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Course Criteria
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3.00 Credits
This course will provide the student with clinical training under the supervision of a medical director, physician, nurse practitioner, physician's assistant or public health provider. The student will recommend appropriate health and/or social care professionals for the patient, prioritize jobs, and assist the patient in following an established Plan of Care. Prior to beginning this clinical experience the student will determine appropriate clinical competencies with guidance from the Medical Director and obtain a Memorandum of Understanding for each clinical site. The student's placement in the clinical is based on qualifications and past training and experience. (Prereq: Instructor approval) (BP/EP) 3 cr
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3.00 Credits
This is a basic engineering drawing course. It is designed to give the student the necessary skills to draw a mechanical part. Sketching, orthographic projection, auxiliary views, sectional views, and pictorial representation will be covered. (Prereq: None) (BP/EP) 3 cr
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3.00 Credits
This course introduces the student to the techniques, standards and methods used to place dimensions onto a production drawing. Methods for calculating tolerance, placing the tolerance onto a drawing and the effect of tolerancing on the dimensioning process is also covered. Drafting shortcuts such as tabulated drawings. multiple detail drawings on a single sheet and assembly drawings will be covered as well. The student will also apply the drawing revision process. (Prereq: One of the following: ENGC1100, ENGC1160, ENGC1250, or ENGC2100) (BP/EP) 3 cr
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3.00 Credits
This course is designed to give the student a fundamental understanding of the terms, symbols and principles relating to controlling geometric variations of manufactured parts. Controls include tolerances of forms, orientation and position. (Prereq: MACH1056 or ENGC1011 or instructor approval) (BP/EP) 3 cr
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3.00 Credits
This course is an introduction to additive manufacturing. Students will explore different types of additive manufacturing processes, create prototypes using fused deposition modeling (FDM), assemble a 3D printer, and participate in a guided design experience. Persons involved with mechanical engineering, research and development, CAD and other related fields should consider taking this course. This course would also benefit inventors and model makers by developing the skills to produce proof of concept models and create replacement parts utilizing 3D printing technologies. (Prereq: None) (BP/EP) 3 cr
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3.00 Credits
This course will examine best practices for producing prototypes with additive manufacturing. Topics covered include creating models larger than 3D printer volumes, designing joints for 3D printed objects, identifying and correcting errors in triangulated meshes and 3D scanning. (Prereq: Choose one of the following: ENGC1160, ENGC1250, ENGC2100, MMVP1545) (BP/EP) 3 cr
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3.00 Credits
This course covers finishing techniques for models created with additive manufacturing. Model joining techniques such as threaded fasteners, adhesives, plastic welding, and interlocking joints will be discussed as well. Model smoothing and covering will be explored as well. (Prereq: Instructor approval or ENGC1050 and one of the following: ENGC1160, ENGC1250, ENGC2100, MMVP1545) (BP/EP) 3 cr
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2.00 Credits
This course introduces students to the skills, technology, work environment, potential salary, and job placement for occupations in the fields of Machine Tool Technology, Mechatronics (Automation Robotics, Electronics, Fluid Power), Welding and Metal Fabrication, Plastics Engineering Technology, and Engineering CAD (Computer-Aided Design) Technology. This dynamic course includes industry-specific tours, as well as hands-on projects that familiarize students with field practices and shop safety. A technical aptitude assessment will be administered to assist students in determining if a career in manufacturing fits with their interests and abilities. The steps for enrolling in a program at HTC will be reviewed. (Prereq: None) (BP/EP) 2 cr
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4.00 Credits
This course consists of setting up a drawing environment, creating geometric shapes, creating text, dimensioning drawings, manipulating and editing displays, plotting drawings, and retrieving entity data. Aspects of file management are also covered. The student will get 'hands-on' instruction using the latest release of AutoCAD. (Prereq: None) (BP/EP) 4 cr
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3.00 Credits
This course covers several electrical drafting topics creating ladders, schematic components, point to point wiring diagrams, circuits and panel layouts. The student will be provided lab experiences working in AutoCAD Electrical software. (Prereq: None) (BP/EP) 3 cr
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