🌊Commercial Divers

LOW
Category:Installation Maintenance and Repair Occupations
Last updated: Jun 6, 2025

AI Impact Overview

"AI technologies will augment rather than replace commercial divers, especially for complex, hazardous, or unpredictable underwater work."

Detailed Analysis

Commercial diving involves physical, technical, and safety-critical work in underwater environments, often requiring human judgment and adaptability. While artificial intelligence and robotic tools will automate routine inspection and mapping, human divers will still be needed for repair, troubleshooting, supervision, and emergency interventions. The role will shift toward oversight, robotics operation, and more technical tasks.

Opportunity

"Commercial divers can future-proof their career by becoming experts in advanced underwater technologies and safety protocols, making them invaluable in a changing industry."

AI Risk Assessment

Risk Level by Experience

Junior
MODERATE

Junior Level:

Entry-level divers doing basic inspection or repetitive tasks face more automation-related displacement, but opportunities remain for those who train in new technologies.

Mid-level
LOW

Mid Level:

Mid-level divers with experience in troubleshooting, repair, and basic robotics operation will see increased demand for their hybrid skillsets.

Senior
LOW

Senior Level:

Senior divers in supervisory, training, or specialized technical roles remain essential to coordinate human-machine teams and ensure safety.

AI-Driven Job Forecasts

2 Years

Job Outlook

AI will assist commercial divers primarily through improved safety monitoring, basic inspection drones, and data collection. Most jobs remain unchanged, but on-the-job use of technology increases.

Transition Strategy

Pursue certifications in underwater robotics and remotely operated vehicle piloting, attend safety and technology integration workshops, and build basic data interpretation skills.

5 Years

Job Outlook

Greater reliance on AI for repeatable inspection and data analysis, but demand grows for divers able to operate, supervise, and maintain complex underwater systems. Core repair and emergency roles remain human-led.

Transition Strategy

Acquire advanced robotics, repair, and data analytics skills. Seek supervisory roles. Network within the industry to identify technology-forward employers.

7+ Years

Job Outlook

Highly routine and non-technical tasks are automated. Commercial divers primarily focus on specialized intervention, AI tool management, and training new entrants in mixed human-machine workflows.

Transition Strategy

Become a subject-matter expert for AI-integrated underwater operations. Focus on innovation, safety management, consulting, or cross-sector applications (e.g., offshore wind, infrastructure inspection).

Industry Trends

Cross-Sector Collaboration

Impact:

Working with engineers, environmental scientists, and data analysts becomes the norm, requiring broader communication skills.

Emphasis on Sustainability and Environmental Protection

Impact:

Greater demand for skills in eco-friendly operations, environmental monitoring, and sustainable marine practices.

Expansion of AI-Driven Data Analytics for Inspections

Impact:

Job roles diversify to include data validation and anomaly assessment; upskilling in analytics is valuable.

Growing Private and Public Sector Investment in Marine Technology

Impact:

Job opportunities broaden for divers who engage with research and development or technology evaluation.

Growth in Offshore Renewable Energy Projects

Impact:

Demand for divers with tech skills in wind, tidal, and subsea cable installation and maintenance is rapidly increasing.

High-Value Niche and Research Diving

Impact:

Specialized, non-routine tasks and scientific diving remain out of AI’s reach, positioning skilled divers as essential for unique missions.

Increased Automation in Underwater Inspection

Impact:

Routine survey and visual inspection tasks increasingly handled by AI-augmented ROVs, shifting diver focus to repairs and high-risk interventions.

Integration of Wearable Safety Technologies

Impact:

Sensors and AI feedback improve situational awareness and reduce incidents, but require divers to be tech-proficient.

Remote Work and Supervision via Digital Platforms

Impact:

Some oversight and planning duties performed via telepresence, reducing divers' travel and on-site time.

Tighter Regulatory Scrutiny on Marine Safety and Environment

Impact:

Strict adherence to best practices and standards raises the bar for compliance, documentation, and reporting.

AI-Resistant Skills

Situational Awareness and Decision Making Under Pressure

NOAA Diver Competency Framework
Skills Type:
Cognitive; Critical Thinking
Score:10/10

Manual Dexterity and Fine Motor Control for Repair

International Marine Contractors Association (IMCA)
Skills Type:
Technical; Physical
Score:9/10

Safety Management and Emergency Response

Association of Diving Contractors International Safety Training
Skills Type:
Safety; Organizational
Score:10/10

Alternative Career Paths

Underwater Robotics Technician

Operates, maintains, and repairs remotely operated vehicles for inspection and repair tasks.

Relevance: Builds on diving experience and enhances with robotics skills. In-demand as industry adopts more automation.

Marine Safety Officer

Manages safety protocols and emergency responses in marine and offshore environments.

Relevance: Leverages safety expertise and compliance experience, less susceptible to automation.

Inspection Data Analyst (Marine Sector)

Interprets and validates AI-collected data from underwater inspections.

Relevance: Combines marine experience with new data analytics skills, a growing niche.

Emerging AI Tools Tracker

Saab Seaeye Falcon ROV
A compact, remotely operated underwater vehicle for inspection, light repair, and observation; equipped with AI-assisted navigation.
9/10
Currently implementedWidely used in offshore and marine survey sectors.
Nauticus Robotics Aquanaut
Autonomous underwater robot for subsea inspection, manipulation, and repair with machine learning-driven adaptability.
9/10
Mainstream within 5 yearsPilots ongoing with major energy companies.
Deep Trekker DTG3 Underwater Drone
Portable inspection and hull survey drone, with AI-assisted video analysis and object detection.
8/10
Currently implementedRapidly growing; used in education, industry, and research.

Full AI Impact Report

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