Electrical Engineer
Exeter, NH · On-site
... Arc Flash Study National Electric Code (NEC) IEEE Standards and Guidelines Basic Knowledge of Motor, Generators & Transformers Medium Voltage Circuit and Protection Medium Voltage Low Voltage Design
Electrical Engineer
Exeter, NH · On-site
... Arc Flash Study National Electric Code (NEC) IEEE Standards and Guidelines Basic Knowledge of Motor, Generators & Transformers Medium Voltage Circuit and Protection Medium Voltage Low Voltage Design
Senior Protection and Control Engineer
$114K - $156K/yr
Prepare engineering studies and reports (protection coordination studies, short circuit analysis, power flow calculation, arc-flash analysis, battery and charger calculations, transformer sizing, etc.
Senior Protection and Control Engineer
$114K - $156K/yr
Prepare engineering studies and reports (protection coordination studies, short circuit analysis, power flow calculation, arc-flash analysis, battery and charger calculations, transformer sizing, etc.
Senior Protection and Control Engineer
$114K - $156K/yr
Prepare engineering studies and reports (protection coordination studies, short circuit analysis, power flow calculation, arc-flash analysis, battery and charger calculations, transformer sizing, etc.
Senior Protection and Control Engineer
$114K - $156K/yr
Prepare engineering studies and reports (protection coordination studies, short circuit analysis, power flow calculation, arc-flash analysis, battery and charger calculations, transformer sizing, etc.
Controls Technician I
Milford, NH · On-site
$30.75 - $40.50/hr
Medical
Dental
Vision
Life
Retirement
Electrical safety knowledge including NFPA 70E arc flash requirements and lockout/tagout procedures ... Control panels, machine environments, and office-based programming; full manufacturing floor access.
Controls Technician I
Milford, NH · On-site
$30.75 - $40.50/hr
Medical
Dental
Vision
Life
Retirement
Electrical safety knowledge including NFPA 70E arc flash requirements and lockout/tagout procedures ... Control panels, machine environments, and office-based programming; full manufacturing floor access.
Entry Level Arc Flash Engineer information
See Manchester, NH salary details
$29.9K - $37.8K
2% of jobs
$37.8K - $45.8K
10% of jobs
$51K is the 25th percentile. Wages below this are outliers.
$45.8K - $53.8K
20% of jobs
$53.8K - $61.7K
13% of jobs
The median wage is $63.7K / yr.
$61.7K - $69.7K
21% of jobs
$74.9K is the 75th percentile. Wages above this are outliers.
$69.7K - $77.7K
14% of jobs
$77.7K - $85.6K
7% of jobs
$85.6K - $93.6K
5% of jobs
$93.6K - $101.6K
3% of jobs
$101.6K - $109.5K
2% of jobs
$109.5K - $117.5K
2% of jobs
$29.9K
$69.1K
$117.5K
How much do entry level arc flash engineer jobs pay per year?
As of Aug 17, 2026, the average yearly pay for entry level arc flash engineer in Manchester, NH is $69,062.00, according to ZipRecruiter salary data. Most workers in this role earn between $51,300.00 and $78,200.00 per year, depending on experience, location, and employer.
What is an entry level arc flash engineer?
Entry Level Arc Flash Engineers are professionals who assist in assessing electrical systems to determine arc flash hazards and ensure workplace safety. They typically help conduct studies, collect data, and model electrical systems using specialized software under the supervision of senior engineers. Their work helps organizations comply with safety standards like NFPA 70E and OSHA regulations by identifying risks and recommending protective measures. Entry level engineers in this field often collaborate with electricians, safety managers, and other engineers during site visits and report preparation.
What are the key skills and qualifications needed to thrive as an entry level arc flash engineer, and why are they important?
To thrive as an Entry Level Arc Flash Engineer, you need a solid understanding of electrical engineering fundamentals, safety standards (such as NFPA 70E), and a relevant engineering degree. Familiarity with electrical system modeling software (like SKM PowerTools or ETAP) and basic knowledge of arc flash analysis tools are typically required. Strong analytical skills, attention to detail, and effective communication help you excel in collaborating with teams and ensuring safety compliance. These competencies are critical for accurate risk assessments, regulatory adherence, and maintaining safe work environments in electrical systems.
What are some common challenges faced by entry level arc flash engineers, and how can they be addressed?
Entry-level Arc Flash Engineers often encounter challenges such as interpreting complex electrical single-line diagrams, staying updated with the latest safety codes (like NFPA 70E), and accurately performing arc flash calculations. To address these challenges, it's important to seek mentorship from experienced engineers, participate in relevant training programs, and use specialized software for analysis. Collaborating closely with senior engineers and safety professionals also helps in developing a strong understanding of industry best practices and ensures high-quality, compliant deliverables.
What is the difference between Entry Level Arc Flash Engineer vs Electrical Engineer?
| Aspect | Entry Level Arc Flash Engineer | Electrical Engineer |
|---|---|---|
| Certifications | OSHA, NFPA 70E knowledge, possibly EIT or FE | PE license (optional), EIT, FE |
| Work Environment | Designing, analyzing arc flash hazards, safety assessments | Design, testing, project management in electrical systems |
| Industry Usage | Power utilities, industrial facilities, safety consulting | Power generation, manufacturing, consulting |
Entry Level Arc Flash Engineers focus on safety assessments and arc flash hazard analysis, often requiring NFPA 70E knowledge and related certifications. Electrical Engineers have broader roles in designing and managing electrical systems, sometimes holding a PE license. While both work in electrical environments, the Arc Flash Engineer role emphasizes safety and hazard analysis, making it a specialized entry point within the electrical industry.
What are popular job titles related to Entry Level Arc Flash Engineer jobs in Manchester, NH?
For Entry Level Arc Flash Engineer jobs in Manchester, NH, the most frequently searched job titles are:
- Remote Electrical Engineering
- Entry Level Electrical Engineer
- Electrical Engineer Manager
- Full Time Electrical Engineer Nasa
- Senior Aerospace Electrical Engineer
- Commission International Electrical Engineer
- On Call Electrical Engineer Nasa
- Senior Electrical Engineering Consultant
- Contract Electrical Engineering
- Seasonal Electrical Electronic Engineer
What job categories do people searching Entry Level Arc Flash Engineer jobs in Manchester, NH look for?
The top searched job categories for Entry Level Arc Flash Engineer jobs in Manchester, NH are:
- Electrical Engineer Salary
- Defense Electrical Engineer
- Entrylevel Electrical Design Engineer
- Electrical Engineer In Europe
- Electrical Engineer Electrical
- Electrical Programming
- Freelance Graduate Electrical Engineer
- Senior Specialist Electrical Engineer Utilities
- Electrical Engineer Two Years Experience
- Freelance Creo Wiring Harness
Full-time
Re-posted 23 days ago
Job description
Electrical Engineer
2+ years experience
Performing engineering tasks on industrial power distribution and generation projects.
Design Medium Voltage (MV) and Low Voltage (LV) distribution systems for Combined Heat & Power (CHP) plants, campus and/or district energy systems, and municipal scale power generation facilities. Provide engineering support for utility interconnections and generator protection schemes. Typical tasks will include Load Flow Analysis, Short Circuit Studies, Coordination Studies, development of One Line Diagrams, Protection Schemes and Motor Control circuits for MV and LV circuits.
Responsibilities Include:
Education:
BS or MS in Electrical Engineering, (concentration in power a plus)
Pluses:
Basic Knowledge of Motor, Generators & Transformers
Protection Relay
National Electric Code (NEC)
IEEE Standards and Guidelines
Key words
BS or MS in Electrical Engineering
ETAP and/or SKM
Medium Voltage equipment
Protection Relay, Protection Coordination Study and Relay Programing
Short Circuit Study
Arc Flash Study
National Electric Code (NEC)
IEEE Standards and Guidelines
Basic Knowledge of Motor, Generators & Transformers
Medium Voltage Circuit and Protection
Medium Voltage Low Voltage Design
2+ years experience
Performing engineering tasks on industrial power distribution and generation projects.
Design Medium Voltage (MV) and Low Voltage (LV) distribution systems for Combined Heat & Power (CHP) plants, campus and/or district energy systems, and municipal scale power generation facilities. Provide engineering support for utility interconnections and generator protection schemes. Typical tasks will include Load Flow Analysis, Short Circuit Studies, Coordination Studies, development of One Line Diagrams, Protection Schemes and Motor Control circuits for MV and LV circuits.
Responsibilities Include:
- Develop Design Documents (One Lines, Cable/Wire Schedules, Interconnect Diagrams, equipment specifications, etc.) for new facilities
- Write Specifications for purchase of electrical equipment
- Review electrical equipment submittals and ensure proper coordination with overall design. Ensure equipment meets design intent of the project.
- Perform calculations and analysis of electrical systems
- Travel to client sites during construction
- Provide on-site commissioning support
- 10-20% travel is required
Education:
BS or MS in Electrical Engineering, (concentration in power a plus)
Pluses:
Basic Knowledge of Motor, Generators & Transformers
Protection Relay
National Electric Code (NEC)
IEEE Standards and Guidelines
Key words
BS or MS in Electrical Engineering
ETAP and/or SKM
Medium Voltage equipment
Protection Relay, Protection Coordination Study and Relay Programing
Short Circuit Study
Arc Flash Study
National Electric Code (NEC)
IEEE Standards and Guidelines
Basic Knowledge of Motor, Generators & Transformers
Medium Voltage Circuit and Protection
Medium Voltage Low Voltage Design