School of Offshore Surveying and Engineering

Course Overview

The School of Offshore Surveying and Engineering provides comprehensive training aimed at professionals and students seeking to enter or enhance their skills in offshore surveying and engineering fields. The program integrates theoretical knowledge and hands-on practical training, focusing on industry-standard software such as QINSy, Qimera, EIVA Navipac, NaviScan, and NaviEdit. The training covers various aspects of offshore survey techniques, data processing, and navigation, preparing participants for real-world challenges in offshore projects.

Course Objectives

Upon completion of the course, participants will:

• Develop a solid understanding of offshore surveying principles and methodologies.
• Gain proficiency in using industry-standard software like QINSy, Qimera, EIVA Navipac, NaviScan, and NaviEdit.
• Be able to plan, execute, and process survey data for marine and subsea projects.
• Acquire the skills needed for accurate navigation, positioning, and data management in offshore engineering operations.
• Be prepared for diverse career paths in offshore surveying, hydrography, marine engineering, and related industries.

Course Duration and Pricing

1. Short-term Modules (Specific Software/Skills Training):
   • QINSy Training: 5 days | $650
   • Qimera Training: 5 days | $650
   • EIVA Navipac and NaviScan Training: 7 days | $850
   • EIVA NaviEdit Training: 3 days | $500

1. Comprehensive Program (All Aspects of Offshore Surveying and Engineering):

• Full Offshore Survey and Engineering Training (covers all topics and software tools):
  3 to 6 months | $4,500 – $7,000 (depending on specialization areas)

Course Structure and Syllabus

Module 1: Introduction to Offshore Surveying and Engineering

Duration: 3 Days | Cost: Included in Full Program

• Overview:
  • Introduction to offshore surveying techniques and the basics of marine engineering.
  • Overview of different types of surveys: bathymetric, geophysical, environmental, and engineering.
  • Equipment and technologies used in offshore surveying: multibeam echosounders, GNSS, USBL, and LBL systems.
• Hands-on Practice: Setting up basic survey equipment, project planning, and understanding operational environments.

Module 2: QINSy (Quality Integrated Navigation System)

Duration: 5 Days | Cost: $650

• Overview:
  • Introduction to QINSy, a powerful navigation and data acquisition software used in various offshore survey types.
  • Applications: Pipeline inspections, cable route surveys, subsea construction, and seabed mapping.
• Key Topics Covered:
  • Installation and Configuration: Setting up the workspace, configuring geospatial data, and device management.
  • Survey Planning: Designing survey lines, loading background maps, and integrating GNSS, INS, and USBL systems.
  • Real-time Data Acquisition: Acquiring and monitoring data, visualizing survey progress, and quality control.
  • Data Processing: Applying corrections (tidal and geoid), cleaning data, and exporting results for further analysis.
• Hands-on Practice: Real-time data acquisition and processing exercises, working with live or sample datasets.

Module 3: Qimera – Hydrographic Data Processing Software

Duration: 5 Days | Cost: $650

• Overview:
  • Qimera simplifies hydrographic data post-processing. It offers user-friendly tools for cleaning and correcting data.
  • Applications: Multibeam data processing, creating Digital Terrain Models (DTMs), and error detection.
• Key Topics Covered:
  • Workflow Setup: Data import, integration of sensor data, and project setup.
  • Data Cleaning: Techniques for manual and automatic detection of data outliers.
  • Error Correction: Correcting heading, roll, pitch, heave, and positioning errors.
  • Deliverables: Creating and exporting DTMs, contour maps, and geospatial data outputs.
• Hands-on Practice: Participants will process multibeam datasets, clean data, and generate final survey deliverables.

Module 4: EIVA Navipac and NaviScan – Navigation and Positioning Software

Duration: 7 Days | Cost: $850

• Overview:
  • Navipac is designed for precise navigation and positioning, while NaviScan is used for real-time data acquisition and scanning.
  • Applications: Navigation and positioning for marine construction, underwater asset tracking, and dynamic positioning of ROVs/AUVs.
• Key Topics Covered:
  • Navipac Navigation Setup: Vessel and subsea positioning, using GNSS, USBL, and LBL systems.
  • Real-time Monitoring: Tracking vessels, ROVs, and subsea assets in real-time. Ensuring accurate positioning with quality control tools.
  • NaviScan: Real-time scanning and data acquisition for pipe tracking, cable laying, and seabed inspections.
• Hands-on Practice: Planning and executing navigation missions, using simulation data to position subsea assets and acquire real-time survey data.

Module 5: EIVA NaviEdit – Data Editing and Processing Software

Duration: 3 Days | Cost: $500

• Overview:
  • NaviEdit is the post-processing tool used to edit and correct raw survey data from Navipac or other sources.
  • Applications: Navigation data cleanup, quality control, and export for reports.
• Key Topics Covered:
  • Data Import and Management: Loading survey data from NaviPac or other systems.
  • Data Editing and Correction: Tools for editing navigation tracks, sensor corrections, and validation.
  • Final Deliverables: Exporting clean and validated data for client reports, maps, and analysis.
• Hands-on Practice: Participants will clean navigation data, edit positioning records, and prepare final deliverables.

Career Paths and Opportunities

Graduates of the School of Offshore Surveying and Engineering will be equipped to pursue careers in various industries related to marine, offshore, and subsea operations. Career paths include:

1. Offshore Surveyor:
   • Conduct surveys using sonar, GNSS, and other sensors to collect data on the seabed and subsea assets.
   • Typical Employers: Offshore survey companies, oil and gas operators, and marine research organizations.

1. Hydrographic Data Processor:

• Post-process survey data, generate digital terrain models (DTMs), and provide analysis for seabed mapping or marine construction projects.
• Typical Employers: Hydrographic and geophysical survey firms, port authorities, and government agencies.

1. Offshore Project Engineer:

• Design and oversee marine construction projects, subsea installations, and underwater asset tracking.
• Typical Employers: Engineering and construction companies, renewable energy firms (offshore wind farms).

1. ROV/AUV Operator:

• Operate remotely operated vehicles (ROVs) or autonomous underwater vehicles (AUVs) for subsea inspection, survey, and intervention tasks.
• Typical Employers: Subsea engineering companies, environmental monitoring agencies.

1. Marine Construction Surveyor:

• Provide real-time navigation support for marine construction projects such as dredging, offshore platform installation, and subsea pipeline/cable laying.
• Typical Employers: Construction contractors, oil and gas sector, marine infrastructure developers.

Benefits of Completing the Training

• Hands-on Practical Skills: Participants will gain real-world experience using industry-standard tools and technologies.
• Career Advancement: The course opens opportunities to work in high-demand offshore and marine industries, with competitive salaries and global travel opportunities.
• Networking Opportunities: Connect with industry professionals and peers, expanding your professional network.
• Certification: Upon completion of the program, participants will receive certifications recognized by the offshore industry, demonstrating proficiency in offshore survey and engineering tools.

Course Certification

• Upon successful completion of each module or the entire training, participants will receive a Certificate of Competency for each software or discipline covered.
• Full Program Certification: Participants who complete the entire 3-6 month program will receive a Comprehensive Certification in Offshore Surveying and Engineering.