Studies & Degrees in Technical Engineering in Industrial Electronics

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Are you an engineering student currently in the process of deciding upon a specialty path for your undergraduate or graduate degree?  Have you considered the exciting and fast-paced field of technical engineering in industrial electronics?  If so, the following information may prove quite useful. Here we will briefly discuss some of the specifics regarding the degree programs in Technical Engineering in Industrial Electronics, and outline some of the career opportunities available for qualified graduates.

Degree Programs in Technical Engineering in Industrial Electronics

Although technical engineering is a discipline that has been around for quite some time, recent advances in the world of technology have revolutionized this field, thus luring an increasing amount of students to pursue a degree in this branch of learning.  Many colleges and universities throughout the world now offer both a Bachelor and Master’s of Science degree in Technical Engineering in Industrial Electronics, and as the field continues to become more and more popular, an additional number of institutions are bound to follow suit.

The main purpose of the Technical Engineering in Industrial Electronics degree program is to provide students with a quality education and training course in industrial electronics, one that is relative to the current times.  Students in the program learn the ins and outs of industrial instrumentation and control systems, along with their function in real-world settings.  In essence, the degree program was created as a way to respond to the social and entrepreneurial demand in the field of industrial electronics by training professional who would be capable of handling today’s technological advances in areas such as management, maintenance and the modernization of machinery, computing and more.

The Bachelor of Science degree in Technical Engineering in Industrial Electronics typically spans four years in duration, with coursework that offers students both a general knowledge of engineering, as well as specific skills related closely to industrial electronics and technology.  Some of the areas students will focus on include:
  • Industrial control systems
  • Automation systems
  • Advanced techniques in control engineering
  • Computer-assisted control systems, SCADA systems and instrumentation
  • Industrial process regulators
  • Industrial electronic systems
  • Commuted power supply units
  • Digital signal processors
  • Programmable logical devices
  • Electronic measurement techniques
  • Electrical Technology
  • And much more…
All students with a high school diploma or its equivalent, assuming they have a strong background in mathematics and technology, are eligible to enroll in the Technical Engineering in Industrial Electronics degree program.  However, most institutions also require a minimum passing score on an entrance/proficiency examination prior to admission.

Technical Engineering in Electronic Technology:  Career Opportunities

Graduates that complete their studies, earning a Bachelor (first cycle) or Master’s (second cycle) degree in the process, acquire the knowledge and skills to fill a variety of career positions in areas that may include: the control and automation of production and machinery; developing electronic designs; HVAC instrumentation; electrical installations; quality control management; occupational risk prevention; process maintenance in both private and public enterprises; and legal consultancy, just to name a few.