Dr afting, Design, & Engineer ing pr ogr am s - dcc.vccs.edu Design Engineering... · Dr afting,...
Transcript of Dr afting, Design, & Engineer ing pr ogr am s - dcc.vccs.edu Design Engineering... · Dr afting,...
Dr af t i n g, Desi gn , & En gi n eer i n g pr ogr am sDCC?s Drafting and Engineering programs offer training in variety of stages in the design to implementation process of various types of projects, from construction to machinery to parts. The Engineering ? Associate of Science degree provides students with the first two years of a bachelor 's degree and is designed to transfer to a four-year university.
Advanced Product Design & Developm ent (CSC)......................................................177Applied Engineer ing Technology (A.A.S).....................................................................178Com put er Aided Draf t ing & Design Technology (Diplom a)....................................180Draf t ing Technology (Cer t if icat e)...............................................................................182Engineer ing (Associat e of Science)..........................................................................183
PROGRAM INFO
This CSC is designed for individuals interested in manufacturing at a small
business level who wish to learn the skills to develop an idea from concept to
viable products. Completion of this
program will prepare the graduate for work in various positions in the
design and manufacturing sectors.
Minim um credit s: 21
Lengt h: 1 year
Division: Business, Engineering, & Industrial
Technologies
Cont act : 434.797.8440 or 434.797.8474
For course descr ipt ions, visit danville.edu/catalog
ADVANCED PRODUCT DESIGN & DEVELOPMENT - CSC
This CSC is designed to prepare students to design, engineer, and produce a product utilizing wood as a primary design medium and incorporating CAD/CAM/ CNC technology. Students will learn the basics of hand tool usage & maintenance, functional & aesthetic design, computer-aided drafting, problem-solving, managing materials, & product design & production.
Program Out com es
Graduates of this program will demonstrate knowledge of the following:
1. Knowledge of use and care of hand and power tools used in the industry
2. Knowledge of materials used in various forms of manufacturing
3. Knowledge of CAD/CAM/CNC technology as used in product design and manufacturing
4. Knowledge of problem solving techniques 5. Knowledge of functional and aesthetic design
skills used in consumer targeted manufacturing .
Note: MTE 1,2,3 prerequisite required for CAD 233.
Course Sequence
IND 137 Team Concepts & Problem Solving
BLD 105 Shop Practices & Procedures IND 161 Product Design & Dev. 1 IND 162 Product Design & Dev. 2 CAD 233 Computer Aided Drafting 3 ART 131 Fundamentals of Design
3 0 3 31 2 3 21 8 9 51 8 9 52 2 4 32 4 6 310 24 34 21
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Danville Community College - 177
PROGRAM INFO
Minim um credit s: 41
Lengt h: 4 semesters (2 years) if suggested
full-time course sequence is followed
Career oppor t unit ies: Mechanical Engineering
Technician: $53,900
Electro-mechanical Technician:
$53,400
Industrial Engineering Technician:
$53,780
* Median salaries nationwide as of 2015. Source: BLS.gov
Division: Business, Engineering, & Industrial
Technologies
Cont act : 434.797.8440 or 434.797.8474
For course descr ipt ions, visit danville.edu/catalog
APPLIED ENGINEERING TECHNOLOGY - Associate of Applied Science
Applied Engineering Technology is a two-year curriculum combining a basic core of engineering courses drawn from Mechanical, Industrial, and Electronic Engineering. The first year includes studies in science, math, English, drafting, and general education courses. Although the first year is composed almost exclusively of engineering technology courses, these courses will prepare the student to enter the engineering field as an engineering technician upon graduation.
Program int egrat ion :
Students earning the Applied Engineering Technology A.A.S. can complete the Computer Aided Drafting and Design Technology diploma by completing seven additional courses.
Indust ry Cer t if icat ions:
Solidworks CSWA - Academic
Program Out com es
Graduates of this program will be able to:
1. Design, draw and build a model bridge then test the structural strength with the department 's structure tester.
2. Develop, design, create a drawing package, and fabricate a 3-dimensional working model of a functioning mechanical system.
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Course Sequence
First sem est er SDV 100 COLLEGE SUCCESS SKILLS 1 0 1 1 DRF 114 DRAFTING I 1 9 10 4 MEC 100 INTRO ENGINEERING 1 2 3 2 MAC 131 MACHINING TECHNOLOGY 1 3 4 2 SDV 198 ELECTRONIC PORTFOLIOS 1 0 1 1 MTH 166 PRECALCULUS W/TRIGONOMETRY 4 0 4 4
Tot al 9 14 23 14Second Sem est erMEC 111 MATERIALS FOR INDUSTRY 3 0 3 3 CAD 201 CAD I /AUTOCAD 2 2 4 3 MTH 271 APPLIED CALCULUS 3 0 3 3 ITE 140 SPREADSHEETS 3 0 3 3ENG 111 COLLEGE COMPOSITION 3 0 3 3 Tot al 14 2 16 15Third Sem est erCAD 233 CAD 3/SOLIDWORKS 2 2 4 3 MAC 126 INTRO TO CNC / FEATURECAM 2 2 4 3 PHY 130 TECHNICAL PHYSICS 2 2 4 3 MEC 131 MECHANICS I 3 0 3 3
Tot al 9 6 15 12Four t h Sem est erMEC 132 MECHANICS II 3 0 3 3 MEC 265 FLUID MECHANICS 3 0 3 3 MEC 126 PROGRAMMING / VISUAL BASIC 1 2 3 2 PHYS ED ELECTIVE 1 0 1 1 ETR 115 AC/DC FUNDAMENTALS 3 0 3 3
Tot al 11 2 13 12Fif t h Sem est er MEC 211 MACHINE DESIGN I 3 2 5 4 PSY/SOC/HUM ELECTIVE 3 0 3 3 HUM ELECTIVE 3 0 3 3 CST 100 PUBLIC SPEAKING 3 0 3 3
Tot al 12 2 14 13
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APPLIED ENGINEERING TECHNOLOGY - Associate of Applied Science
Danville Community College - 179
PROGRAM INFO
Minim um credit s: 72
Lengt h: 5 semesters (2 years), including a full summer session during
freshman year, if the suggested full-time course
sequence is followed
Career oppor t unit ies: Drafters: $52,720
Mechanical Drafters: $59,520
Architectural & Civil Drafters: $50,710
* Median salaries nationwide as of 2015. Source: BLS.gov
Division: Business, Engineering, & Industrial
Technologies
Cont act : 434.797.8440 or 434.797.8474
For course descr ipt ions, visit danville.edu/catalog
COMPUTER AIDED DRAFTING & DESIGN TECHNOLOGY - Diploma
The Computer Aided Drafting and Design program takes students from entry-level computer aided design through complex 3D mechanical and residential design and fabrication. Students will become proficient in the use of several top design software programs including AutoCAD, Solidworks, Chief Architect, and FeatureCAM. Students will apply math, physics, and reverse engineering in the design process, gain fabrication experience with industrial materials, and build physical design models of their designs using several different 3D printers.
Program Out com es
Graduates of this program will be able to:
1. Design, draw, and fabricate a prototype of a design project using drafting equipment.
2. Develop, design, create a CAD drawing package, and fabricate a 3D working model of a functioning mechanical system.
3. Design, draw, and fabricate a prototype of several design projects using CAD programs.
4. Work in teams to survey a traverse and create a plat from field data.
5. Design, graphically represent, and present a plan of a mechanical system created in a CAD program to the Drafting/Applied Engineering Advisory Committee.
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Course Sequence
First sem est er SDV 100 COLLEGE SUCCESS SKILLS 1 0 1 1 DRF 114 DRAFTING I 1 9 10 4 MEC 100 INTRO ENGINEERING 1 2 3 2 MAC 131 MACHINING TECHNOLOGY 1 3 4 2 SDV 198 ELECTRONIC PORTFOLIOS 1 0 1 1 MTH 121 FUNDAMENTALS OF MATH 3 0 3 3MEC 126 PROGRAMMING / VISUAL BASIC 1 2 3 2ENG 111 COLLEGE COMPOSITION 3 0 3 3
Tot al 12 16 28 18Second Sem est erMEC 111 MATERIALS FOR INDUSTRY 3 0 3 3 CAD 201 CAD I /AUTOCAD 2 2 4 3 MTH 163 PRECALCULUS W/TRIG 3 0 3 3 CIV 171 SURVEYING 2 3 5 3ARC 121 ARCHITECTURAL DRAFTING 2 2 4 3 Tot al 12 7 19 15Third Sem est er (SUMMER)CAD 233 CAD 3/SOLIDWORKS 2 2 4 3 MAC 126 INTRO TO CNC / FEATURECAM 2 2 4 3 PHY 130 TECHNICAL PHYSICS 2 2 4 3 MEC 131 MECHANICS I 3 0 3 3
Tot al 9 6 15 12Four t h Sem est erMEC 132 MECHANICS II 3 0 3 3 MEC 265 FLUID MECHANICS 3 0 3 3 CAD 116 DRAFT III 1 4 5 3
TECH ELECTIVE 2 0 2 2 ECO 100/120/201 ECONOMICS 3 0 3 3
Tot al 12 4 16 14Fif t h Sem est er MEC 211 MACHINE DESIGN I 3 2 5 4 CAD 202 CAD II / SOLIDWORKS 2 2 4 3 CAD 210 AD TECH DRF 1 6 7 4 CAD 298 SEMINAR PROJECT 1 2 3 2
Tot al 7 12 19 13
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COMPUTER AIDED DRAFTING & DESIGN TECHNOLOGY - Diploma
Danville Community College - 181
PROGRAM INFO
The Computer Aided Drafting and Design
program takes students from entry-level computer
aided design through complex 3D mechanical and residential design
and fabrication.
Minim um credit s: 35
Lengt h: 3 semesters, if the suggested full-time course
sequence is followed
Career oppor t unit ies: Drafters: $52,720
* Median salaries nationwide as of 2015. Source: BLS.gov
Division: Business, Engineering, & Industrial
Technologies
Cont act : 434.797.8440 or 434.797.8474
For course descr ipt ions, visit danville.edu/catalog
DRAFTING TECHNOLOGY - Certificate
Students will apply math, physics, and reverse engineering in the design process, gain fabrication experience with industrial materials, and build physical design models of their designs using 3D printers.
Program Out com es
Graduates of this program will be able to: 1. Demonstrate competency in graphically describing the shape and size of a design project using traditional and CAD drafting methods. 2. Demonstrate competency in designing, graphically representing, and fabricating solid models of mechanical parts. 3. Demonstrate proficiency in surveying the boundaries of a property. 4. Demonstrate proficiency in solving a unique design problem.
Course Sequence
First sem est erSDV 100 COLLEGE SUCCESS SKILLS DRF 114 DRAFTING I ENG 111 COLLEGE COMPOSITION MTH 121 FUNDAMENTALS OF MATH SDV 198 ELECTRONIC PORTFOLIOS MEC 100 INTRO ENGINEERING MAC 131 MACHINING TECHNOLOGY
Second Sem est erMEC 111 MATERIALS FOR INDUSTRY CAD 201 CAD I /autocad CIV 171 SURVEYING ARC 121 ARCHITECTURAL DRAFTING
TECH ELECTIVE
Third Sem est erCAD 233 CAD 3/Solidworks CAD 199 SUPERVISED STUDY
1 0 1 11 9 10 43 0 3 34 0 4 41 0 1 11 2 3 21 3 4 212 14 26 16
3 0 3 32 2 4 32 3 5 32 2 4 3
29 7 16 14
2 2 4 31 2 3 23 4 7 5
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PROGRAM INFO
Minim um credit s: 66
Lengt h: 2 years (4 semesters) if suggested
full-time course sequence is followed.
Transfer oppor t unit ies:The Virginia Community
College System has guaranteed admission agreements with both
UVA and Virginia Tech for successful program graduates. Program
courses are also accepted by other
Virginia institutions.
Admission requirements vary by institution.
Students are urged to familiarize themselves
with the requirements of the college to which they
intend to transfer and plan course selections with their DCC advisor.
To learn more, visit danvil le.edu/ t ransfer
Division: Arts & Sciences
Cont act : 434.797.8402 or 434.797.8462
For course descriptions, visit danvil le.edu/cat alog
ENGINEERING - Associate of ScienceThis transfer degree is designed to prepare students for upper-level engineering courses at a four-year college or university. It was designed as part of the University of Virginia?s ?Produced in Virginia? initiative, which aims to increase the number of engineers graduated in the Commonwealth. The curriculum offers a firm foundation in mathematics and natural science. Regardless of their area of specialization, engineers are required to apply principles of math and science, solve problems, create new systems, and envision new processes to meet the demands of a continually evolving global economy.
Program not es:
This program is rigorous. Students must enjoy math and natural science, or at least feel comfortable doing a high level of work in these areas. This is essential in electrical, chemical, mechanical, civil and other engineering sciences that may be the focus of junior and senior level courses. Students who are not prepared in math, in particular, are encouraged to take preparatory courses first and to proceed at a slower pace to increase their likelihood of success.
Program Out com es: Graduates will demonstrate
1. The ability to apply engineering problem-solving methodology. 2. The ability to apply knowledge of math, sciences & engineering principles to engineering problems. 3. The ability to conduct experiments, & analyze & interpret data.4. The ability to function in a team & to communicate effectively and professionally. 5. The ability to understand professional & ethical responsibility.
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Course Sequence
First Sem est erENG 111 College Composition I 3 0 3 3 MTH 173* Calculus w/Analytic Geometry I 4 0 4 4 EGR 120 Introduction to Engineering 1 3 4 2 CHM 111 College Chemistry I 3 3 6 4 EGR 126 Computer Programming for Engineers 3 0 3 3 SDV 101 Orientation to Engineering 1 0 1 1
Tot al 15 6 21 17
Second Sem est er PHY 241 General University Physics I 3 3 6 4 ENG 112 College Composition II 3 0 3 3 MTH 174 Calculus w/Analytic Geometry II 4 0 4 4 CHM 112 College Chemistry II 3 3 6 4 PED/HLT Approved Wellness Elective 1 0 1 1
Tot al 14 6 20 16
Third Sem est er MTH 277 Vector Calculus 4 0 4 4 PHY 242 General University Physics II 3 3 6 4 EGR 140 Engineering Mechanics ? Statics 3 0 3 3 Social Science Elective I 3 0 3 3 Humanities Elective I 3 0 3 3
Tot al 16 3 19 17
Four t h Sem est er MTH 279 Ordinary Differential Equations 4 0 4 4 EGR 245* * Engineering Mechanics ? Dynamics 3 0 3 3 EGR 246* * Mechanics of Materials 3 0 3 3 Social Science Elective II 3 0 3 3 Humanities Elective II 3 0 3 3
Tot al 16 0 16 16
* Students who are not prepared for Calculus should begin with Precalculus with Trigonometry (MTH 166). These students should also consider following a three- or four-year sequence to complete this program. * * Students may substitute college-level engineering or supportive discipline courses for engineering disciplines such as electrical engineering to meet requirements. Substitutions must be approved by the division dean and engineering faculty.
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ENGINEERING - Associate of Science
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