Engineering knowledge for the next
generation of offshore wind professionals

Bridging academic research and industry practice through structured university programs, online learning, corporate training and collaborative R&D in floating offshore wind engineering.

From lecture halls to design offices — structured, scalable and engineering-grade.

Academic programs

University & Master Programs

Morie Analytics collaborates with universities on master-level courses and research programs covering floating offshore wind design, geotechnical engineering and system integration. Available as guest lectures, full course modules or co-supervised MSc dissertations, these programs connect academic rigor with the practical engineering methods used in real offshore projects.

Guest lectures

Targeted sessions covering floating wind system design, anchor engineering and site characterization — delivered by practicing engineers with active research backgrounds.

Full course modules

Structured modules on the Morie Analytics engineering framework — from environmental data processing and soil reconstruction through to mooring and anchor design workflows.

MSc dissertation supervision

Co-supervised MSc dissertations on topics aligned with offshore floating wind engineering research — methodology development, tool validation and applied case studies.

Research collaboration

Joint research initiatives with academic partners, bridging fundamental research and engineering application across geotechnics, structural dynamics and system-level analysis.

Online campus

Self-paced technical courses and webinars

The Morie Academy online campus offers self-paced technical courses and webinars covering the full Morie Analytics workflow — site intelligence, layout optimization, soil reconstruction, mooring analysis, anchor design and cable engineering. Targeted at practicing offshore wind engineers who want to deepen their technical knowledge or extend their workflow capabilities without leaving the office.

Self-paced modules

Learn each engineering discipline at your own pace, with worked examples drawn from real floating offshore wind case studies.

Live webinars

Regular technical webinars on methodologies, tool updates and engineering case studies — with Q&A from the Morie Analytics team.

Workflow coverage

Courses mapped to the six-step Morie workflow: Site, Layout, Soil, Mooring, Anchor, Cable — each module independently usable or taken as a complete sequence.

For practicing engineers

Content designed for engineers already working in the field — focused on application and decision-making, not introductory theory.

Corporate training

In-house workshops and technical bootcamps

Morie Academy delivers in-house workshops and bootcamps tailored to engineering teams. Programs range from focused one-day hands-on sessions — such as anchor design from soil characterization to factor-of-safety verification — to multi-week integrated workflow programs covering the full floating wind design chain. All training is grounded in real engineering practice and can be customised to the specific tools, standards and project context of your organization.

Hands-on anchor design

One-day intensive covering soil profiling, anchor type selection, capacity calculation and design verification — using the Morie Anchor workflow.

Integrated workflow programs

Multi-week programs that take engineering teams from site data processing through to anchor and cable design in a connected, structured workflow.

Tailored to your tools

Training adapted to the software and standards your team already uses — or incorporating Morie Platform tools if early access has been granted.

Assessment and certification

Optional technical assessment and certification of completion — suitable for CPD requirements or internal competency tracking.

Research & development

Collaborative R&D with industry and academia

Morie Analytics engages in collaborative R&D with universities, classification societies and industry partners. This covers methodology development, engineering tool validation and knowledge dissemination — translating research outputs into reproducible engineering methods and practical software pathways.

Methodology

Engineering methodology development and validation

We develop and validate engineering methodologies for floating offshore wind — covering geotechnical characterization, anchor capacity under coupled loading, mooring system analysis and integrated system-level design. Research outputs are translated into structured and reproducible engineering methods.

Anchor capacity under combined monotonic and cyclic loading
Synthetic subsurface reconstruction using generative models
Spatial soil variability quantification across lease areas
Integrated system-level response for shared-anchor configurations

Dissemination

Engineering knowledge dissemination

Research findings are disseminated through peer-reviewed publications, conference presentations, technical reports and direct engagement with classification societies and industry working groups. The goal is to make engineering knowledge accessible and applicable across the offshore wind sector.

Peer-reviewed journal articles and conference papers
Technical reports for industry partners and classification societies
Engagement with OTC, ISFOG, OMAE and other industry forums
Open-access datasets and benchmark case studies where appropriate

Engineering knowledge for the next generation of offshore wind professionals