Electronics Technology

Program Competencies (CCL)

Program Competencies (AAS - Technician)

Program Competencies (4-year transfer)

  1. Utilize computer programs and modeling to analyze engineering problems that will result in a design. (ECE102)
  2. Apply the fundamentals of the design process and problem solving skills in a team environment to solve problems. (ECE103)
  3. Apply Ohms and Kirchoff's laws to the solution of DC circuits and networks. (ELE113)
  4. Apply Kirchoff's Laws in conjunction with phasor concepts to solve AC circuits and networks. (ELE114)
  5. Apply small signal linear analysis to bipolar and field-effect transistor circuits, and multistage amplifiers. (ELE121)
  6. Apply the concept of Boolean algebra to the generation and reduction of logic circuits. (ELE131)
  7. Use computer programs to solve technology related problems. (ELE181)
  8. Use the operational amplifier as a linear functional block. (ELE222)
  9. Use assembly language to program a microprocessor. (ELE241)
  10. Perform the operation of differentiation and integration on functions of one variable. (MAT220)
  11. Use elements of analytic geometry, sequences and series in performing the operation of differentiation and integration. (MAT231)
  12. Apply physics concepts and principles to problems involving mechanics, fluid, sound and heat. (PHY111)
  13. Apply fundamental physical science concepts of chemistry or electricity, magnetism and optics in the solution of associated problems. (PHY112 OR CHM130 AND CHM130LL)


Offered At: Mesa Community College
AAS Degree: 71 Credits
Certificate in Electronics: 33 Credits
Typical Core Courses: Concepts of Electricity and Electronics, Circuit Analysis, Digital Logic, Algebra, Computer Programming, Solid State Devices, Microprocessors, Electromechanical Devices, Industrial Safety, Electronic Measurements Program Highlights: This is an FAA certified program. One degree designed for technicians, another designed for students who want to transfer to a 4-year program.
For More Information: Contact JD Neglia, (480) 461-7385 Web site: Click here

Electronics Manufacturing Technology

Program Competencies

  1. Use algebraic equations to solve electronics and other technology-related problems. (ELT102)
  2. Use algebraic and trigonometric functions to solve electronic problems. (ELT102, ELT113)
  3. Apply Ohm’s and Kirchoff’s laws to the solution of DC circuits and networks. (ELT113)
  4. Apply Kirchhoff's laws in conjunction with phasor concepts to solve AC circuits and networks. (ELT113)
  5. Test and troubleshoot digital circuits. (ELT131)
  6. Use an object-oriented programming language, such as Visual BASIC, to solve technology-related programming problems, test, debug, install programs, and document all work. (NET181)
  7. Identify and define the major components of the MS-DOS system. Use disk operating system commands and various utility programs to create batch files and system recovery disks, to fix disk hardware and software problems, and to manage data files and folders. (NET183AA)
  8. Test and troubleshoot solid-state components and electronics. (ELT195)
  9. Use standard electronic test equipment in the laboratory environment. (ELT251)
  10. Describe safe work habits in the work environment. (MIT106)
  11. Describe statistical methods used in fabrication process control. (MIT153)
  12. Describe the operation and application of various electromechanical devices. (MIT185)
  13. Identify and describe the use of automated systems including CIM, N/C, and CAD/CAM in the manufacturing environment. (MIT209)
  14. Planning, organizing, and writing a professional résumé, focus on presentation skills including format and language. (CPD126)
    15. Manufacturing Track
  15. Describe the major steps on the semiconductor manufacturing process. (MIT110)
  16. Describe the processes employed in integrated circuit formation. (MIT111)
  17. Identify and apply the fundamental laws and principles of hydraulic and pneumatic devices. (MIT181)
  18. Use process-based improvements, in a team effort, to the design process using quality principles. (ECE103AB)
    19. Electronics Track
  19. Describe the functional operation of a specific microprocessor. (ELT241)
  20. Demonstrate knowledge of communication devices that employ transmission techniques including amplitude, frequency, pulse modulation, SSB and digital, by using block diagrams, schematics, and appropriate test equipment. (ELT261)
  21. Apply the microprocessor in computing and control applications, system hardware and software used to control the microprocessor system to perform input/output operations. (ELT243)


Offered At: Glendale Community College
Typical Core Courses: Basic Electronics, Solid State Electronics, Digital and Logic Circuits, Communications, Electronic Instrumentation
For More Information: Contact Ui Luu, Electronics Faculty, at (623) 845-3173 or (480) 759-1703
Web site: Click here
For More Information: (602) 238-4350