Below is our short course list for generic transcript. If you want to use the same course list as it is in real school, please email and notice us. Or you can send us your course list.

College course listings - G     Geology   PAGEO110. Mineralogy PAGEO111. Rocks and Minerals PAGEO180. Geologic Hazards PAGEO181. Volcanoes: Past & Prest. PAGEO182. Earthquakes and the Eart PAGEO190. Historical Geology PAGEO191. The Great Ice Age PAGEO220. Prin.- Invertebrae Paleo PAGEO250. Intro.to Water Resources PAGEO360. Petrology PAGEO361. Stratigraphy PAGEO380. Structural Geology   Graphics   PAGRA104. Engineering Drawing Students will be able to construct a set of working drawings on a project basis. In so doing, they will demonstrate their understanding of the methods, procedures and principles involved in media and instrument selection, geometric construction, freehand sketching, orthographic projection, auxillary views, sections and conventions, pictorial drawing, engineering lettering, basic dimensioning and standard engineering drawing practices and numbering systems. PAGRA107. Basic Drafting Use of instruments, freehand sketching, lettering, orthographic projection, auxiliary and sectional views. Dimensioning, detail, and assembly drawings, pictorials with emphasis on isometric projection, drafting room reporduction processes. PAGRA109. Drafting and Design 1 Principles of drafting to include orthographic projection, dimensioning, sectioning, auxiliary views,pictorial drawing, detailing of parts. PAGRA110. Perspective A brief review of isometric projection. Study and use of perspective systems common to various illustration techniques. PAGRA111. Dimensions & Tolerencing Introduction to the theory and application of geometric dimensioning and tolerancing including symbology, datum reference, tolerance of location and of form and runout. PAGRA112. Geo.Dimensioning&Toleran Geometrical Dimensioning and Tolerancing. This covers the application and interpretation of geometric dimensioning and tolerancing as prescribed by th ANSI Y145M-1982 standard. It includes tolerance zone generation and interpretation using maximum material condition (MMC), least material condition (LMC), and regardless of feature size (RFS) principles. Also covered are bonus tolerances and tolerances of form, orientation, runout and position. Particular emphasis is placed on the identification and use of datums and positional tolerances. PAGRA121. Electrical Graphics Drawing and its application to electronics technology and production illustration is practiced in this course. Topics covered include drafting techniques and lettering symbols, block and schematic diagrams, circuit board layout, chassis layout, production drawings, drawing masters for printed circuit boards and computerized schematic diagrams. PAGRA122. Intro to Elect. Drafting Introduction to Electronic Drafting. This introductory course covers industrial first level electronic drawings. Students will be required to plan and execute logic diagrams, block diagrams and wire lists. Drawings will be done both manually and on a personal computer with appropriate computer aided drafting (CAD) software. PAGRA131. Graphics for Civil TechI Fundamentals of construction drawing; concentration on the assembly of a working drawing package, the nuts and bolts of putting a construction project together. Fundamentals of drafting, principles of light frame construction and structural detailing. PAGRA140. Indstrial Blueprnt Readg Designed for industrial trades including aerospace, ship construction and component fabrication. Primarily blueprint interpretation and sketching of basic components. Includes identification and utilization of basic lines, projections, dimensions, reference and technical data. PAGRA171. Corporate Presentatn Gra Corporate Presentation Graphics Special attention is given to students wishing to advance their positions with in-house graphics departments, as well as providing survival skills to those who have had little or no formal graphics training. All aspects of business graphics will be explored with an emphasis on computer generated graphics. PAGRA200. Drafting II Topics include isometric and oblique projection, perspective drawings, rudiments of descriptive geometry, auxiliary views, intersectors and developments, manufacturing materials and processes, fits and finishes, and functional drafting. PAGRA201. Intermediate Drafting Intermediate drafting techniques including the detailed study of threaded and nonthreaded fasteners, descriptive geometry, both primary and secondary auxillary views, surface developments, and intersections. PAGRA202. Engineering Drawing II Students will be able to construct a set of working drawings demonstrating the utilization of basic design procedures in the modification of existing parts of members to meet new design criteria. In addition, through the preparation of drawing plates, they will demonstrate their competency in catalog design, statistical graphics, basic descriptive geometry and elementary cam and gear design. PAGRA203. Production Documents Preparation of detail and assembly drawings, exploded assemblies, parts lists, and associated support data. An introduction to engineering design. Students develop their own solutions to design problems. PAGRA204. Technical Illustration Students will be able to draw selected pictorial representations.. In so doing, they will demonstrate their understanding of the principles and methods of isometric, dimetric, line-copy, exploded assembly and precision perspective drawings. They will also be able to employ the following methods of shading: parallel line, smudge, half-tone and airbrush. PAGRA205. Applied Drafting A continuation of Basic Drafting emphasizing industrial practice. Dimensioning and tolerancing of detailed drawings using standard conventions. Assembly, welding, and casting drawings. Introduction to the layout and design process as performed in industry. PAGRA206. Adv. Engineering Drawing Application of principles of engineering drawing, including auxiliary views in the layout of detail, assembly, and working drawings. PAGRA208. Drafting IV Topics include cartographic drafting, drafting of machine elements and tools, and architectural detail drafting. In addition, a discussion of the fundamental principles of engineering design is presented. PAGRA213. Machine Drafting A drawing-oriented study of the terminology, basic functions, applications, manufacture, and rudimentary design of such machine elements or related topics as welded assemblies, belt chain, and gear drives, bearings, lubricants, and seals, and mechanisms such as cams and linkages. Graphic representation in all areas will be the primary goal. PAGRA214. Tool&Die Design Drafting Introduction to the detailing and practical design of basic jigs and fixtures, as well as fundamental piercing and blanking dies. Tools, terminology, components, drawing procedures, and design criteria will be discussed. Design projects emphasized. PAGRA215. Drafting and Design 2 Detailing from layout drawing, assemblied, fits and tolerances, mechanical components and systems, design and working drawings. PAGRA216. Drafting and Design 3 Machine Design principles are studied and methods of calculating the required size and shape of various machine parts are developed. Selection of proper material is given consideration, stress, strain, design stresses, keys and fasteners,threaded members, welded and riveted connections and shafts are considered. The principles of motion, velocities, accelerations of various linkages are considered. PAGRA218. Mechanical Drafting II Develops advanced skills for industrial level drawing including use of fasteners, welding and standard parts in mechanical machine assembly design. PAGRA221. Intro CA Dsn/PrntdCrctBd Full title - Introduction to the Computer Aided Design of Printed Circuit Boards. An introduction to the operation of a CAD system for the production of printed circuit boards. Course includes the design of printed circuit boards, development of styles, symbols, text entry, drawing of schematics, solder masks, drill tapes, and board connections. PAGRA222. Electronic Drawing Students will be able to prepare a set of working drawings of an electromechanical device, utilizing a printed circuit of their own design. In so doing, they will demonstrate their ability to prepare schematic and wiring diagrams, as well as their understanding of the principles and concepts of electronic standardization and miniaturization, including printed and thin-film circuits and wiring harnesses. PAGRA223. Electro-MechanicalDesign Students will be able to design a rackmounted electronic instrumentation package. In so doing, they will demonstrate their knowledge of electronic components, cabinet and rack enclosures, also their ability to employ advanced design procedures and the principles of human engineering as applied to electro-mechanical packaging. PAGRA224. CAD Electrical Drafting This combined lecture/lab course is a continuation of Engineering Graphics with CAD. The student will concentrate on industrial wiring, ladder diagrams, panel wiring, power distribution lighting plans and the creation of electrical parts and figures on the CAD system. PAGRA225. ElectronicDraftng&Design Intended for students interested in the specialized field of electronic drafting. The course introduces, from the design side, those considerations necessary to prepare drawings for the production of electronic equipment over a broad range of applications. PAGRA231. StrucSteel&ReindConDrftg Intended to develop familiarity with and skills in drawing of structural steel and concrete detail drawings. Very elementary steps of design and simple beams and/or columns in concrete and steel will be covered with emphasis on use of standard tables. PAGRA232. Htg, Refrig, & AC Draftg Presents the aspects of drawing needed by a drafter in order to prepare finished drawings involving the installation of heating, refrigeration, and air conditioning systems. PAGRA233. Structural Drawing Students will be able to design and correctly prepare a set of working drawings for a commercial building. By completing said drawings, they will demonstrate their knowledge of architectural standards dealing with structural steel and concrete, their fabrication and utilization. PAGRA234. Construction Drawings Production of working drawings for a small commercial or industrial building. Drawings need to include site, foundation floor, structural, HVAC, and plumbing and electrical plans and details, along with other drawings required for federal, state, and local code requirements. PAGRA241. Process Piping Drafting A comprehensive study of piping drafting, covering both orthographic and isometric pipe drawings using standard fitting symbols. Also, instrumentation specifications and process equipment will be covered. PAGRA242. FundsInstrProcessCntrl The student willbe able to apply to process piping drawings a basic understanding of the process instrumentation common to the petro-chemical industry. Includes temperature, pressure, and flow instrumentation. PAGRA243. Process Piping Drawings Students will be able to construct a complete set of process piping drawings. In so doing they will be able to demonstrate their understanding of the methods, procedures and concepts involved in the preparation of flow sheets, piping plans, elevations, details and piping isometrics. PAGRA244. Descriptive Geometry The focus of this course is on the fundamental theories underlying the graphic language and drawing as applicable to the problems of industrial and scientific fields. This course covers the uses of descriptive geometry to the architect, machine or structural designer, geologist, topographer, and civil engineer. Projections and fundamental relations of points, lines, planes, surfaces and their uses are covered. PAGRA250. Intro to Comp-Asst Draft Introduction to Computer-Assisted Drafting. A course in the operation of computer-aided drafting systems. Emphasized are the techniques used in creating and modifying engineering drawings. Students learn computer generation of engineering through projects involving drawing, programming and plotting on the College computer graphics systems. PAGRA251. Computer-Aided Design I Introduction to Computer-Aided Design, introduction to hardware, software, 2D drawing, part and entity commands of computer aided design. Includes beginning dimensioning techniques and text information. PAGRA252. Computer-Aided Drafting An introduction to the solution of drafting problems and development of graphic presentations using computer aided and computer-assisted drafting techniques. Use of programming techniques for direct solution to drafting/graphics problems and available software routines for complex problems. Introduction to use of computer plotter, CRT's and digitizers. Introduction to drafting standards. PAGRA253. Intro Computer-Aided Dsn An introduction to the operation of an Applicon CAD system. Topics include system modes, geometry addition, geometry manipulation, selection principles, dimensioning, text addition and plotting. PAGRA254. CAD 1 This course is a continuation of Introduction to Computer-Aided Drafting. The objectives of Intro to CAD will be reviewed, followed by studying such topics as sectioning, auxiliary views, assemblies, drawing revisions, and plotter operations. PAGRA262. Offset Lithography Photo-lithographic process. Copy preparation, camera techniques, line and halftone photography, densitometry, stripping, platemaking and presswork. PAGRA263. Reproduction Graphics This course introduces students to reproduction processes, equipment, and materials of the graphic communications industry. The course studies the history and current practices of printing, composition, layout, design, process photography, platemaking, presswork and finishing operations and provides laboratory activities in the fundamentals of lithography, screen printing, letterpress, gravure and flexography. PAGRA301. Technical Illustration This course deals primarily with translation or orthographic drawings into three-dimensional, pictorial representations. Topics include: Axonmetric drawings; perspectives, and illustration techniques in shading, rendering and airbrush. PAGRA302. Technical Illustration Students will prepare representational, three dimensional drawings of objects. These will include illustrated parts breakdown (IPB) and assembly drawings with placement of parts in desired relationships to each other. It covers airbrush techniques in-depth, as well as mechanical perspectives, isometrics, technical sketching and schematics. PAGRA303. GraphicDesign/Illustratn This course emphasizes contemporary approaches in illustration. The techniques, skills and procedures used in illustration are taught with a view toward professional development. Students work with varied illustration projects from concept to finished artwork. PAGRA304. Intro. to Computer Art Bridges the historical traditions of drawing and painting techniques and aesthetics with the electronic computer technology of the present using a variety of painting and drawing software packages. Devises such as "the mouse," the drawing tablet, paddles, and the computer keyboard are employed. Subject matter for drawing and painting includes photos, comic book imagery, still life, and the model. PAGRA305. Computer Art An introduction to the use of the computer as a tool for art and design used in the graphic arts and communication industries. The fundamentals of color computer graphics are emphasized using menu driven Macintosh computers and laser scanners. Among the several software packages used are 2D paint, illustration and object-oriented programs. Output devices include the use of Postcript laser printer and color thermal printer. PAGRA313. Adv3DCompAided Des/Draft Advanced Three Dimensional Mechanical Computer Aided Design/ Drafting. This course focuses on the use of computerized design technology to create and manipulate complex surfaced models. The subjects of kinematics, surface deformation and analysis are also covered. The material is reinforced throgh a series of hands-on design projects. PAGRA321. AdvTechs/CAD:PrntdCBdDsn FULL TITLE: Advanced Techniques in CAD: Printed Circuit Board Design An advanced course in the use of Applicon CAD system for printed circuit board design. The course covers PC board geometry, circuit flow, single and double aided boards, multi-layer boards, assembly drawings, detail drawings, artwork generation, manual and automatic checking of board. PAGRA322. Comp Graph for Elec Desn This course covers how an electronic drafting CAD system interacts. Schematics are designed and drafted on the CAD system. These schematic data bases are then used to produce printed circuit boards. PAGRA341. Process Plant&Piping Dsn Students will be able to develop a process plant from piping material, plant design specifications, and process piping instrument drawings. They will also be able to complete piping layout for said plant. PAGRA342. Process PipingModel Bldg Students will be able to construct a model of a prototype process plant from drawings and data supplied. In so doing they will demonstrate their knowledge of process plant design, structural and architectural standards. PAGRA351. Computer Aided Design II Advanced 2D and 3D Mechanical Design. Introduction of 2D and 3D techniques and introduces the concepts of planes, surface generations and entity translations. PAGRA352. ComputerAidedDesign&Drft Computer Aided Design and Drafting A continuation of computer-aided drafting using advanced techniques and topics of computer aided design and computerassisted drafting techniques for direct solution to three dimensional mechanical design/drafting problems. Includes introduction to N/C and group technology. PAGRA353. Comp.Aided Design&Draftg Computer-Aided Design and Drafting A continuation of Computer-Aided Engineering Graphics stressing the advanced capabilities for design and drafting made possible by the use of the microcomputer. Topics covered include construction of complex drawings, intelligent entities (polylines), script files, attribute extraction and bill of materials generation, and the creation of custom shapes, linetypes, letterfonts, hatch patterns, and menu systems. Data base integration, data exchange formats,three dimensional model shading and animated graphics presentations are also discussed. PAGRA354. CAD/CAM Applications This course starts with a survey of various drafting and engineering applications packages available for use with the microcomputer (applications such as Architectural, Mechanical, Electrical, etc.). Students they study a high level programming language called LISP. They use their programming skills in LISP to create their own custom engineering graphics applications package complete with menu systems, script files, and symbol libraries. Students also learn to use the latest desktop publishing software so that they may create documentation and a tutorial for their applications package. PAGRA355. CAD/CAM Operations Investigation and analysis of major areas of interest and concern in management of an industrial CAD/CAM system center including organization interrelationships with related engineering, and administrative functions. Administration of facilities, personnel and data base will be primary areas to be addressed. PAGRA356. AdvTechsComp-AidedDsn The second of a series of courses utilizing the Applicon System. Covers advanced geometry techniques, defining tablet symbols, writing command macros, creating components, and creating cells of complex geometric shapes. Also included are the use of the drawing composer and plotting final output. PAGRA357. CAD 2 Computer-Aided Drafting 2 further explores this new drafting technology by exploring isometric (3D) drawing with CAD equipment, use of colors, layering, shading and other drawing enhancement features. PAGRA361. Adv. Offset Lithography Advanced technical information and skills. Photographic chemistry, advanced halftone techniques, posterization, duotones, trio-tones, screen calibration development, color negative development, enlarging and densimetric control. PAGRA362. Electronics Publishing Electronics Publishing Systems. Electronics publishing provides students with practical technical expertise and experiences in the managing and use of the technologies, machines and tools associated with desktop publishing, laser printing, scanning, phototypsetting, electronic printing, and other pre-graphic reproduction systems. PAGRA363. Production Graphics This course emphasizes offset lithography and screen printing quantity production techniques. It provides individual and group experiences in producing single and multicolor brochures, booklets, forms, posters, newsletters and other typical in-plant or captive shop type publications. The course studies production control techniques and students are exposed to typical problems solving activities. PAGRA451. ComputerGraphicsModeling This course will extend the student's expression with three dimensional computer graphics modeling systems. Wire frame modeling in combination with the application of paint systems will allow for solid figure modeling. Applications in both fine arts and commercial art will be considered.

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