Industrial Electrician College

[Jessica Wilson]

Industrialmaintenance electricians maintain and repair many different types of electrical equipment. They may also modify or install electrical equipment, such as motors, transformers, generators, machine controls and lighting systems in industrial, commercial and public establishments. The electrician is responsible for the periodic inspection of equipment to locate and repair defects before breakdowns occur.

Electricians must be able to stand for long periods of time and work in cramped or uncomfortable positions. They are employed in manufacturing plants and use protective equipment, such as safety belts, protective glasses and hard hats, to avoid common hazards.

The apprentice is taught theory and knowledge related to safety procedures while working with electrical components. Instruction also consists of local, state and national electrical codes pertaining to the industrial application.

Industrial electrician apprenticeships applicants must find an apprenticeship with a sponsoring employer on their own (similar to looking for a job). Once the applicant has found a position, the employer starts the apprenticeship registration process by contacting a Bureau of Apprenticeship Standards (BAS) Representative for their county.

You will graduate with professional wiring and electrical service experience on your resume. To prepare for your career as an electrician, you will cross-train with Carpentry students to build a house in the community. The comprehensive approach teaches how to wire a house from start to finish including service, required circuits, lighting, National Electric Code (NEC) and other electrical applications used on a job site. Classroom and experiential learning teaches you many facets of the electrical field including; solar energy, Programmable Logic Controllers (PLCs), solid state electronics, motor controls, industrial troubleshooting and residential and commercial electrical construction. Develop your electrical design and PLC programming skills.

There is a workforce shortage of electricians and skilled electrician apprentices. The Industrial Electrician program is approved by the Iowa Electrical Examining Board and the Minnesota Department of Labor and Industry. Graduates who maintain 95% attendance will receive 2,000 hours towards the 8,000 hours needed towards a Class A Journeyman's license. If you love hands-on electrical work and want to start a career in the energy industry, your talents are in-demand.

The Industrial Electrician program is approved by the Iowa Electrical Examining Board and the Minnesota Department of Labor and Industry. Graduates who maintain 95% attendance will receive 2,000 hours towards the 8,000 hours needed towards a Class A Journeyman's license.

The Industrial Electrician program maintains formal articulation agreements with the institutions listed below. Students are encouraged to speak with their transfer college or university to verify that their planned courses at NICC will meet necessary requirements. Learn more about transferring from NICC.

Electricity powers industry. Keeping electrical equipment running is critical to the bottom line. The Industrial Electrician Apprenticeship program is an employer-sponsored, hands-on training program in which you'll learn to maintain and repair many different types of electrical equipment. If playing an important role on an industrial organization's team is your goal, a career as a journey-level electrician is a great way to reach it. According to the U.S. Department of Labor Bureau of Labor Statistics, job opportunities for skilled electricians are expected to be good as demand outpaces the supply of trained workers.

You must have a sponsoring employer before receiving an apprentice contract and being invited to school. Discuss with your employer your desire to enter the apprenticeship for this trade. Your employer should contact the local Bureau of Apprenticeship Standards - Apprenticeship Training Representative (ATR) and discuss next steps and procedures. The ATR for our area is:

Students who earn the Industrial Electrician Certificate will work closely with electrical engineers to design and develop industrial equipment. This certificate offers an introduction to the field of electrical engineering, including computer-aided drafting (CAD). Students who complete the Industrial Electrician Certificate can enter the workforce as engineering technicians, or they can pursue an Associate of Applied Science in Electrical Engineering Technology.

The Talent Ready Grant is offered through a partnership with the Ohio Department of Higher Education (ODHE) to support students who have financial need, are enrolled in a short-term certificate that may be completed in less than one year (less than 30 credit hours), and leads to a certification or a workforce credential in an in-demand job or career. The grant is intended to assist in covering the cost of tuition and fees (up to $2000) and is a limited fund that will be awarded until funds are exhausted.

Engineering programs often focus on theory and conceptual design, while engineering technology programs usually focus on application and implementation. Engineering programs typically require additional, higher-level mathematics, while engineering technology programs typically focus on courses that are more practical than theoretical in nature.

Graduates from engineering programs often pursue entry-level work involving conceptual design or research and development. Graduates of two-year engineering technology programs likely assume engineering technician positions in maintenance, production or product development.

Students at COTC have the flexibility to take classes face-to-face or online. The engineering technology program has courses that must be completed face-to-face for students to learn through hands-on experience using equipment and technology in the engineering technology program.

Current students in any engineering technology program can join the Society of Engineering Technology (SET), a student organization for both COTC and Ohio State Newark students. Students who are part of SET can gain awareness of educational and career opportunities available to their preferred engineering technology field. Advisor: Whitney Tussing.

The industrial electrician certificate is eligible for the Talent Ready Grant available to support students who have financial need, are enrolled in a short-term certificate that may be completed in less than one year (less than 30 credit hours), and leads to a certification or a workforce credential in an in-demand job or career. The grant is intended to assist in covering the cost of tuition and fees (up to $2000) and is a limited fund that will be awarded until funds are exhausted.

The industrial/maintenance electrician maintains and repairs many different types of electrical equipment. They may also modify or install electrical equipment like motors, transformers, generators, machine controls, and lighting systems in industrial, commercial, and public establishments. The electrician is responsible for the periodic inspection of equipment to locate and repair defects before breakdowns occur.

Electricians must be able to stand for long periods of time and work in cramped or uncomfortable positions. They are employed in manufacturing plants and use protective equipment to avoid common hazards, such as safety belts, protective glasses, and hard hats.

The apprentice is taught the theory and the knowledge related to safety procedures while working with electrical components. Instruction also consists of local, state, and national electrical codes pertaining to the industrial application.

Industrial electricians work to install, test, troubleshoot, maintain and repair electrical equipment in industrial/commercial settings. They ensure electrical systems run safely and efficiently, as the systems they work on power large, complex facilities. Receive high-quality, hands-on classroom instruction that complements on-the-job apprenticeship training critical for success in the industrial trades.

The cost of your degree depends on a number of factors, including where you live, how your program is delivered, how long it takes to finish your program and the financial aid you receive. Explore current tuition and fees.

If you enjoy a technical challenge, are an analytical problem solver, and like following complex directions to fix mechanical and electrical problems on heavy duty machinery and equipment, a job as an industrial electrician may be right for you. Those working in this field assess equipment and system malfunctions and restore them to proper working order.

Earn certificates, technical diplomas and/or industry credentials along this pathway. Start with some courses for entry-level employment, and continue with additional courses for higher wages and job advancement.

Earn credit for prior learning for the college-level knowledge and skills that you've already acquired through advanced high school classes, previous college coursework, self-study, military training work or volunteer experience.

Whether they are working on motors or lighting systems, Industrial Electricians are trained to install, test, inspect and troubleshoot various types of electrical equipment. The Industrial Electricity program is available through the Northern Wyoming Community College District (NWCCD).

Our Industrial Electricity program is highly regarded across Wyoming and the surrounding region. Many students are employed in paid cooperative education positions while they attend class. As part of the cooperative experience, the class schedule is designed for three intensive days of coursework each week.

Many Industrial Electricity graduates are employed as entry-level industrial electricians, operating industrial electrical systems, and performing electrical maintenance, troubleshooting and repair. Some graduates may work in the electrical construction industry.

Our faculty bring decades of experience as electrical engineers and electricians to share with students in the classrooms and labs. They are dedicated to helping you learn the essential aspects of Industrial Electricity, mixing math and science in the classroom with hands-on application.

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