Public utilities are responsible for the operation of the water, power, and waste management systems in many countries. Systems like these provide essential services to communities and industries. The number of people employed in this field is changing all the time as systems are upgraded and replaced with innovative technology.
Demand for public utilities is constantly increasing. This is because more and more people are opting to live in urban areas and rely on public utilities. To satisfy this demand, there are many jobs available in public utilities sector such as electrician, plumber, engineer, etc.
The power industry is crucial to the functioning of our society, and it’s in dire need of skilled workers. If you’re looking for a career with a lot of job security and room to grow, then one of these roles might be for you.
Jobs are available in Public Utilities Field
1. Line Installer and Repairer
A line installer and repairer installs, repairs, and maintains the electric lines that transport electricity to homes, businesses, and other structures.
Many people are surprised to learn that there is a career in public utilities that requires no college degree. This job can be learned through an apprenticeship program or through on-the-job training.
According to the U.S Bureau of Labor Statistics (BLS), this field will grow by 12% between 2016 and 2026.* The average salary for a line installer or repairer was $51,350 per year as of May 2016.* If you want to get into this field without having a college degree, it’s best to start by learning about apprenticeships—they’re one way to break into this line of work without a degree!
2. Nuclear Power Reactor Operator
- Nuclear energy is a clean energy source. It does not create air pollution or greenhouse gas emissions, and it doesn’t require burning fossil fuels like coal or natural gas to generate electricity.
- Nuclear power is reliable. Since it produces baseload electricity, nuclear power plants can run at full capacity around the clock, even during times of peak demand when other sources may not be able to meet their output needs. Nuclear reactors are also able to store excess heat produced by nuclear fission in solid form, which allows them to generate electricity even when demand is low — especially beneficial during periods of high demand caused by hot weather or cold snaps when natural gas prices spike upward in price due to increased demand for heating oil (a more expensive heating option).
- Nuclear power plants are safe for workers and surrounding communities because they do not rely upon fossil-fuel combustion processes; instead they use non-radioactive uranium as fuel which creates no toxic byproducts such as mercury vapor from coal-burning power stations—making them ideal choices for urban areas with high population densities such as New York City where residents have little space available for installing traditional energy infrastructure like wind turbines that could damage buildings nearby if one were placed too close together without adequate room between them designed into their construction plans beforehand versus larger expanses
3. Power Distributor and Dispatcher
The power distributor is responsible for the safe, reliable and efficient delivery of electricity to customers. The dispatcher is responsible for coordinating the activities of workers who operate or maintain electrical equipment.
A single dispatcher can supervise several power distributors operating in different parts of their company’s system, so they must have excellent communication skills.
Dispatchers work indoors in offices or control centers that are equipped with computers, monitors and other devices to monitor system operation and identify any problems affecting safety or service quality.
Dispatchers may also be required to travel throughout the service area during emergencies that require immediate action when dealing with downed lines or other serious events such as fires at substations or outages caused by ice storms.”
4. Substation Maintenance Technician
- What is the job description?
- You will be responsible for overseeing the maintenance and repair of substations, power line equipment, and other electrical components.
- You will ensure that your team maintains a safe work environment while they complete their tasks.
- The environment can be loud at times since you’ll be working near high voltage lines with loud machinery. It can also be dangerous if there are faulty wires within the facility or live wires on nearby poles that are easily accessible to utility workers.
- The salary range for this position is $36-$45/hourly depending on experience level, skillset, education/training level achieved through certifications obtained through relevant training programs offered by employer or third parties like government agencies like OSHA (Occupational Safety & Health Administration) which sets safety standards for all businesses in America; EPA (Environmental Protection Agency); EEOC (Equal Employment Opportunity Commission).
5. Transmission Technician
A transmission technician is someone who installs, maintains and repairs electrical wires, equipment, systems and power plants in the power grid. Transmission technicians are also responsible for maintaining the safety of the system by inspecting and testing equipment before it goes online.
They must also communicate with other workers on-site to ensure that they do not create any unsafe conditions while working together. Transmission technicians work with a team in order to keep up with ever-changing technology in order to provide quality service at all times.
In order to become a transmission technician, you will need some experience working in another field such as electronics or engineering before attending college classes where you can learn more about this type of job field so that you can take your career further than just being an apprentice level employee within an organization who performs basic tasks each day without learning how these elements relate together into something greater than themselves; instead becoming someone who understands why things work as well as how they work individually during different stages throughout their lifespan (i.e., installation vs maintenance vs repair).
6. Solar Photovoltaic Installer
Being a solar photovoltaic installer is an exciting job. These individuals install solar panels on roofs and perform maintenance on them. They also help customers choose the right type of system for their home or business, as well as educate them about the benefits of using renewable energy sources.
To become a solar photovoltaic installer, you need to have an associate’s degree or higher in electrical engineering technology or construction management. When working with electricity, knowledge of safety precautions is essential; this information can be obtained through classes on electrical systems offered at community colleges or through online training programs such as those offered by EVOKE Energy Academy.*
Solar photovoltaic installers should know how to read blueprints and diagrams so they can properly install and troubleshoot equipment like inverters, which convert DC power into AC current for use by appliances such as computers or televisions.* It’s also important to understand how roofing materials work together with different types
of shingles (e.g., asphalt versus slate) in order to determine whether they’re compatible with each other before making holes in them during installation; this will allow both parties involved–the homeowner/business owner who hired them along with their clientele–to rest easier knowing that neither one needs worry about any potential problems arising due to unforeseen circumstances resulting from improper planning ahead.*
7. Gas Plant Operator
A gas plant operator is responsible for the operation of gas processing plants, which process natural gas into pipeline-quality products. Operators manage the production of carbon dioxide fertilizer and mercaptan, a component used to make natural gas smell.
They also operate systems that extract oil from produced water, remove sulfur compounds from produced water, and remove hydrogen sulfide from natural gas. This can be done using several methods including adsorption or absorption technologies.
Gas plant operators typically have at least a two-year associate’s degree in chemical engineering or industrial engineering; some employers may require an undergraduate degree in one of those fields as well as experience working with equipment similar to what they use on the job (e.g., scrubbers).
They must have knowledge of safety standards set by OSHA and EPA regulations related to environmental protection; advanced training may be required by individual employers if this is not already included in initial training programs provided by schools offering degrees in chemical engineering or industrial engineering programs.
8. Wind Turbine Service Technician
Wind turbine service technicians are responsible for keeping wind turbines in good working order. This may involve performing regular maintenance, including oil changes and applying lubricant to the blades of a wind turbine in order to reduce wear on them. It’s also important for these technicians to inspect each blade for cracks or other damage, which could lead to faulty operation or even catastrophic failure.
If you’re interested in becoming a wind turbine service technician, you’ll need at least an associate’s degree from an accredited technical school; however, many employers prefer that you have at least one year of experience as a wind turbine technician before applying for this job. In addition, many employers require that their employees have specific certifications from organizations like American Wind Energy Association (AWEA).
There are many opportunities in the electric industry.
If you’re interested in learning more about the electric industry, there are many opportunities available to you. The electric industry has been growing steadily over time and will continue to grow as our population increases. This makes it a great place to start your career or take on a new challenge by switching jobs within the same field.
The electric industry is an important part of the economy, providing power for homes and businesses as well as transportation through trains, buses, cars and airplanes. With so many people relying on electricity every day it is essential that we keep up with demand while still keeping costs down so everyone can afford their electricity bills each month!
Conclusion
The electric industry is a growing field and there are many job opportunities available. As we continue to move forward into the future, this will only become more true and more necessary. The electric industry is no longer just about generating electricity; today it’s also about renewable energy, efficient use of resources and technology. It’s an exciting time to pursue a career in this field!