2026-2027 Academic Year

ENGR 102 - Print Reading for Industry (Online)

Engineering Technology Course included in the CAD Drafting program. 

 

ENGR 240 Fundamentals of Electrical Engineering (Remote Synchronous)

ENGR 240 is an introduction to the theory and analysis of electrical circuits and is a prerequisite course for many electrical engineering transfer pathways as well as a required course for nearly all engineering disciplines, including mechanical, computer, aerospace, manufacturing engineering and some civil engineering programs.  Topics include basic circuit elements such as resistors, capacitors, inductors, operational amplifiers, circuit theorems, direct and alternating current circuits, forced and natural responses of simple circuits, sinusoidal steady state analysis and the use of computer-aided circuit analysis programs.  

Prerequisite: PHY 102 and MATH 105
Corequisite: MATH 108

 

ENGR 111 SOLIDWORKS I (online)

ENGR 111 is an introductory Engineering Technology class about 3D modeling and design in SOLIDWORKS. SOLIDWORKS and 3D modeling skills are very important for Mechanical and Aerospace Engineering jobs.

Prerequisite: ENGR 101 or ENGR 122

ENGR 112 SOLIDWORKS II (online)

Advanced use of SOLIDWORKS 
Prerequisite: ENGR 111

ENGR 100 Introduction to Engineering (two sections online and in-person)

UC and CSU transferable

Explores the different Engineering majors, disciplines and job types. Students learn engineering study skills and the Engineering Design Process through a hands-on project.  Required course for all engineering majors.

Prerequisites: None

 

ENGR 101 Engineering Drafting and Basic Design (in-person)

CSU transferable

Theory and practice of creating engineering drawings.  Introduction to AutoCAD, SOLIDWORKS and Onshape for 2-Dimensional and 3-Dimensional Computer Aided Design. Part of the Engineering Technology CAD program.

Tues and Thurs 1:55 pm - 5:05 pm
Prerequisites: None

 

ENGR 102 - Engineering Print Reading for Industry (online)

Engineering Technology Course included in the CAD Drafting program. 

Prerequisites: None

 

ENGR 111 SOLIDWORKS I (online)

ENGR 111 is an introductory Engineering Technology class about 3D modeling and design in SOLIDWORKS. SOLIDWORKS and 3D modeling skills are very important for Mechanical and Aerospace Engineering jobs.

Prerequisite: ENGR 101 or ENGR 122

ENGR 112 SOLIDWORKS II (online)

Advanced use of SOLIDWORKS 

Prerequisite: ENGR 111

 

ENGR 132 Introduction to Digital Electronics (in-person)

ENGR 132 provides an introduction to the basic concepts and theory of digital electronics. Binary 
number system is covered along with Boolean functions and their simplification. Combinational and 
sequential logic and digital system design using simulation software is included. Students also learn 
how to build, test, and analyze simple digital circuits in the laboratory, using test equipment such as 
power supply, multimeter, signal/function generator, and oscilloscope. 

 

ENGR 140 Materials Science and Engineering (online)

UC and CSU Transferable

ENGR 140 is an important course for mechanical and civil engineering majors and has become increasingly important for product design.  The atomic and chemical structure of materials as well as the way that materials are manufactured determine important mechanical properties.

Prerequisites: CHEM 101 and PHYS 101

 

ENGR 152 Engineering Mechanics - Statics (in-person) 

UC and CSU Transferable

ENGR 152 is the most important course for mechanical and civil engineering majors as it is the first course in engineering problem solving.  Statics is the first in a critical path sequence of courses that includes Strength of Materials, Machine Design (for ME’s and AE's), Structures (for CE’s) and Senior Design I and II.  Taking Statics before transferring can shorten the path to completion of the BS degree. 

Prerequisite: PHYSICS 101 and MATH 104

 

ENGR 156 - Programming and Problem Solving in MATLAB (online) 

ENGR 156 is the required programming course for civil and mechanical engineering majors. Electrical and computer engineering majors sometimes take this course in order to learn MATLAB for use in industry and a number of GCC students have gotten internships that use MATLAB.  Students learn how to use MATLAB as an engineering calculation and simulation tool and also basic programming.

Prerequisites: MATH 103E

ENGR 102 - Print Reading for Industry (online)

Engineering Technology Course included in the CAD Drafting program. 

Prerequisites: None

 

ENGR 156 - Programming and Problem Solving in MATLAB 

ENGR 156 is the required programming course for civil and mechanical engineering majors. Electrical and computer engineering majors sometimes take this course in order to learn MATLAB for use in industry and a number of GCC students have gotten internships that use MATLAB.  Students learn how to use MATLAB as an engineering calculation and simulation tool and also basic programming.

Prerequisites: MATH 103E

 

ENGR 109 - Computer Aided Design AutoCAD I (in-person)

ENGR 109 is part of the Engineering Technology CAD Drafting program.  Students learn 2-Dimensional use of AutoCAD.

ENGR 100 Introduction to Engineering (two sections online and in-person)

UC and CSU transferable

Explores the different Engineering majors, disciplines and job types. Students learn engineering study skills and the Engineering Design Process through a hands-on project.  Required course for all engineering majors.

Prerequisites: None

 

ENGR 111 SOLIDWORKS I (in-person)

ENGR 111 is an introductory Engineering Technology class about 3D modeling and design in SOLIDWORKS. SOLIDWORKS and 3D modeling skills are very important for Mechanical and Aerospace Engineering jobs.

Prerequisite: ENGR 101 or ENGR 122

 

ENGR 122 Engineering Graphics (in-person)

ENGR 122 is the required Computer Aided Design course for Mechanical, Aerospace, Manufacturing, Civil, and Biomedical Engineering majors.  Students learn to create engineering drawings and engineering design.

 

ENGR 125 Programming Methodologies for Engineers (in-person)

Engineering programming course for electrical and computer engineering majors

Prerequisite: MATH 103E

 

ENGR 141 Materials Science and Engineering Laboratory (in-person)

Laboratory for ENGR 140

 

ENGR 152 Engineering Mechanics - Statics (online)

UC and CSU Transferable

ENGR 152 is the most important course for mechanical and civil engineering majors as it is the first course in engineering problem solving.  Statics is the first in a critical path sequence of courses that includes Strength of Materials, Machine Design (for ME’s and AE's), Structures (for CE’s) and Senior Design I and II.  Taking Statics before transferring can shorten the path to completion of the BS degree. 

Prerequisite: PHYSICS 101 and MATH 104

 

ENGR 156 - Programming and Problem Solving in MATLAB (in-person)

ENGR 156 is the required programming course for civil and mechanical engineering majors. Electrical and computer engineering majors sometimes take this course in order to learn MATLAB for use in industry and a number of GCC students have gotten internships that use MATLAB.  Students learn how to use MATLAB as an engineering calculation and simulation tool and also basic programming.

Prerequisites: MATH 103E

 

ENGR 230 - Dynamics (online) 

ENGR 230 is the second course in Engineering Mechanics.  Although this course has wide articulation, check with your transfer institution to be sure it is accepted in your university program.

Prerequisite: ENGR 152 Statics

 

ENGR 240 Electrical Engineering Fundamentals (in-person)

ENGR 240 is an introduction to the theory and analysis of electrical circuits and is a prerequisite course for many electrical engineering transfer pathways as well as a required course for nearly all engineering disciplines, including mechanical, computer, aerospace, manufacturing engineering and some civil engineering programs.  Topics include basic circuit elements such as resistors, capacitors, inductors, operational amplifiers, circuit theorems, direct and alternating current circuits, forced and natural responses of simple circuits, sinusoidal steady state analysis and the use of computer-aided circuit analysis programs.  

Prerequisite: PHY 102 and MATH 105

Corequisite: MATH 108

Questions? Email: cherwerth@glendale.edu

Engineering Department Chair

Christopher Herwerth, M.S., P.E.

Professor of Engineering