Drafting, 1-yr Certificate

The purpose of this program is to train and prepare graduates from diverse backgrounds to work with and assist architects, engineers, other designers, and technicians as part of construction, manufacturing, or engineering teams. Coursework prepares graduates to work collaboratively as design paraprofessionals across a range of capacities using a variety of software platforms. Students build skills in problem-solving, analysis, technical graphics, and basic design. Successful graduates are able to communicate effectively in multiple formats.

45 credits

Program Contacts

Cost

Estimated Cost: $ 9,516

  • Resident Tuition: $ 6,261*
  • Technology Fees: $ 585
  • General Student Fees: $ 407** (if applicable)
  • Online Course Fee: $ 260
  • Books / Course Materials: $ 633 (Books are not required, but recommended. Some courses use Open Educational Resources (OER), which are free or low-cost materials.)
  • Program Specific Fees: $ 120 (Certifications, Licensure, Exams)
  • Other Cost / Expenses: $ 1250*** (Computer/Internet)

Costs provided are estimates only. Learn more and view current tuition and fee information at https://www.lanecc.edu/costs-admission/tuition-fees-and-payments/credit-tuition

*Resident tuition is based on all program requirements (general education, core, directed electives).

**General Student fees are paid once each term, depending on whether you are taking classes on Main Campus, or at one of the outreach centers or by distance learning.

***Any special info about program costs or expenses.

****This is the total of all the differential fees attached to the courses in this program.

Hardware: In order to run AutoCAD, Revit, and SolidWorks software, students need a computer with Windows 10 or newer operating system; CPU of 3.3 GHz or higher; 8 GB of RAM, with 16 GB recommended; 30 GB free disk space for download and installation, plus 500 GB or more storage; graphics card capable of 24-bit color and DirectX 11 compliant, such as Nvidia Quadro series, AMD FirePro series, or AMD Radeon series; at least two USB ports; and an external mouse. (A computer with Mac OS can run AutoCAD software, but not Revit or SolidWorks.) A limited number of laptops are available on loan from the LCC Student Helpdesk. In addition, students need a way to store backup copies of all files, such as a flash drive, external hard drive, or cloud service.

Connectivity: Students need a reliable internet connection; a browser such as Google Chrome or Firefox; and a robust antivirus and firewall product such as McAfee or Norton, kept up to date.

Software: Students need Microsoft Office, with Word, Excel, and PowerPoint, available free to LCC students. Students will need the current version of AutoCAD, Revit, and SolidWorks software and will get instructions in classes for downloading free educational versions.

Program Learning Outcomes

Students who complete this program will be able to:

PLO 1 - Effectively and independently use CAD and solid modeling software in alignment with industry standards

PLO 2 - Visualize three-dimensional objects from multiple viewing directions and translate three-dimensional objects into two-dimensional drawings

PLO 3 - Create mechanical and architectural drawings which follow recognized national standards for format, annotation, lines, and symbols

Program Requirements

General Education

WR 121ZComposition 1

4

CS 120Concepts of Computing: Information Processing

4

Human Relations - choose one course from list

3-4

CS 120: See Footnote 1.

List of accepted Human Relations Courses

Mathematics

Algebra - Complete one of the following:
MTH 060Beginning Algebra

4

MTH 075Applied Algebra for Technicians

4

MTH 098Math Literacy

5

MTH 111ZPrecalculus I: Functions

4

Note: MTH 065, MTH 095, or any 200-level Math are also accepted

Geometry - Complete one of the following:
MTH 085Applied Geometry for Technicians

4

MTH 097Geometry

4

MTH 112ZPrecalculus II: Trigonometry

4

Program Core Courses

CST 122Construction Codes

2

DRF 121Mechanical Drafting

4

DRF 137Architectural Plans

4

DRF 160Computer-Aided Drafting and Design

4

DRF 203Electrical Drafting

2

DRF 245Solid Modeling

4

COOP 206Co-op Ed: Internship Seminar

2

COOP 206: See Footnote 2.

Electives

Complete 4-6 credits from the the list below:

ART 117Basic Design: 3-Dimensional

3

ART 216Digital Design Tools

3

CH 150Preparatory Chemistry

3

CIS 140WIntroduction to Operating Systems: Windows Clients

4

CIS 195Web Authoring 1

4

CS 179Introduction to Computer Networks

4

CST 116Construction Estimating

4

CST 201Sustainable Building Practices

3

DS 154Heavy Duty Braking Systems

1-12

DS 257Diesel Electrical Systems

1-12

DS 259Diesel Engines and Engine Overhaul

1-12

GIS 151Digital Earth

4

GIS 245GIS 1

4

MFG 101Safety and Basic Shop Practice

3

MUL 101Introduction to Media Arts

3

MUL 212Digital Imaging

4

PH 101Fundamentals of Physics

4

PH 102Fundamentals of Physics

4

PH 103Fundamentals of Physics

4

PH 201General Physics

5

PH 202General Physics

5

PH 203General Physics

5

WLD 143Wire Drive Welding 1

4

WLD 151Fundamentals of Metallurgy

1-3

Footnotes

1 – Any computer science (CS) course higher than CS 120 is also accepted

2 – COOP 206: complete a minimum of 2 credits

Notes

Sample Term Planner

Drafting Term Plan 23-24

*Subject to change. Connect with an academic advisor to create an individualized academic planner.