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ELECT 600 is designed to introduce future electrical technology students to many facets of our program including safety related topics. During this class, you will meet faculty, learn about safety protocols that are set up to introduce you to industry standards. It is also an opportunity to ask questions about our program offerings and the next steps to a successful career in the Electrical Industry.

At LBCC, our Electrical Technology Advisory Board is made up of local employers, companies, and professionals. The Advisory Board updates and approves our curriculum and programs to meet the specific needs for our students. Our Electrical Technology Program is constantly evolving and learning from the advice of Advisory Board and integrate their recommendations into our program to be on the cutting-edge of the technology.

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East Mississippi Community College is proud to offer a two semester vocational certificate at the Scooba campus and the Communiversity and a four semester Associates of Applied Sciences degree in Electrical Technology at the Communiversity. New students can begin this course of study in the Fall semester only. The course is being offered as a late-start program on our Scooba campus for the Fall 2021 term, with classes beginning Sept. 13. Coursework focuses on the knowledge and skills necessary to plan, install, maintain, and troubleshoot various electrical systems through topics such as blueprint reading, residential/commercial/industrial wiring, job cost estimation, electrical power, and programmable logic controllers. All classes are taught in a laboratory setting, allowing for hands-on experience with the latest technology.

Electrical Technology prepares you for employment in the electrical eld. Classes include instruction with laboratory exercises using industry-grade equipment. You will learn to install, maintain, and repair electrically energized systems found in residential, commercial, and industrial settings.

A career in electrical technology presents a wide variety of career opportunities to you, including, maintenance electrician, industrial electrician, independent contractor, and more. This in-demand training will help you begin or advance your current career or lay the foundation for you to continue your education. You can choose a Career or Technical Certificate or an Associate in Applied Science Degree from the Electrical Technology Department.

Careers in electrical engineering technology offer stability and opportunities for growth. Electrical engineers and technicians often work in offices, labs, or manufacturing facilities. Their work touches various industries including government, telecommunications, research and development, engineering services, and manufacturing.

Hearing depends on a series of complex steps that change sound waves in the air into electrical signals. Our auditory nerve then carries these signals to the brain. Also available: Journey of Sound to the Brain, an animated video.

College for Kids is an enrichment program for students going into 4th through 12th grades offered in June and July. Classes are designed to stimulate creativity, promote curiosity, and encourage engagement.

You love the wonder of learning in a young child's eyes. Transform that love into a career in early childhood education. Take a practical journey in helping young children take their first steps in learning.

Depending on years of experience, knowledge levels, and various other factors, electrical engineers can make up to $114,000 per year. Electrical engineers who are up-to-date on telecommunications trends make more on average than engineers who are not familiar with recent technology.

We keep our class sizes small, so our nationally recognized faculty can give you the personalized guidance needed to help you achieve your goals. You can also tap into our extensive alumni network and our award-winning Career Center to plot the next step in your ambitious path.

The Associate in Applied Science (AAS) in Electrical Technology is designed to provide students with a broadened educational background and leadership skills in electrical technology. This expertise will allow employment within the industry in the areas of management, sales, field service, business ownership or instruction. Students are admitted to the AAS in Electrical Technology only through the Electric League of Arizona.

In an era where renewable resources are gaining increasing prominence and support from government authorities, educational institutions are stepping up to incorporate these sustainable technologies into their campuses. North Dakota State College of Science (NDSCS) has taken a proactive approach by installing solar panels and a wind tower, not only to generate clean energy but also to offer valuable learning opportunities to its students. These installations serve as practical tools for students to gain hands-on experience in installation, troubleshooting, and maintenance of renewable energy systems. Let's delve deeper into the significance and impact of these initiatives at NDSCS.

Careers in Energy Week is part of a nationwide effort to promote awareness of energy careers and future workforce needs. NDSCS is a member of the Dakota Energy Workforce Consortium, a partnership of colleges and electric and gas/electric utilities in North Dakota and South Dakota, which is leading state and local efforts. To learn more about National Careers in Energy Week, visit getintoenergy.com. Learn more about the NDSCS Electrical Technology program at ndscs.edu/electrical.

Southwest Louisiana is experiencing a surge in technological advancements, energy resources and economic expansion, resulting in a high demand for graduates with electrical engineering degrees. Working with cutting-edge technology, equipment and software, you will learn to design, develop, test and supervise the manufacturing of electrical equipment, components and systems for a variety of industries.

The only institution in the University of Louisiana System with a model industrial plant, McNeese trains electrical engineering majors, as well as industry professionals, on industrial-grade lab equipment, including programmable logic controller, instrumentation and process control equipment.

Computer engineers fall into three broad categories: hardware engineers, network engineers, and software engineers. All three kinds of computer engineers design, build, and test new technology solutions. Hardware engineers create and maintain physical products. Network engineers design and maintain systems, while software engineers create and upgrade new programs and applications.

The steps to become a computer engineer start with a bachelor's degree in computer engineering, computer science, or electrical engineering. Candidates with graduate degrees can pursue higher-paying positions with greater responsibilities.

Every motor converts power. Electric motors convert electricity into motion. Stepper motors convert electricity into rotation. Not only does a stepper motor convert electrical power into rotation, but it can be very accurately controlled in terms of how far it will rotate and how fast.

Stepper motors are so named because each pulse of electricity turns the motor one step. Stepper motors are controlled by a driver, which sends the pulses into the motor causing it to turn. The number of pulses the motor turns is equal to the number of pulses fed into the driver. The motor will spin at a rate that is equal to the frequency of those same pulses.

2-Phase stepper motors can only miss steps in groups of four. If you are missing steps in multiples of four, the vibration is causing a loss of synchronism, or the load is too great. If the missed steps are not a multiple of four, there's a good chance the wrong number of pulses or electrical noise is causing the problems.

A relatively new technology in stepper motors is 5-phase. The most obvious difference between 2-phase and 5-phase (see interactive diagram below) is the number of stator poles. While 2-phase motors have 8 poles, 4 per phase, the 5-phase motor has 10 poles, 2 per phase. The rotor is the same as that of a 2-phase motor.

The AlphaStep driver has an input counter. All pulses that go to the drive are counted. The resolver feedback goes to the rotor position counter. Any deviation is present in the deviation counter. Normally the motor runs open loop. We make torque vectors and the motor follows. If the deviation counter shows anything greater than 1.8, the phase sequencer turns on the torque vector at the high part of the torque displacement curve, generating maximum torque to bring the rotor back into synchronism. If the motor is off by several steps, the sequencer energizes several torque vectors on the high part of the torque displacement curve. The driver can handle an overload for up to 5 seconds. If it cannot bring the motor back into synchronism within 5 seconds, the driver will fault and send out an alarm.

The great feature of the AlphaStep is that it makes corrections for missed steps on the fly. It doesn't wait until the end of the move to make corrections. Once the rotor is back within 1.8, the driver goes back into the open loop mode and sends out the proper phase energizations.

More practically-oriented pupils often prefer a trade school that can train them in high-paying skills like metalworking, electrical technology, or mechanics, or a business school where they can learn about accounting or software development.

Electrical engineering is now divided into a wide range of different fields, including computer engineering, systems engineering, power engineering, telecommunications, radio-frequency engineering, signal processing, instrumentation, photovoltaic cells, electronics, and optics and photonics. Many of these disciplines overlap with other engineering branches, spanning a huge number of specializations including hardware engineering, power electronics, electromagnetics and waves, microwave engineering, nanotechnology, electrochemistry, renewable energies, mechatronics/control, and electrical materials science.[a] 2351a5e196