Marine Bioengineering and Biomimicry

Course Info

Date: Jan-20-2025

Length: 1 Week

City: Dubai

Fees: 4,885

Type: In Classroom

Available Dates

  • Jan-20-2025

    Dubai

  • Apr-21-2025

    Dubai

  • July-21-2025

    Dubai

  • Nov-17-2025

    Dubai

Dates in Other Venues

  • Jan-13-2025

    London

  • Jan-20-2025

    Rotterdam

  • Jan-20-2025

    Istanbul

  • Jan-27-2025

    Hamburg

  • Jan-27-2025

    Athens

  • Apr-14-2025

    London

  • Apr-21-2025

    Istanbul

  • Apr-21-2025

    Rotterdam

  • Apr-28-2025

    Athens

  • Apr-28-2025

    Hamburg

  • July-14-2025

    London

  • July-21-2025

    Istanbul

  • July-21-2025

    Rotterdam

  • July-28-2025

    Athens

  • July-28-2025

    Hamburg

  • Oct-13-2025

    London

  • Oct-20-2025

    Istanbul

  • Oct-20-2025

    Rotterdam

  • Oct-27-2025

    Athens

  • Oct-27-2025

    Hamburg

Course Details

Course Outline

5 days course

Introduction to Marine Bioengineering and Biomimicry.

  • Definition of Marine Bioengineering and Biomimicry.
  • Studying marine life is essential for the invention.
  • Examples of biomimicry in maritime engineering throughout history.

Principles of Marine Bioengineering.

  • Investigation of marine ecosystems and biodiversity.
  • Gaining knowledge of how marine creatures adapt to their habitats.
  • Inspiration for engineering solutions from biomimicry.

Materials and Structures Using Marine Bioengineering.

  • Self-healing, biodegradable, and lightweight materials inspired by biological systems.
  • Insights from marine life for bio-glues and marine adhesives.
  • Ideas for structures drawn from marine life, like shells and corals.

Utilizing Biomimicry to Create Underwater Robots and Vehicles.

  • Description of marine robotics and its uses.
  • Undersea movement and manoeuvring inspired by biology.
  • Marine life as inspiration for sensor and communication systems.

Sustainable Marine Bioengineering Innovations.

  • Bioengineering and bio mimicry’s effects on the environment in maritime areas.
  • Ethics and ethical biomimetic designs as conservation factors.
  • Opportunities and difficulties for marine bioengineering.

Course Video