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Electrical Engineering Technology

Grayson College's Electrical Engineering Technology program is an award-winning program and is tailored to equip students with the skills necessary for careers in Industry 4.0, focusing particularly on roles within semiconductor equipment technology and automated manufacturing. This innovative program blends theoretical knowledge with hands-on experience to meet the demands of modern industry.

Students in this program gain a comprehensive understanding of electrical circuits, control systems, automation technologies, and semiconductor fundamentals. The curriculum emphasizes practical skills such as troubleshooting, maintenance, and calibration of complex semiconductor equipment used in automated manufacturing processes.

Grayson College's state-of-the-art facilities provide students with access to cutting-edge equipment and simulation tools, ensuring they are well-prepared to work in high-tech industrial environments. Additionally, students benefit from industry partnerships that offer valuable internships and cooperative learning opportunities, enabling them to apply their skills in real-world settings.

Graduates of the Electrical Engineering Technology program are prepared for careers as Semiconductor Equipment Technicians, Automation Technologists, Maintenance Engineers, and related roles in Industry 4.0. They possess the technical expertise and problem-solving abilities necessary to thrive in rapidly evolving industries where automated systems and semiconductor technologies play a pivotal role.

FAQs

  • Electrical Engineering technology prepares students for work in automated manufacturing centers and other industry 4.0 centers. Local employers include Texas Instruments, Coherent, Global Wafers, Presco, Emerson, Strike Photonics, Raytheon, Qorvo, Oklahoma Steel and Wire, Amazon, and others.

  • Many of these jobs involve 12 hour shifts with 3 days worked in one week and 4 days worked the 2nd week. Think Sunday/Monday/Tuesday one week and then Sunday/Monday/Tuesday/Wednesday the 2nd week.  Some of them, such as with semiconductor manufacturers, may also involve cleanroom environments with smocks and chemicals used in the manufacturing process. Many of these jobs are efficient and safe.

  • There are different options whether a student is pursuing a single certificate, both level 1 certificates or the AAS. A single certificate can be finished in 3 8-week periods if taken hybrid (some online, some face to face). Both certificates can be finished in 12 months following our hybrid model, and an AAS can be completed in 18 months.

  • On average students will be enrolled in 3 classes per 8 week session. 

  • You take an average of 5 courses per long semester and 3 in the summer.

  • We use a hybrid model where approximately 50% of your work will be completed online and the other 50% will be completed in lab time on campus. Expect an average of 12-20 hrs of online work per week.

  • While this program does not require the Math TSI competency to enroll, the classes are still very math heavy. If you can work efficiently with a calculator and understand algebraic formulas and basic trigonometry using a calculator, you should be able to be successful. A review of basic math skills before starting the course is recommended.

  • You do not have to take the TSI to complete the level 1 certificates. You must take the TSI to obtain the Associates fo Science degree. However, the math utilized in the basic certificates should give you a good review and improve your chances of passing the Math TSI substantially. We recommend our Adult Basic Ed TSI bootcamp course for help with the reading and writing portion of the TSI. 

  • Many students will have a starting pay of $60,000+ with these credentials and skills.

  • In order to be hired by any of these industries, students will need to apply individually for jobs. Grayson College can not ensure employment with any industry partners as they each have their own traits, beyond even the skills taught in our program, that they look for.  However, Grayson’s programs have been designed based on the requirements of these industry partners who often visit our students before graduation and will be aware of students in the programs prior to graduation which can help in the search for a position.

  • Electronics Certificate?

    • Equipment technician, Operator 

    Automation Certificate?

    • Equipment technician, Operator 

    Both the Electronics & Automation Certificates?

    • More senior technician role

    Associate of Applied Science Degree?

    • Senior technician roles, supervisor roles

  • Many of our industry partners offer summer internship opportunities students can apply for. 

  • This degree does not transfer into traditional Bachelors of Science or Bachelors of Arts degrees, including traditional Engineering degrees. Some universities offer Bachelor of Applied Science degrees and/or Bachelor of Applied Technology degrees that this associate’s degree may transfer into. Look into some of the programs offered by Texas A&M Commerce for information locally about these transfer options. 

  • Electrical Engineering Technology teaches skills needed to program, maintain, repair, and service advanced automated electronics equipment used in industry 4.0 manufacturing. Advanced manufacturing teaches skills in machining and manufacturing parts, troubleshooting, quality control, and soft skills for less automated manufacturing plants. 

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