E-3 Sponsorship Jobs in Alaska
Alaska's E-3 visa sponsorship opportunities are concentrated in healthcare, engineering, and natural resource industries, with Anchorage serving as the primary employment hub. The state's ongoing infrastructure needs and remote workforce gaps create consistent demand for qualified Australian professionals across a range of specialty occupations.
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WSP is currently initiating a search for a Lead Geotechnical Engineer for our geotechnical team based in Anchorage, AK. Be involved in projects with our Alaska Earth and Environment Team and be a part of a growing and vibrant team that meets our clients’ objectives and solves their challenges.
Provides geotechnical engineering and guidance for a geotechnical team executing small to large programs in transportation, power, oil and gas, property and buildings, and mining. Tasks may include managing and providing support on diverse projects with services that include an emphasis on geohazard identification, field reconnaissance, managing subsurface exploration programs, engineering design, construction support, and geohazard monitoring and geotechnical instrumentation. Generates accurate and concise reports and documentation regarding subsurface investigations and geotechnical engineering recommendations. Ensures that responsibilities are delivered and adhered to with a level of quality that meets or exceeds acceptable industry standards for design, safety, and functionality.
Your Impact
- Provide guidance with collecting, compiling, and analyzing data from the physical project site, soil/rock/water samples, surveys, blueprints, GIS data, subsurface utility information, maps, hydrologic analysis, geotechnical data, and other aspects for project development, design, and construction.
- Apply high-level geotechnical engineering techniques and processes to identify improvements for various infrastructure project phases including concept development, preliminary design, final design, procurement, construction, and operation.
- Perform professional geotechnical engineering analysis and conduct research and inspections of proposed and existing site conditions, including subsurface explorations, soil foundation engineering, settlement analysis, soil erosion, lateral earth pressures, geological hazards, slope stability, and operations to determine conformance with applicable rules, standards, and construction practices.
- Develop construction plans, specifications, and cost estimates; preparing construction safety and phasing plans, and updating infrastructure layout plans that require coordination with owners, other disciplines, sub-consultants, and clients.
- Involved from project inception to completion in the management of design and construction of infrastructure projects, including rehabilitation and reconstruction, grading, drainage, laying out installations, foundations, slopes, retaining structures, embankments, and other systems that are made or supported by soil or rock.
- Develop and incorporate advanced technologies, monitoring devices, building materials, modeling techniques, design requirements, and operating strategies to account for the safety and functionality or end-users, transportation systems, structures, and the implementation of future-ready solutions with geotechnical engineering design standards.
- Oversee and monitor cross-functional teams of engineers, planners, and scientific professionals to execute project work on mid-level and/or multiple concurrent projects, including budgets, tracking hours and expenses, task completion, cost and quantities of materials/equipment/labor, technical calculations, permit applications, construction, compliance documentation, and regulatory and technical analysis memos.
- Coordinate, review and approve infrastructure design plans, ensuring data integrity and work is compliant with applicable codes, ordinances, and regulations.
- Prepare data and visualizations such as tables, charts, reports, sketches, calculations, cross-sections, and other illustrations for the interpretation or presentation of more complex data, findings, or analyses.
- Prepare comprehensive technical reports and presentations that explain research, concepts, and recommendations to prevent, control, restore, or address design, and/or construction issues or opportunities.
- Review Geotechnical and Environmental reports (Phase I and Phase II).
- Analyze, evaluate, and interpret data obtained during field explorations, offering input with developing action plans for moderate- to high-level risk mitigation activities.
- Prepare and implement site Health and Safety Plans (HASPs).
- Interact with regulatory agencies, subcontractors, drillers, and clients in a confident and professional manner.
- Collaborate with professionals, other engineers, planners, and infrastructure authorities on Federal, State, regional, and locally-funded improvements, and development projects, as well as proposal and business development opportunities.
- Remain current in latest geotechnical engineering techniques and practices.
- Exercise responsible and ethical decision-making regarding company funds, resources and conduct, and adhere to WSP’s Code of Conduct and related policies and procedures.
- Perform additional responsibilities as required by business needs.
Who You Are
Required Qualifications
- Bachelor’s Degree in Geotechnical Engineering, or closely related discipline.
- 7 to 10 years of relevant post education experience in engineering and geotechnical design.
- Engineer license is required, successful candidates need to demonstrate the ability to obtain Alaska Professional Engineer registration within 12 months of hire date.
- Proficient with geotechnical engineering principles, practices, process, design/build, and the application to permitting and project work-related issues.
- Extensive knowledge of infrastructure design.
- Experience with infrastructure planning, design, and construction management; including active involvement in a variety of rehabilitation, new design, and construction projects.
- Proficient understanding of the disciplines of rock and soil mechanics to investigate subsurface and geologic conditions to design and build foundations, earth structures, and pavement sub-grades.
- Well-defined specific knowledge of relevant construction laws, codes, regulations, permitting, compliance practices, and record-keeping requirements.
- Well-developed ability to make technical computations and calculations involving the application of engineering principles, understanding plans and specifications, and making factual comparisons to the appropriate regulations.
- Ability to plan and conduct inspections and explorations on various aspects of the construction and design of facilities or structures, applying applicable regulations and policies.
- Highly effective interpersonal and communication skills when interacting with others, expressing ideas effectively and professionally to an engineering and non-engineering audience.
- Demonstrated high-level of self-leadership with attention to detail, multi-tasking, and prioritization of responsibilities in a dynamic work environment.
- Works independently with minimal oversight and provides guidance and leadership to junior team or project members, with strict adherence to QA/QC.
- Highly proficient with technical writing, office automation, discipline-specific design software (e.g., Rocscience Software, Slope/W, Temp/W, Ensoft Software), technology, math principles, predictive models, spreadsheets, and tools.
- Well-developed critical thinking and problem-solving skills required to apply technical knowledge to reach conclusions from testing results, data collation, computations, statistical analysis and arriving at the most effective, economical, and logical solution.
- Demonstrated effectiveness at coordinating and assertively directing subcontractors and others to consistently complete tasks safely and efficiently.
- Proven track record of upholding workplace safety and ability to abide by WSP’s health, safety and drug/alcohol and harassment policies.
- Ability to work schedules conducive to project-specific requirements that may extend beyond the typical workweek.
- Occasional travel will be required depending on project-specific requirements.
Preferred Qualifications:
- Demonstrated experience with cold regions and/or permafrost geotechnical applications
- Master’s or Doctorate Degree in Engineering.
- 40-Hour OSHA Health & Safety Training (HAZWOPER) (29 CFR 1910.120).
- Basic First Aid and Adult CPR training.
This Opportunity
WSP is currently initiating a search for a Lead Geotechnical Engineer for our geotechnical team based in Anchorage, AK. Be involved in projects with our Alaska Earth and Environment Team and be a part of a growing and vibrant team that meets our clients’ objectives and solves their challenges.
Provides geotechnical engineering and guidance for a geotechnical team executing small to large programs in transportation, power, oil and gas, property and buildings, and mining. Tasks may include managing and providing support on diverse projects with services that include an emphasis on geohazard identification, field reconnaissance, managing subsurface exploration programs, engineering design, construction support, and geohazard monitoring and geotechnical instrumentation. Generates accurate and concise reports and documentation regarding subsurface investigations and geotechnical engineering recommendations. Ensures that responsibilities are delivered and adhered to with a level of quality that meets or exceeds acceptable industry standards for design, safety, and functionality.
Your Impact
- Provide guidance with collecting, compiling, and analyzing data from the physical project site, soil/rock/water samples, surveys, blueprints, GIS data, subsurface utility information, maps, hydrologic analysis, geotechnical data, and other aspects for project development, design, and construction.
- Apply high-level geotechnical engineering techniques and processes to identify improvements for various infrastructure project phases including concept development, preliminary design, final design, procurement, construction, and operation.
- Perform professional geotechnical engineering analysis and conduct research and inspections of proposed and existing site conditions, including subsurface explorations, soil foundation engineering, settlement analysis, soil erosion, lateral earth pressures, geological hazards, slope stability, and operations to determine conformance with applicable rules, standards, and construction practices.
- Develop construction plans, specifications, and cost estimates; preparing construction safety and phasing plans, and updating infrastructure layout plans that require coordination with owners, other disciplines, sub-consultants, and clients.
- Involved from project inception to completion in the management of design and construction of infrastructure projects, including rehabilitation and reconstruction, grading, drainage, laying out installations, foundations, slopes, retaining structures, embankments, and other systems that are made or supported by soil or rock.
- Develop and incorporate advanced technologies, monitoring devices, building materials, modeling techniques, design requirements, and operating strategies to account for the safety and functionality or end-users, transportation systems, structures, and the implementation of future-ready solutions with geotechnical engineering design standards.
- Oversee and monitor cross-functional teams of engineers, planners, and scientific professionals to execute project work on mid-level and/or multiple concurrent projects, including budgets, tracking hours and expenses, task completion, cost and quantities of materials/equipment/labor, technical calculations, permit applications, construction, compliance documentation, and regulatory and technical analysis memos.
- Coordinate, review and approve infrastructure design plans, ensuring data integrity and work is compliant with applicable codes, ordinances, and regulations.
- Prepare data and visualizations such as tables, charts, reports, sketches, calculations, cross-sections, and other illustrations for the interpretation or presentation of more complex data, findings, or analyses.
- Prepare comprehensive technical reports and presentations that explain research, concepts, and recommendations to prevent, control, restore, or address design, and/or construction issues or opportunities.
- Review Geotechnical and Environmental reports (Phase I and Phase II).
- Analyze, evaluate, and interpret data obtained during field explorations, offering input with developing action plans for moderate- to high-level risk mitigation activities.
- Prepare and implement site Health and Safety Plans (HASPs).
- Interact with regulatory agencies, subcontractors, drillers, and clients in a confident and professional manner.
- Collaborate with professionals, other engineers, planners, and infrastructure authorities on Federal, State, regional, and locally-funded improvements, and development projects, as well as proposal and business development opportunities.
- Remain current in latest geotechnical engineering techniques and practices.
- Exercise responsible and ethical decision-making regarding company funds, resources and conduct, and adhere to WSP’s Code of Conduct and related policies and procedures.
- Perform additional responsibilities as required by business needs.
Who You Are
Required Qualifications
- Bachelor’s Degree in Geotechnical Engineering, or closely related discipline.
- 7 to 10 years of relevant post education experience in engineering and geotechnical design.
- Engineer license is required, successful candidates need to demonstrate the ability to obtain Alaska Professional Engineer registration within 12 months of hire date.
- Proficient with geotechnical engineering principles, practices, process, design/build, and the application to permitting and project work-related issues.
- Extensive knowledge of infrastructure design.
- Experience with infrastructure planning, design, and construction management; including active involvement in a variety of rehabilitation, new design, and construction projects.
- Proficient understanding of the disciplines of rock and soil mechanics to investigate subsurface and geologic conditions to design and build foundations, earth structures, and pavement sub-grades.
- Well-defined specific knowledge of relevant construction laws, codes, regulations, permitting, compliance practices, and record-keeping requirements.
- Well-developed ability to make technical computations and calculations involving the application of engineering principles, understanding plans and specifications, and making factual comparisons to the appropriate regulations.
- Ability to plan and conduct inspections and explorations on various aspects of the construction and design of facilities or structures, applying applicable regulations and policies.
- Highly effective interpersonal and communication skills when interacting with others, expressing ideas effectively and professionally to an engineering and non-engineering audience.
- Demonstrated high-level of self-leadership with attention to detail, multi-tasking, and prioritization of responsibilities in a dynamic work environment.
- Works independently with minimal oversight and provides guidance and leadership to junior team or project members, with strict adherence to QA/QC.
- Highly proficient with technical writing, office automation, discipline-specific design software (e.g., Rocscience Software, Slope/W, Temp/W, Ensoft Software), technology, math principles, predictive models, spreadsheets, and tools.
- Well-developed critical thinking and problem-solving skills required to apply technical knowledge to reach conclusions from testing results, data collation, computations, statistical analysis and arriving at the most effective, economical, and logical solution.
- Demonstrated effectiveness at coordinating and assertively directing subcontractors and others to consistently complete tasks safely and efficiently.
- Proven track record of upholding workplace safety and ability to abide by WSP’s health, safety and drug/alcohol and harassment policies.
- Ability to work schedules conducive to project-specific requirements that may extend beyond the typical workweek.
- Occasional travel will be required depending on project-specific requirements.
Preferred Qualifications:
- Demonstrated experience with cold regions and/or permafrost geotechnical applications
- Master’s or Doctorate Degree in Engineering.
- 40-Hour OSHA Health & Safety Training (HAZWOPER) (29 CFR 1910.120).
- Basic First Aid and Adult CPR training.
Search E-3 Jobs by Industry in Alaska
Tips for Finding E-3 Sponsorship Jobs in Alaska
Target Anchorage-based employers first
Anchorage accounts for the majority of Alaska's professional employment. Concentrating your search on employers headquartered or operating there gives you the highest density of roles likely to meet the specialty occupation standard required for E-3 sponsorship.
Look beyond oil and gas to healthcare
Healthcare is one of Alaska's most active E-3 sponsoring sectors. Hospitals and medical networks in Anchorage and Fairbanks regularly seek qualified professionals in clinical, diagnostic, and administrative specialty roles that align well with E-3 requirements.
Understand Alaska's remote workforce reality
Many Alaskan employers struggle to fill specialty roles locally. That talent gap often increases willingness to sponsor. Framing your application around your specific qualifications, not just your nationality, helps employers see sponsorship as a straightforward business decision.
Search for E-3 roles on Migrate Mate
Migrate Mate filters job listings specifically for E-3 visa sponsorship, saving you from manually screening thousands of postings. Browsing by industry or role type on the platform helps identify which Alaska employers are actively open to sponsoring Australians.
Verify the specialty occupation link early
Alaska employers unfamiliar with E-3 may not realize your role qualifies. Before outreach, confirm your position requires at least a bachelor's degree in a specific field. Having that explanation ready builds employer confidence and shortens the sponsorship conversation.
Consider engineering and infrastructure employers
Alaska's large-scale infrastructure and resource projects employ significant numbers of engineers and technical specialists. These industries have established hiring pipelines for international talent, making them more likely to have HR processes already familiar with work visa sponsorship requirements.
See all 48+ E-3 jobs in Alaska
Sign up for free to unlock all listings, filter by visa type, and get alerts for new E-3 jobs in Alaska.
Get Access To All JobsE-3 Jobs in Alaska: Frequently Asked Questions
Which industries in Alaska sponsor the most E-3 visas?
Healthcare, engineering, and natural resources are the most active E-3 visa sponsoring industries in Alaska. Hospitals and medical networks regularly seek clinical and diagnostic specialists. Engineering firms tied to infrastructure and resource extraction also sponsor consistently. Information technology roles at Anchorage-based companies represent a smaller but growing segment of E-3 sponsorship activity in the state.
Which cities in Alaska have the most E-3 sponsorship jobs?
Anchorage is by far the largest employment center in Alaska and where most E-3 sponsorship jobs are concentrated, particularly in healthcare, professional services, and engineering. Fairbanks has a secondary cluster of opportunities, especially in healthcare and university-adjacent roles. Juneau, as the state capital, has some government-adjacent professional roles, though at lower volume.
What types of roles typically qualify for E-3 sponsorship in Alaska?
E-3 sponsorship requires a specialty occupation, meaning the role must normally require a bachelor's degree or higher in a specific field. In Alaska, qualifying roles commonly include registered nurses, civil and environmental engineers, software developers, financial analysts, and healthcare administrators. Roles in resource management and environmental science also frequently meet the specialty occupation standard given Alaska's industry profile.
How do I find E-3 sponsorship jobs in Alaska?
Migrate Mate is the most efficient starting point, as it filters job listings specifically for E-3 visa sponsorship so you're not manually sorting through postings from employers who don't sponsor. Beyond that, targeting Anchorage-based healthcare networks and engineering firms directly, and checking Alaska-specific job boards for professional roles, helps surface employers who have existing sponsorship experience and are more likely to move forward with an E-3 candidate.
What is the prevailing wage for E-3 jobs in Alaska?
U.S. employers sponsoring a visa must pay at least the prevailing wage, which is what workers in the same role, area, and experience level typically earn. The Department of Labor sets this rate to make sure companies aren't hiring foreign workers simply because they'd accept lower pay than a U.S. worker. It varies by job title, location, and experience. You can look up current prevailing wage rates for any occupation and location using the OFLC Wage Search page.