Study Engineering in Automatics and Industrial Electronics, Engineering in Automatics and Industrial Electronics Schools


Here you can find schools to study Engineering in Automatics and Industrial Electronics. Choose where you would like to study Engineering in Automatics and Industrial Electronics:

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Behind the scenes, most industrial processing requires expert engineers to help their facilities function smoothly. Engineers in automatics and industrial electronics develop and maintain the controls that run assembly lines, production machinery, industrial electronic programs and other automatic systems in the manufacturing industry. They are also key in devising new control systems and industrial technology.
 
Many individuals choose to pursue this course of study through a university, college or technical institution. The degree can be acquired under various similar names, such as ‘Automation and Industrial Electronics’ or ‘Automatic Industrial Electronic Engineering.’ Sometimes a double major in electrical engineering and industrial engineering will provide the same basic course of study.
 
There are other training and apprenticeship programs available through certain industrial companies. These companies will take on apprentices for several years, education on-the-job. There are also online educational programs that offer associate degrees in this field.
 
Skills, Qualifications, and Prerequisites for Engineering in Automatics and industrial Electronics
 
In order to study at a university, college or technical institution, candidates must meet specific admission requirements to the school. This typically means earning a secondary school completion certificate and passing a standardized aptitude test or entrance exam. Some programs in this engineering field will not be offered except at a master’s level, so a previous completed degree in a related field (mechanical engineer, electrical engineering, etc.) will be required before admission.
 
Training or apprenticeship programs vary in their requirements. Some will ask for no more than a secondary school completion certificate, while others will require a number of college credits. Some apprentice programs include work experience integrated with college studies. Online programs do not usually have any prerequisites.
 
Engineers work with a variety of complicated, specific systems, so they should be able to learn and internalize a wide variety of information. A high aptitude in the maths and sciences is preferred, along with the ability to pay close attention to detail. Since many engineers will work on project teams, effective communication skills are important, along with the ability to work well on a team. Drawing and computer graphing skills are another plus.
 
Skills and Qualifications Acquired from Engineering in Automatics and Industrial Electronics

A course of study in automatics and industrial electronics engineering will vary slightly in accordance with how and where the individual studies. Most courses, however, will teach students to:
  • Master essential math skills (measurement, estimations, etc.)
  • Master knowledge of power electronics.
  • Practice basic business management skills.
  • Manage general mechanical, electronic and computer systems.
  • Install electrical and mechanical equipment.
  • Optimize industrial systems.
  • Implement control technology on various systems.
  • Operate and maintain control systems.
  • Operate, program and maintain industrial robotics.
  • Model, represent and test new systems.
  • Draft and design systems using computer technology.
  • Operate and apply integrated technologies.
 
Careers for Engineering in Automatics and Industrial Electronics
 
Many graduates in this field will work in the research and development of new industrial technologies. Whether employed by a private industry, government sector or international corporation, engineers in this field are employed in labs where they aid in the analysis, testing and creation of new automated and electrical systems. They may work in factories, automotive industries, microtechnology, electronics and on construction projects. Other students can become self-employed managers, leading projects such as those in construction.