Engineering Design Graphics, Level 2 Certificate

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Shaping concepts into engineered solutions

The Engineering Design Graphics pathway prepares students for technical careers that support engineering, manufacturing, construction, and product design industries. Through progressive coursework, students develop skills in technical drawing, computer-aided design (CAD), 3D modeling, and industry-standard design practices used to communicate complex engineering concepts. The pathway emphasizes hands-on learning and real-world applications, allowing students to build a strong foundation in design visualization, documentation, and problem-solving. Designed for flexibility, the pathway supports multiple credential options—certificates and an associate degree—allowing students to gain workforce-ready skills while advancing toward higher levels of technical expertise.

Career Opportunities and Income

Visit sanjac.edu for information regarding career opportunities and potential earnings in the Greater Houston region.

Learning & Career Pathway

This learning pathway - a series of related and “stacked” certificates and degrees - includes the following awards. You can start at any point on the path and earn certificates on your way to completing the degree

Learning Outcomes and Career Skills

A student completing the last award in the pathway will be able to:

  • Students will use industry standards to communicate graphically.
  • Students will be able to develop architectural working drawings using architectural standards.
  • Students will be able to apply critical thinking to a drawing to determine the best graphical solution.
  • Students will be able to utilize National Electric Codes (NEC) safety codes to create plans and diagrams.
  • Students will be able to develop and employ industry recognized piping symbols and mechanical equipment in creating flow diagrams, isometrics, piping arrangements, elevation drawings, and/or 3D models.

External Learning Experiences

This program includes external learning experiences outside of the classroom, e.g., an internship, externship, clinical, practicum, or cooperative learning experience. Those experiences are typically on-site at a business or organization.

All students participating in external learning experiences are required to comply with the immunization requirements and policies of the external learning sites. Some learning sites outside the college have their own vaccination requirements. These rules come from those facilities and are not mandated by the college. Failure to meet those immunization requirements may limit a student’s ability to complete the program and/or may delay the student’s graduation date. San Jacinto College does not process exemptions, and students should address potential vaccination exemptions directly with the external learning site.

Locations

College Admission 

San Jacinto College is an open admission institution. All students are welcome to apply and will be admitted to the College. You may begin the process on the College’s “How to Apply” webpage. 

Program Admission  

There are no additional admission requirements for the Engineering Design Graphics program; students only need to complete the application to the College, as noted in “College Admission” above, and follow the enrollment steps. 

PLAN OF STUDY 

5EDG

Plan of Study Grid
First Year
First TermCredits
DFTG 1305 Introduction to Technical Drawing 3
DFTG 1409 Basic Computer-Aided Drafting 4
ENGL 1301
Composition I 1
or Technical and Business Writing
3
 Credits10
Second Term
DFTG 1417 Architectural Drafting-Residential 4
DFTG 1445 Parametric Modeling and Design 4
DFTG 2423 Pipe Drafting 4
 Credits12
Second Year
First Term
DFTG 2407 Electrical Drafting 4
Select one (1) course from the three (3) Specializations: 4
Architectural/Civil/Structural Specialization
 
Mechanical Specialization
 
Energy/Industrial Specialization
 
DFTG 2317 Descriptive Geometry 3
MATH 1332
Contemporary Mathematics (Quantitative Reasoning) 1
or College Algebra
3
 Credits14
Second Term
Select three (3) courses from the three (3) Specializations not previously selected: 12
Architectural/Civil/Structural Specialization
 
Mechanical Specialization
 
Energy/Industrial Specialization
 
DFTG 2386
Internship-Drafting and Design Technology/Technician 2
or Final Project - Advanced Drafting
3
 Credits15
 Total Credits51

Capstone Experience: DFTG 2386 Internship-Drafting and Design Technology/Technician or DFTG 2338 Final Project - Advanced Drafting

1

Courses do not have to be taken in this order unless a course has a prerequisite. 

2

The course selected to satisfy the Capstone Experience (DFTG 2386 Internship-Drafting and Design Technology/Technician or DFTG 2338 Final Project - Advanced Drafting) can only be taken during, or after, the term in which the last required engineering design graphics courses are completed.

Courses may be applied to earn the Certificate of Technology, then the Level 2 Certificate, and finally the Associate of Applied Science (AAS) degree .

For the four (4) semester credit hours of the Second Year/First Term, students follow one (1) of the three (3) specializations: Architectural/Civil/Structural Specialization, Mechanical Specialization or Energy/Industrial Specialization taking the courses listed under each specialization below this Plan of Study.

For the 12 semester credit hours of the Second Year/Second Term, students follow one (1) of the three (3) specializations: Architectural/Civil/Structural Specialization, Mechanical Specialization or Energy/Industrial Specialization taking the courses listed under each specialization below this Plan of Study.

For more detailed information on this program, contact the Department Chair or full-time faculty.

Electives

Architectural/Civil/Structural Specialization3
Structural Steel Detailing
Architectural Illustration
Structural Drafting
Civil Drafting I
Topographic Drafting
Architectural Drafting-Commercial
Advanced Technologies in Architectural Design and Drafting
Mechanical Specialization
Mechanical Drafting
Machine Drafting
Machine Design
Advanced Technologies in Mechanical Design and Drafting
Solid Modeling/Design
Geometric Dimensioning and Tolerancing
Advanced Machine Design
Energy/Industrial Specialization
Structural Drafting
Civil Drafting I
Instrumentation Drafting
Topographic Drafting
Advanced Pipe Drafting
Advanced Technologies in Pipe Design and Drafting