Facility Engineer
Anchorage, AK · On-site
This role focuses on surface engineering and planning support for development drilling, frac, flowback and well tie-in to temporary and permanent facilities and supports simultaneous operations ...
Facility Engineer
Anchorage, AK · On-site
This role focuses on surface engineering and planning support for development drilling, frac, flowback and well tie-in to temporary and permanent facilities and supports simultaneous operations ...
Facilities Operations Engineer
Anchorage, AK · On-site
$71K - $96K/yr
This role focuses on surface engineering and planning support for development drilling, frac, flowback and well tie-in to temporary and permanent facilities and supports simultaneous operations ...
Facilities Operations Engineer
Anchorage, AK · On-site
$71K - $96K/yr
This role focuses on surface engineering and planning support for development drilling, frac, flowback and well tie-in to temporary and permanent facilities and supports simultaneous operations ...
Facility Engineer
Anchorage, AK · On-site
This role focuses on surface engineering and planning support for development drilling, frac, flowback and well tie-in to temporary and permanent facilities and supports simultaneous operations ...
Facility Engineer
Anchorage, AK · On-site
This role focuses on surface engineering and planning support for development drilling, frac, flowback and well tie-in to temporary and permanent facilities and supports simultaneous operations ...
Ice Road Construction Specialist
Anchorage, AK · On-site
$70K - $83K/yr
Single stage frac is planned for the exploratory wells. * Wells shall be either permanently abandoned or temporarily suspended based on well objectives. REPORT TO * Drilling Project Manager ...
Ice Road Construction Specialist
Anchorage, AK · On-site
$70K - $83K/yr
Single stage frac is planned for the exploratory wells. * Wells shall be either permanently abandoned or temporarily suspended based on well objectives. REPORT TO * Drilling Project Manager ...
Frac information
See Alaska salary details
$28.7K - $38.8K
9% of jobs
$38.8K - $48.8K
15% of jobs
$50.3K is the 25th percentile. Wages below this are outliers.
$48.8K - $58.9K
5% of jobs
$58.9K - $69K
4% of jobs
$69K - $79K
12% of jobs
The median wage is $81.6K / yr.
$79K - $89.1K
19% of jobs
$94.5K is the 75th percentile. Wages above this are outliers.
$89.1K - $99.2K
20% of jobs
$99.2K - $109.3K
9% of jobs
$109.3K - $119.3K
4% of jobs
$119.3K - $129.4K
2% of jobs
$129.4K - $139.5K
0% of jobs
$28.7K
$85.6K
$139.5K
How much do frac jobs pay per year?
As of Aug 18, 2026, the average yearly pay for frac in Alaska is $85,628.00, according to ZipRecruiter salary data. Most workers in this role earn between $51,856.00 and $96,664.00 per year, depending on experience, location, and employer.
What is a frac?
Frac jobs focus on the industrial process of drilling into rock to collect oil and gas. Positions in this field include a wide variety of roles ranging from technicians who use or repair equipment to drivers who provide the sand, fluid, and other materials used in the process. Many fracking professionals work with material that's under pressure, so the ability to monitor safety gauges is essential. Aside from drilling and transportation positions, frac jobs include management and exploratory roles that help to find new dig sites. The primary qualifications for a frac job vary.
What are some common challenges faced by frac operators in the field, and how can they be managed effectively?
Frac Operators often work long hours in remote locations under varying weather conditions, which can be physically demanding and require strong attention to safety protocols. Managing equipment malfunctions and maintaining communication with the rest of the crew are frequent challenges. Effective teamwork, ongoing safety training, and developing problem-solving skills are essential to handle these situations efficiently. Building resilience and being proactive about equipment checks can also help reduce downtime and ensure smooth operations.
What are the key skills and qualifications needed to thrive as a frac operator, and why are they important?
To thrive as a Frac Operator, you need a strong understanding of hydraulic fracturing processes, mechanical aptitude, and a high school diploma or equivalent. Familiarity with specialized equipment like pumps, blenders, and control systems, as well as safety certifications such as HAZWOPER or OSHA, are typically required. Strong teamwork, attention to detail, and effective communication are crucial soft skills for this demanding field environment. These skills ensure safe, efficient operations and help maintain productivity and safety standards in high-pressure oil and gas settings.
What is the difference between Frac vs Driller?
| Aspect | Frac | Driller |
|---|---|---|
| Primary Role | Hydraulic fracturing operations to enhance oil/gas extraction | Operating drilling rigs to drill wells into underground formations |
| Certifications | Hydraulic fracturing certification, safety training | Drilling certifications, CDL license |
| Work Environment | Oilfield sites, hydraulic fracturing sites | Drilling rigs, oilfield locations |
| Industry Usage | Oil & gas extraction, hydraulic fracturing companies | Oil & gas exploration, drilling contractors |
While both Frac and Driller work in the oil and gas industry, Frac specialists focus on hydraulic fracturing operations to improve well productivity, whereas Drillers operate drilling rigs to create the wellbore. Each role requires specific certifications and work environments but often collaborates on the same projects.
More about Frac jobs
What are popular job titles related to Frac jobs in Alaska?
For Frac jobs in Alaska, the most frequently searched job titles are:
What job categories do people searching Frac jobs in Alaska look for?
The top searched job categories for Frac jobs in Alaska are:
Temporary
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Job description
Position Summary:
The Facility Engineer will be part of the Project Engineering & Systems Integration Team, supporting the DS Project Integration & Interface Lead. This role focuses on surface engineering and planning support for development drilling, frac, flowback and well tie-in to temporary and permanent facilities and supports simultaneous operations (SIMOPS) planning and optimization.
This position is located primarily in Anchorage, Alaska and may include travel to the North Slope and other locations to support Client and pre-drill planning, and execution starting in Q1 2027.
Key Responsibilities:
• Support development of first and subsequent 90 day field execution plan for Project development drilling
• Technical and financial evaluation of surface facilities scope in support of well tie-ins and temporary drilling and completions support infrastructure (eg Frac and flowback equipment, temporary power, pre-drill well data collection, etc.)
• Support design and build out of Client site well delivery organization; regularly interface with base business unit peers to ensure long term well delivery and Client program success and optimization.
• Identify and develop mitigations for execution threats; identify and capitalize on opportunities and lessons learned
• Work collaboratively with other Project functions and disciplines and the Client Wells team to deliver 2027 drilling, frac, and flowback programs in conjunction with drillsite facilities execution.
Qualification Requirements:
Basic / Required:
• Must be legally authorized to work in the United States
• Bachelor's degree or higher in Engineering
• 3+ years of facilities experience on the North Slope
• High awareness of safe working practices in drillsite operations, frac, flowback and associated well operations
• Ability and willingness to travel to the North Slope as well as other locations domestically
• Strong written and verbal communication skills
• Proficient in Microsoft Office applications
Preferred:
• 10+ years of previous North Slope experience with a demonstrated understanding of drillsite operations and surface facilities and infrastructure engineering support, from drilling to production
• Demonstrated ability to work collaboratively in a multi-discipline, multi-function project environment with numerous stakeholders
• Demonstrated ability to develop and implement creative, operable, maintainable and technically sound solutions to surface facilities installation
• Demonstrated analytical thinking skills, including application of technology to enhance human technical and analytical performance
• Takes ownership of actions and follows through on commitments
• Demonstrated ability to work with rapidly shifts scopes of work and priorities
• Highly competent interpersonal and influencing skills to tactfully manage ambiguity and conflict, and ultimately resolve issues and reach decisions that are in the best interest of the company
• Strong multi-tasking skills with ability to manage multiple ongoing priorities
• Drives thoughtful and pragmatic change, encourages innovative thinking and continuous improvement, and models adaptability through resourcefulness, flexibility, and positivity
The Facility Engineer will be part of the Project Engineering & Systems Integration Team, supporting the DS Project Integration & Interface Lead. This role focuses on surface engineering and planning support for development drilling, frac, flowback and well tie-in to temporary and permanent facilities and supports simultaneous operations (SIMOPS) planning and optimization.
This position is located primarily in Anchorage, Alaska and may include travel to the North Slope and other locations to support Client and pre-drill planning, and execution starting in Q1 2027.
Key Responsibilities:
• Support development of first and subsequent 90 day field execution plan for Project development drilling
• Technical and financial evaluation of surface facilities scope in support of well tie-ins and temporary drilling and completions support infrastructure (eg Frac and flowback equipment, temporary power, pre-drill well data collection, etc.)
• Support design and build out of Client site well delivery organization; regularly interface with base business unit peers to ensure long term well delivery and Client program success and optimization.
• Identify and develop mitigations for execution threats; identify and capitalize on opportunities and lessons learned
• Work collaboratively with other Project functions and disciplines and the Client Wells team to deliver 2027 drilling, frac, and flowback programs in conjunction with drillsite facilities execution.
Qualification Requirements:
Basic / Required:
• Must be legally authorized to work in the United States
• Bachelor's degree or higher in Engineering
• 3+ years of facilities experience on the North Slope
• High awareness of safe working practices in drillsite operations, frac, flowback and associated well operations
• Ability and willingness to travel to the North Slope as well as other locations domestically
• Strong written and verbal communication skills
• Proficient in Microsoft Office applications
Preferred:
• 10+ years of previous North Slope experience with a demonstrated understanding of drillsite operations and surface facilities and infrastructure engineering support, from drilling to production
• Demonstrated ability to work collaboratively in a multi-discipline, multi-function project environment with numerous stakeholders
• Demonstrated ability to develop and implement creative, operable, maintainable and technically sound solutions to surface facilities installation
• Demonstrated analytical thinking skills, including application of technology to enhance human technical and analytical performance
• Takes ownership of actions and follows through on commitments
• Demonstrated ability to work with rapidly shifts scopes of work and priorities
• Highly competent interpersonal and influencing skills to tactfully manage ambiguity and conflict, and ultimately resolve issues and reach decisions that are in the best interest of the company
• Strong multi-tasking skills with ability to manage multiple ongoing priorities
• Drives thoughtful and pragmatic change, encourages innovative thinking and continuous improvement, and models adaptability through resourcefulness, flexibility, and positivity