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The Mechanical Engineering Technology Mechatronics Concentration curriculum provides a broad and diverse educational experience, with an emphasis on courses related to the mechatronics field. Course work includes applied mechanics, analysis of electric circuits, fluid power in automation, mechatronics, computer-aided drafting and design (using AutoCAD), solid modeling (using SolidWorks), materials engineering, manufacturing methods and processes, computer usage, mathematics, physics, and oral and written communications. The courses will stress critical thinking, planning and problem-solving.
The Mechanical Engineering Technology curriculum provides a broad and diverse educational experience. Course work includes computer-aided drafting and design (using AutoCAD), solid modeling (using SolidWorks), applied mechanics, materials engineering, manufacturing methods and processes, computer usage, mathematics, physics, and oral and written communications. The courses will stress critical thinking, planning and problem-solving.
The Mechanical Engineering Technology diploma program includes course work in computer-aided drafting and design (using AutoCAD), solid modeling (using SolidWorks), materials engineering, manufacturing methods and processes, mechanisms, safety, computer usage, mathematics and written communications.
The Electromechanical Analysis certificate program includes coursework in mechanical analysis, mechatronics, programmable logic controllers (PLCs) and fluid power in automation.
Some of the courses for the Electromechanical Analysis certificate program have one or more prerequisite courses that must be completed.
The Mechanical Analysis and Design certificate program includes coursework in mechanical analysis (statics), programmable logic controllers (PLCs) and fluid power in automation. Students will then apply the knowledge gained from this coursework in a capstone design project course.
Some of the courses for the Mechanical Analysis and Design certificate program have one or more prerequisite courses that must be completed.
The Mechanical Analysis and Design II certificate program builds on the Mechanical Analysis and Design certificate and includes coursework in engineering materials, strength of materials, safety and solid modeling (using SolidWorks).
Some of the courses for the Mechanical Analysis and Design II certificate program have one or more prerequisite courses that must be completed.
The Mechanical Design certificate program introduces students to computer-aided drafting and design (CAD) and solid modeling. Students will also explore the design of mechanisms using CAD and solid modeling. Coursework includes computer-aided drafting and design (using AutoCAD), solid modeling (using SolidWorks) and mechanisms.
The Mechanical Design certificate program cannot be completed in a single semester because students must complete a two-course sequence in computer-aided drafting and design.
The Mechanical Technologies Certificate will provide students with an understanding of engineering materials, processes mechanisms and environmental, health and safety concepts.
The Mechatronics Certificate provides an overview of the technology used in the field of mechatronics. Course work includes mechatronics, circuit analysis, programmable logic controllers (PLCs), mechanisms, and fluid power in automation. Upon completion of the Mechatronics certificate program, students will have the opportunity to take the Siemens Mechatronic Systems Certification Program Level 1 exam to be a Certified Mechatronics Systems Assistant (Intelligent Machine Operator).
Some of the courses for the Mechatronics certificate program have one or more prerequisite courses that must be completed. The Mechatronics certificate program cannot be completed in a single semester.