41 courses with the subject DFT, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
DFT 0101Technical Drafting I Credit2-4
The field of drafting is introduced as the student begins study of drawing principles and practices for print reading and describing objects in the graphic language. Basic skills and techniques of drafting included are: use of drafting equipment, lettering, free-hand orthographic and pictorial sketching, geometric construction, orthographic instrument drawing and principal views, and stan- dards and practices of dimensioning. The principles of isometric, oblique, and perspective are introduced. (F)
The application of orthographic projections will be continued, applying them to working drawings. Standards and practices of dimensioning and tolerancing as approved by the American National Standards Institute will be studied. Threads, fasteners, charts, and graphs, piping and welding drawings will be included, as well as a special emphasis on the student’s major area of study. (W)
Continued study of sectional views and auxiliary views both primary and secondary, intersections and developments and their practical solutions. The various techniques employed to produce and render pictorial drawings in- cluding isometric, oblique, and perspectives. (Sp)
A study of the interpretation and reading of blueprints with information on the basic principles of the blueprint, including lines, dimensioning procedures, and notes.
A continued practice in interpretation of blueprints as they are used in industry. Includes a study of prints supplied by industry, making plans of operations, introduction to drafting room procedures, and sketching as a means of passing on ideas, information, and processes.
Upon completion of this course the student should be able to: 1) use drafting equipment and instruments; 2) letter words and numbers in Gothic; 3) draw orthographic and pictorial freehand sketches; 4) lay out geometric constructions; 5) execute orthographic drawings by use of instruments; 6) dimension drawings and apply notes to drawings; 7) reproduce, file, and store drawings; and 8) execute simple “working” drawings.
DFT 0120Introduction to Computer-Aided Design Credit2-4
The introductory CAD course includes a description of computer-aided design systems, advantages, applications, and operational skills with emphasis on con- struction geometry and developing a data base. Competencies include: 1) input- ting geometric data via keyboard, digitizer, and menu with stylus; 2) editing, filing, retrieving, and screen controls such as zooming, mirroring, rotating, and layering, 3) outputting data for plotting and printing. (F,Sp,Su)
Familiarization with and use of drafting equipment. Also the study of me- chanical design fundamentals, dimensioning, principles of tolerancing, mate- rials specifications and how to present views by accepted drawing procedure.
Applications and constructions of charts, graphs, and nomographs in engi- neering and technical data. Screw threads, springs, keys, rivets, piping, and welding symbols, methods of representing and specifying will be covered. Basic mechanisms of motion specifying, calculating, dimensioning, and de- lineating. (F)
Instruction emphasizes skill development in two and three dimensional mechan- ical design applications using interactive computer graphics. Topics covered in- clude 2-D and 3-D construction techniques, auxiliary views, view ports, conic sections, surface construction intersection, sectioning, multi-view and assembly drawings, bills of materials, and mass properties computations. (F) 193
Design/Structurai Application Credit 4 (2-4) Utilizing the application of computer-assisted graphics, the student will be ex- pected to complete a detailed study of mechanical equipment and preparation of plans and detailed drawings as prepared by the mechanical engineering con- sultant or contractor for the architectural structure. Heating and air conditioning, lighting and electrical, plumbing, and other mechanical equipment as necessary for construction will be included in this study. Emphasis will be placed on com- puter-assisted drafting techniques used in preparing appropriate drawings and details. (Sp)
Graphic analysis of space problems involving points, lines, planes, connectors, and a combination of these. Practical design problems will be stressed with analytical verification where applicable. Visualization shall be stressed on every problem. (F)
Basic design is introduced in the study of motion transfer mechanisms as they relate to power trains. Principles of design sketching, design drawing, layout drafting, detailing from layouts, production drawings and simplified drafting prac- tices constitute areas of study. Types and methods of specifying materials and workmanship are an integral part of the course.
The drafting student is provided the opportunity to participate in a work/study experience in an industrial setting. For an eleven week period the student will concentrate on developing skills relating to the work environment, and interper- sonal relationships. Also projects and activities relating to a variety of drafting responsibilities and job tasks will be experienced. *(2 hr. technical elective may be substituted with the approval of the Dean for Occupational Education.)
Mathematical and drafting room solutions of problems involving the principles of machine elements. Study of motions of linkages, velocities and accelerations of points within a link mechanism, layout methods for designing cams, belts, pulleys, gears, and gear trains. (W)
Commercial standards, principles, practices and tools of jig and fixture design, individual project and design work to acquaint students with the types of jigs and fixtures and their design. Computer Assisted Drafting systems will be utilized in the instructional strategies and student lab work.
A concentrated study and drawing of structural plans, details, and shop draw- ings of the structural components of buildings to include steel, reinforced con- crete, and timber structures. Appropriate symbols, conventions, dimension- ing practices, and notes as used by the draftsman will be included. Emphasis will be placed on drafting of appropriate drawings for fabrication and erec- tion of the structural components. (W)
The field of drafting is introduced as the student begins study of drawing prin- ciples and practices for print reading and describing objects in the graphic 92
The application of orthographic projection principles to the more complex drafting problems, primary and secondary auxiliary views, simple and suc- cessive revolutions, and sections and conventions will be studied. Most im- portant is the introduction of the graphical analysis of space problems. Problems of practical design elements involving points, lines, planes, and a combination of these elements shall be studied. Dimensioning practices, ap- proved by the American Standards Association, will be included. Introduction is given to intersections and developments of various types of geometrical ob- jects.
A study of the interpretation and reading of blueprints with information on the basic principles of the blueprint. including lines. dimensioning procedures, and notes.
A continued practice in interpretation of blueprints as they are used in industry. Includes a study of prints supplied by industry. making plans of operations, in- troduction to drafting room procedures, and sketching as a means of passing on ideas, information. and processes.
This course introduces basic drafting skills, terminology, and applications. Topics include basic mathematics; sketching; introduction to CAD, ANSI, and ISO drafting standards; and a survey of various drafting applications. Upon completion, students should be able to perform basic calculations for CAD drafting, sketch drawings using appropriate standards, and recognize drawings from different drafting fields.
Automotive Body Repair Credit 4 (3-1) Interpretation and reading of schematics and diagrams. Development of ability to read and interpret blueprints, charts, instruction and service manuals, and writing diagrams. Information on the basic principles of lines, views, dimensioning procedures, and notes.
Automotive Mechanics Credit 3 (3-0) Interpretation and reading of schematic prints and diagrams. Making sketches of electrical wiring and fuel system components for automotive engines and other internal combustion engines. Learning to identify the various components of the systems by sketching and labeling parts. Practice in tracing wiring systems and diagnosing trouble by using schematics and diagrams found in the automotive service manuals.
Further practice in interpretation of blueprints as they are used in industry, study of prints supplied by industry, making plans of operations, introduction to drafting room procedures, sketching as a means of ideas, information and processes.
Blueprint reading, sketching, and drawing methods are explored using computer aided drafting. Introductory in nature, the class will produce working drawings and blueprints similar to those used in a machine shop or plant.
This course introduces basic drafting skills, equipment, and applications. Topics include sketching, measurements, lettering, dimensioning, geometric construction, orthographic projections and pictorials drawings, sections, and auxiliary views. Upon completion, students should be able to understand and apply basic drawing principles and practices.
DFT 1110Blueprint Reading: Building Trades ' Credit
Principles of interpreting blueprints and trade specifications common to the building trades. Development of proficiency in making three-view and pic- torial sketches.
Principles of interpreting blueprints and specifications common to the building trades. Practice in reading details for grades, foundations, walls elevations, chimneys, fireplaces, arches and. cavity wall construction. Development of proficiency in making three view and pictorial sketches. :
Interpretation of schematics, diagrams and blueprints applicable to electrical installations with emphasis on electrical plans for domestic and commercial buildings. Sketching schematics, diagrams, and electrical plans for electrical installations using appropriate symbols and notes according to the applicable codes will be a part of this course.
A thorough study of trade drawings in which welding procedures are indicated. Interpretation, use and application of welding symbols, abbreviations, and specifi- cations.
Continued study of welding symbols; methods used in layout of sheet steel; sketching of projects, jigs and holding devices involved in welding. Special em- phasis is placed on developing pipe and angle layouts by the use of patterns and templates.
This course provides for advanced drafting practices and procedures. Topics include detailed working drawings, hardware, fits and tolerances, assembly and subassembly, geometric dimensioning and tolerancing, intersections, and developments. Upon completion, students should be able to produce detailed working drawings.
The fundamentals of drafting are presented with an emphasis on applications in the electronics field. Basic skills and techniques are included such as the use of drafting instruments, types of drawings, construction of drawings both with instruments and freehand, lettering and dimensioning, and how to read prints. In addition to basic skills, specialized experience will be included which di- rectly relates to the electronics industry, such as types of drawings common to electronics, special symbols used, schematic diagrams, and layout diagrams with an emphasis on printed circuit work.
This course introduces the student to the uses of computers for drafting. Upon completion the student should be able to: (1) identify the components of CAD systems and define their uses; (2) use the commands of the CAD system softrware; (3) draw points, lines, curves, and areas; (4) draw objects in orthographic projec- tion, and (5) draw, dimension and plot working drawings of simple mechanical devices. (Sp)
This course introduces computer-aided drafting software for specific technologies to non-drafting majors. Emphasis is placed on understanding the software command structure and drafting standards for specific technical fields. Upon completion, students should be able to create and plot basic drawings. 278
This course is to enable the Industrial Electronic Technician to locate various pieces of equipment within a plant by interpretation of blueprints and aids, those involved in the installation and maintenance of equipment. Scale measurements and symbols used in blueprints are taught to give the student a basic working knowledge of the wiring locations and control locations of various machines. The student will be able to make basic drawings and layouts showing the location symbols of industrial devices.
This course introduces CAD software as a drawing tool. Topics include drawing, editing, file management, and plotting. Upon completion, students should be able to produce and plot a CAD drawing.
