... electrical distribution facilities * Create safe and cost-effective designs for overhead and ... None required On-the-Job Training Training includes job shadowing, classroom instruction, and ...
... electrical distribution facilities * Create safe and cost-effective designs for overhead and ... None required On-the-Job Training Training includes job shadowing, classroom instruction, and ...
... electrical distribution facilities * Create safe and costeffective designs for overhead and ... None required OntheJob Training Training includes job shadowing, classroom instruction, and ...
... electrical distribution facilities * Create safe and costeffective designs for overhead and ... None required OntheJob Training Training includes job shadowing, classroom instruction, and ...
... of electrical facilities in a cost-effective manner that maximizes safety and service reliability ... A combination of job shadowing, classroom and interaction with more experienced employees as needed ...
... of electrical facilities in a cost-effective manner that maximizes safety and service reliability ... A combination of job shadowing, classroom and interaction with more experienced employees as needed ...
... electrical facilities in a cost-effective manner that maximizes safety and service reliability ... A combination of job shadowing, classroom and interaction with more experienced employees as needed ...
... electrical facilities in a cost-effective manner that maximizes safety and service reliability ... A combination of job shadowing, classroom and interaction with more experienced employees as needed ...
Shadowing Electrical Engineer information
See Raleigh, NC salary details
$49.1K - $59.5K
2% of jobs
$59.5K - $69.9K
5% of jobs
$69.9K - $80.2K
17% of jobs
$80.6K is the 25th percentile. Wages below this are outliers.
$80.2K - $90.6K
15% of jobs
The median wage is $98K / yr.
$90.6K - $101K
15% of jobs
$101K - $111.4K
13% of jobs
$120K is the 75th percentile. Wages above this are outliers.
$111.4K - $121.8K
10% of jobs
$121.8K - $132.2K
6% of jobs
$132.2K - $142.5K
3% of jobs
$142.5K - $152.9K
2% of jobs
$152.9K - $163.3K
12% of jobs
$49.1K
$108K
$163.3K
How much do shadowing electrical engineer jobs pay per year?
What are the key skills and qualifications needed to thrive in the Shadowing Electrical Engineer position, and why are they important?
To thrive as a Shadowing Electrical Engineer, you need foundational knowledge of electrical engineering principles, often gained through academic coursework or an undergraduate degree in electrical engineering. Familiarity with industry-standard tools like AutoCAD, MATLAB, or circuit simulation software is beneficial, along with a basic understanding of safety standards and relevant codes. Strong communication, active listening, and eagerness to learn are crucial soft skills for effectively absorbing knowledge and building relationships within the team. These competencies help ensure that you gain meaningful hands-on experience, enabling a smooth transition into more independent engineering roles in the future.
What is a Shadowing Electrical Engineer job?
A Shadowing Electrical Engineer job involves observing and assisting experienced electrical engineers to gain practical knowledge and industry insights. This role helps individuals understand real-world applications of electrical engineering concepts, including circuit design, power systems, and troubleshooting. Responsibilities may include taking notes, asking questions, and assisting with minor tasks under supervision. Shadowing is typically done by students, interns, or entry-level professionals looking to gain hands-on experience.
Can I make 200K as an electrical engineer?
Can you make $500,000 as an electrical engineer?
What types of tasks and responsibilities can I expect while shadowing an electrical engineer?
As a Shadowing Electrical Engineer, you can expect to observe and assist with a range of tasks such as reviewing technical drawings, conducting site visits, participating in team meetings, and helping with troubleshooting or testing electronic systems under supervision. Your responsibilities will primarily involve learning from experienced engineers, taking notes, and supporting project work as opportunities arise. You may also be asked to help with basic calculations, documentation, or research tasks, providing valuable exposure to real-world engineering workflows. This role is designed to help you build foundational skills and gain practical insight into the day-to-day work of electrical engineers, setting the stage for future professional development.
Can you shadow an electrical engineer?
What engineers make $500,000?
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Job description
Summary
This is the second level of the Distribution Engineering Technologist classification. The purpose of this position is to provide an intermediate level of experienced technical expertise to evaluate complex options and design power distribution facilities for residential and small to medium commercial and industrial projects in a safe, cost-effective, and reliable manner. Incumbents are expected to demonstrate an intermediate to advanced level of experience with customer design workflows, procedures, and technical skills within the client's specific areas of expertise.
Essential Duties and Responsibilities
With limited direct supervision and guidance, the incumbent is responsible for the following:
- Interpret applicable codes, standards, regulations, requirements, and guidelines
- Maintain records and files and update appropriate company and client systems
- Apply client and company policies and procedures in the development of moderately difficult to complex site designs for electrical distribution facilities
- Create safe and cost-effective designs for overhead and underground distribution projects, including commercial, industrial, extra-facility, high-profile, highway relocation, and other projects requiring high reliability
- Prepare project and job packages including material lists, requisitions, site drawings, and construction drawings that maximize safety and service reliability
- Coordinate with construction personnel and client or customer representatives to resolve job-site or design-related issues
- Create work requests using current work management tools and communicate with clients and end-use customers regarding schedules, commitments, feasibility, timelines, and expectations
- Apply client and company reliability principles to resolve power quality issues by evaluating loading on overhead and underground equipment
- Develop and maintain relationships with key internal and external customers while supporting company and client business goals
- Perform field work as required to validate customer and system requirements
- Assist with the training and development of other employees
- Learn, practice, and promote all safety policies and procedures at all times
- Perform other duties as assigned by management
Complexity of Work
Moderately routine work with application of general policies and procedures. Some independent decision-making is required.
Relationships Outside Work Group
Position may influence decisions of moderate importance and requires a high degree of tact.
Qualifications
To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.
Attendance
- Regular attendance is required
Education and/or Experience
Education
- Required: High school diploma or GED
- Preferred: Associate degree from a two-year college or technical school
- Preferred: Bachelor's degree from a four-year college or university in non-engineering science, math, or business
Note: Certain client projects or contractual requirements may require an Associate or Bachelor's degree.
Experience
- 1-3 years of experience in utility power distribution engineering or related craft work
Certifications, Licenses, Registrations
- None required
On-the-Job Training
Training includes job shadowing, classroom instruction, and interaction with experienced employees during the first year in the position.
Language Skills
- Ability to read and interpret procedure manuals and operational documentation
- Ability to write reports, business correspondence, and procedure manuals
- Ability to effectively present information in one-on-one and small group settings to customers, clients, and employees
Mathematical Skills
- Ability to perform basic arithmetic using whole numbers, fractions, and decimals
- Ability to apply fractions, percentages, ratios, and proportions to practical situations
- Ability to compute rates, ratios, and percentages and interpret spreadsheets
- Ability to apply basic algebra and geometry concepts
Reasoning Ability
- Ability to interpret a variety of written, oral, diagrammatic, or schedule-based instructions
- Ability to address problems involving multiple variables in standardized situations
Other Skills and Abilities
- Ability to work effectively with individuals from diverse socio-economic, cultural, and ethnic backgrounds
- Self-motivated, reliable, trustworthy, and technically competent
- Demonstrated teamwork, negotiation, and time-management skills
- Strong oral and written communication skills
- Proficiency with personal computers and Microsoft Office applications
- Ability to manage multiple tasks constructively
- Valid driver's license and vehicle suitable for business use (mileage reimbursement may apply)
- Ability to participate in storm restoration activities as a Driver, Wire Sitter, or Damage Assessor (DA role requires storm qualification)
Physical Demands
The physical demands described are representative of those required to perform the essential functions of the job. Reasonable accommodations may be made.
- Standing: Frequently (1/3 to 2/3 of the time)
- Walking: Frequently
- Sitting: Frequently
- Talking or hearing: Regularly
- Using hands to handle or feel tools or controls: Regularly
- Climbing or balancing: Occasionally
- Stooping, kneeling, crouching, or crawling: Occasionally
- Reaching with hands and arms: Occasionally
- Taste or smell: Not required
Lifting Requirements
- Up to 10 pounds: Frequently
- Up to 25 pounds: Occasionally
- 50 pounds or more: Not required
Vision Requirements
- Close vision
- Distance vision
- Color vision
- Peripheral vision
- Depth perception
- Ability to adjust focus
Work Environment
- Occasional exposure to wet or humid conditions
- Occasional work near moving mechanical parts
- Occasional work in high or precarious places
- Occasional outdoor weather exposure
- Occasional risk of electrical shock
- Moderate noise level typical of an office or light traffic environment
Disclaimer
This job description is not intended to be all-inclusive. Employees may perform other related duties as required to meet the ongoing needs of the organization.
Equal Employment Opportunity
Pike Engineering is an Equal Opportunity Employer.
EOE / Minorities / Females / Veterans / Disabled
Pike Engineering is a Non-Union Company
About Us
About Us
Founded in 1945, Pike is a leading provider of construction, repair and engineering services for electric and gas utilities, as well as telecommunications companies with a growing portfolio of turnkey renewable projects. We work with hundreds of utility clients across the country, and we continuously expand our offerings to supply our customers with the ideas, technology, experience, manpower and equipment to perform any job.
"Essential" is the one word that sums up who we are, the work we do and what our people mean to us. Each of our employees plays a critical role in ensuring that infrastructure systems are up and running when people and businesses need them.
Pike is a family-oriented workplace with a strong culture of safety, collaboration, innovation and exceptional customer service.
About the Team
Engineering
Pike Engineering employees play critical roles in ensuring that essential services like electric power, gas, telephone and wireless communications are up and running when people and businesses need them. We offer engineering opportunities in transmission and distribution, substations, smart meter technologies, renewable energy, telecommunications, storm damage assessment and more.