Study Electromecanics, Electromecanics Schools


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In light of technological advancements, electromechanics is one job field that has seen an increased demand over the past several years. These specialized technicians build, repair and maintain the quality of various electrical mechanisms and systems. The course essentially mixes engineering, electrical and technological education.
 
Community, technical and some traditional colleges offer associate and bachelor degree programs specifically designed for electromechanics or electrical engineering. These are usually two to four year programs and provide a variety of specific certifications, depending on the focus area of study. Other degrees electromechanics may obtain include mechanical engineering or other technician degrees. Some secondary school systems will also provide basic training for electromechanics.
 
Certain technology centers will work hand-in-hand with educational institutions to provide in-plant skills training for electromechanics candidates. In a program that typically lasts 12 to 18 months, an in-plant program provides students with seasoned technicians as mentors. Technology companies or institutes also offer similar training programs. It is also possible in some countries to take on an apprenticeship from an experienced electromechanic. Some of these programs will require candidates to already be employed in an engineering or technological company.
 
It is important to remember that electromechanics programs provide a large variety of certifications. Not all of these certifications will be applicable to certain employment opportunities.
 
Skills, Qualifications and Prerequisites for Studies in Electromechanics
 
A college-based training program will, like all college-level courses, possess some entry requirements – most likely a secondary school completion certificate or standard entry exam. Other apprenticeship or training programs often do not have any prerequisites, though some programs will prefer previous work experience in a related field.
 
Due to the often delicate nature of electromechanical work, ideal candidates should have exceptional dexterity and coordination with their hands and fingers. Preferably, students should not suffer from shaking or tremors. They should also be highly detail-oriented and quickly able to perceive and solve problems, changes and other issues.
 
Other helpful skills for this field include:
  • Computer and software fluency.
  • Personable attitude with effective communication skills.
  • Writing and language fluency.
Qualifications and Skills Acquired from Studies in Electro mechanics
 
Electromechanics have the opportunity to focus their skills specific areas – such as computer technology or industrial mechanics – all of which require specific skill sets. However, a basic education in electromechanics will generally provide students with the ability to:
  • Draw and interpret sketches, schematics and blueprints.
  • Understand and apply safety measures.
  • Understand the policies, procedures and materials in the production process.
  • Use engineering tools and technology effectively.
  • Test equipment and replace if faulty.
  • Install and maintain electrical wiring.
  • Install and maintain electronics.
  • Install and maintain plumbing and air systems.
  • Install industrial equipment and industrial components.
  • Install and maintain computerized systems and components.
  • Accomplish basic science, math, and possibly medical education.
Careers in electromechanics vary widely, and it is possible to find work in many different engineering, mechanical and technological areas. Those specializing in technology can often find employment as computer technicians, electronics specialists and electrical system developers. Those more focused in engineering aspects work as mechanics or in water treatment facilities, equipment design, assembly and manufacturing. The largest fields of employment for electromechanics, according to a 2010 census, include instrument development, electromedical equipment manufacturing, navigation (air and sea) and general engineering.