... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... subsea equipment, installation activities, inspection, repair, maintenance (IRM), and field ... Coordinate with project managers, offshore operations teams, vessel management, engineering, and ...
... subsea equipment, installation activities, inspection, repair, maintenance (IRM), and field ... Coordinate with project managers, offshore operations teams, vessel management, engineering, and ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... Subsea Engineer as directed by the Technical Supervisor to support on-going operations ... Perform regular inspections of work sites and ensure the work is being done within the confines of ...
... Subsea Engineer as directed by the Technical Supervisor to support on-going operations ... Perform regular inspections of work sites and ensure the work is being done within the confines of ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
... types for land-based, subsea, manned, and unmanned purposes. Objectives of this Role: Lead ... Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic ...
Seasonal Subsea Inspection Engineer information
See salary details
$59.5K - $72.5K
14% of jobs
$80.3K is the 25th percentile. Wages below this are outliers.
$72.5K - $85.6K
19% of jobs
$85.6K - $98.6K
12% of jobs
The median wage is $103.1K / yr.
$98.6K - $111.7K
17% of jobs
$111.7K - $124.7K
12% of jobs
$127K is the 75th percentile. Wages above this are outliers.
$124.7K - $137.8K
14% of jobs
$137.8K - $150.8K
7% of jobs
$150.8K - $163.9K
3% of jobs
$163.9K - $176.9K
0% of jobs
$176.9K - $190K
1% of jobs
$190K - $203K
2% of jobs
$59.5K
$111.6K
$203K
How much do seasonal subsea inspection engineer jobs pay per year?
What are the key skills and qualifications needed to thrive as a Seasonal Subsea Inspection Engineer, and why are they important?
What does a Seasonal Subsea Inspection Engineer do?
What are some common challenges faced by Seasonal Subsea Inspection Engineers, and how can they be managed?
What is the difference between Seasonal Subsea Inspection Engineer vs Subsea Inspection Technician?
| Aspect | Seasonal Subsea Inspection Engineer | Subsea Inspection Technician |
|---|---|---|
| Credentials | Bachelor's in Engineering, certifications in NDT or subsea inspection | Technical certifications, on-the-job training |
| Work Environment | Design, planning, overseeing inspections, often in remote or offshore locations | Performing inspections, maintenance, and data collection on subsea equipment |
| Employer & Industry Usage | Oil & gas, renewable energy, offshore construction companies | Subsea service providers, oil & gas operators |
The Seasonal Subsea Inspection Engineer typically oversees inspection projects, requiring engineering expertise and planning skills, while the Subsea Inspection Technician focuses on executing inspections and maintenance tasks. Both roles are essential in offshore industries but differ mainly in responsibility level and scope of work.

PRINCIPAL ENGINEER - STAFF ENGINEER - Marine Structures & Pressure Vessels
Southwest Research Institute - FulltimeSan Antonio, TX • On-site
Full-time
This job post has expired today. Applications are no longer accepted.
Southwest Research Institute rating
8.8
Based on 21 frontline employees who took The Breakroom Quiz
6th of 57 rated research
Job description
Direct cross-functional teams including engineering, quality, fabrication, and procurement to deliver complex pressure vessel systems from proposal through fabrication and delivery. Lead project teams comprised of various specialized functional teams in the area of large article, pressure vessels used in subsea or surface applications from project planning and execution to closeout. Own program performance across cost, schedule, technical outcomes, and risk management.
Coordinate with team leaders to ensure effective communication, foster innovation and resolve conflicts quickly. Define, develop, refine, and implement existing or new policies, procedures, and practices related to submergence systems fabrication. Drive effective stakeholder engagement across internal leadership, clients, and external partners.
Daily and Monthly Responsibilities: Interface with phase/task leaders and team members to schedule tasks, allocate resources, and execute project objectives as well as communicate status updates to and from internal and external stakeholders. Develop and implement project plans that define the processes necessary to meet client, contract, and internal objectives. Establish baseline requirements and monitor performance using key performance indicators.
Oversee product procurement, corrective actions, and change management, and communicate updates to ensure components, assemblies, and systems meet functional and quality criteria. Ensure compliance of project documents such as drawings, material specifications, work instructions, project status reports (technical and financial), and procurement. Participate in business development efforts for manned and unmanned pressure vessel projects such as technical presentations, client visits, concept development and/or personnel searches.
Requirements: Requires a Bachelors degree in Mechanical Engineering, Marine Engineering, Naval Architecture, Ocean Engineering or related engineering degree field with related experience. P.E. preferred.
15+ years: Expertise in project management and data driven solutions for marine/subsurface structural engineering. Familiarity with quality requirements of P-9290 and/or fabrication requirements of Tech Pub 1688 and/or technical requirements of ASME BPVC / PVHO. 10+ years: Project leadership, overall and/or task management, and experience including scope definition and proposal development.
Experience with project data collection & metric tracking, root cause investigation, risk analysis and mitigation strategies. Proficiency in fabrication and inspection methods for high-strength steels, advanced metallic alloys, and non-metallics for marine environments. A valid/clear driver's license is required.
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About Southwest Research Institute
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Industry
Scientific research and development services
Company size
1,001 - 5,000 Employees
Headquarters location
San Antonio, TX, US