semester credit hours
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CAD, Prototyping, and 3D Printing - 10 semester credit hours
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Pre-Engineering Math and Software Applications – 13 semester credit hours
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Digital Logic Systems – 13 semester credit hours
Manufacturing Processes and CNC Programming Certificate Outcomes
Upon completion of the Certificate in Manufacturing Processes and CNC Programming, graduates will be able to:
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Select and apply current knowledge, techniques, skills, and modern tools of mechanical engineering technology
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Design systems, components, or processes
CAD, Prototyping, and 3D Printing Certificate Outcomes
Upon completion of the Certificate in CAD, Prototyping, and 3D Printing, graduates will be able to:
- Select and apply current knowledge, techniques, skills, and modern tools of mechanical engineering technology
Pre-Engineering Math and Software Applications Certificate Outcomes
Upon completion of the Certificate in Pre-Engineering Math and Software Applications, graduates will be able to:
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Apply knowledge, techniques, skills, and modern tools of mathematics, science, engineering, and technology to solve broadly-defined engineering problems appropriate to the discipline
Digital Logic Systems Certificate Outcomes
Upon completion of the Certificate in Digital Logic Systems, graduates will be able to:
About Engineering Technology Certificates
Manufacturing Processes and CNC Programming. The certificate program covers aspects of needed skills and knowledge for manufacturing. Students will gain an understanding of various materials characteristics and applications, manufacturing processes, and machining techniques. Students will learn about CNC systems, controls, operation, set-up, hand-compiled programs such as G-code, and CAM programs. This program was designed for students seeking entry level positions as a manufacturing technician or CNC operator.
CAD Prototyping, and 3D Printing. The certificate program is intended for students seeking entry level drafting positions within manufacturing or engineering firms. The program covers aspects of 3D modeling, which businesses are utilizing more frequently to cut costs, produce stronger and lighter parts, reduce time to market and improve efficiency. Working with AutoCAD software, students will create and edit simple drawings, translate file formats for articulation between different systems, and utilize 3 dimensional printers to create prototypes.
Pre-Engineering Math and Software Applications. The certificate program covers aspects of a preparation for students interested in joining an engineering discipline. Students will acquire basic math skills needed for engineering majors. Engineering problem solving techniques and tools are introduced. Using relevant engineering software, students will be able to analyze, model, and present engineering solutions to real-life applications.
Digital Logic Systems. The certificate program covers foundational knowledge of basic electricity and digital systems. The fundamental understanding of AC and DC concepts is gained through the use of test equipment and troubleshooting. Students will learn about combinational and sequential circuits, state machines, and ADC/DAC converters. Upon successful program completion, students will be able to design and implement combinational and sequential logic circuits. It is intended for those seeking entry level positions installing and maintaining electrical and electronic equipment in residential and commercial environments.
Program Outline
To receive the Certificate, students in the Manufacturing Processes and CNC Programming program must earn 13 semester credit hours. Students in the CAD, Prototyping, and 3D Printing program must earn 10 semester credit hours. Students in the Pre-Engineering Math and Software Applications program must earn 13 semester credit hours. Students in the Digital Logic Systems program must earn 13 semester credit hours. The Electronics Engineering Technology Certificate program requires a minimum of 1 semester, which is equivalent of 2 months or 10 weeks of instruction. The program requirements are as follows:
Program Requirements
Manufacturing Processes and CNC Programming
13 semester credit hours
CAD Prototyping and 3D Printing
10 semester credit hours
| CAD104 | Rapid Prototyping and 3D Printing | 3 |
| EET192 | Graphics Communication | 3 |
| EET192L | Introduction to 3-D Modeling LAB | 1 |
| MET213 | Advanced 3D Modeling | 3 |
Pre-Engineering Math and Software Applications
13 semester credit hours
Digital Logic Systems
13 semester credit hours
Engineering Technology Certificate - Program Specific Policies
Admissions Requirements. Admission is on a selective and competitive basis. ECPI University reserves the right to select those applicants who are deemed best qualified for the Engineering Technology Certificate program. Entrance requirements include the following prerequisites:
- Manufacturing Processes and CNC Programming – MTH200 Precalculus, PHY120 Physics, EET192 & EET192L Introduction to 3D Modeling and Lab, and MTH131 College Algebra
- CAD, Prototyping, and 3D Printing – MTH131 College Algebra
- Pre-Engineering Math and Software Applications – No pre-requisites
- Digital Logic Systems – MTH131 College Algebra
Student Evaluation. Students’ academic progress will be evaluated after each course grade has been awarded. In general and unless otherwise stated, the minimum grade to maintain satisfactory progress is 70% or C-. Students must achieve a minimum term grade point average of 2.0.
A course may not be repeated more than once without approval of the designated academic official. Grades achieved in courses that are repeated due to course withdrawal (W, WP) or failure (F, WF) will replace previous withdrawal or failing grades. A student who is approved to repeat a course due to a failing grade (F, WF) must successfully pass the course by the third attempt. After three failed attempts the student will be academically dismissed (for appeal of academic dismissal, see Appealing an Academic Dismissal.