Course
Overview
This
one-day online course provides engineers with essential knowledge and practical
insights into marine ecology, emphasising its application in engineering
projects. Through a combination of theoretical background and case studies
focusing on offshore and coastal infrastructure, participants will explore key
ecological concepts and considerations critical for engineering projects. They
will gain an understanding of the ecological changes, challenges, and benefits
associated with such projects, including the interactions with marine life and
the environment.
The course
also covers eco-friendly design solutions, strategies for mitigation, and the
importance of Environmental Impact Assessments (EIAs) in evaluating and
minimizing these impacts. It highlights the proactive role of engineers in
promoting sustainable marine practices and aims to equip engineers with the
knowledge needed to integrate marine ecological considerations into their work,
promoting sustainable and responsible engineering practices. Participants will
benefit from expert-led discussions and real-world case studies, designed to
enhance their understanding of marine ecology and its significance in
engineering.
Course
programme
Introduction
to Marine Ecology
This
section introduces the fundamental concept of marine ecology, focusing on how
organisms interact with each other and their environment. Key ecological
principles, such as food webs and trophic levels, will be discussed to
illustrate the interconnected nature of marine ecosystems. Understanding these
principles is crucial for assessing the impacts of engineering projects, as
disturbances at one trophic level can cascade through the ecosystem.
Additionally, we will explore the ecosystem services provided by the marine
environment, including provisioning, cultural, regulating, and supporting
services, highlighting their often-overlooked importance.
Marine
Ecosystems and Environmental Impact Assessments: Insights and Real-World
Applications
This
section provides a comprehensive overview of marine ecosystems and the
Environmental Impact Assessment (EIA) process, focusing on both offshore and
coastal environments. Through detailed case studies, including the Hornsea
offshore wind farm and the proposed extension of the Galway Harbour, we explore
the dynamic ecological changes, challenges, and benefits associated with such
projects. By integrating theoretical knowledge with practical examples, this
section aims to equip engineers with the insights needed to navigate the
complexities of marine environmental considerations and make informed decisions
in their projects.
An Overview
of Eco-Engineering in Marine Environment & the Future Health of Marine
Ecosystems
In this
section, we will explore the principles of eco-engineering in marine
environments, focusing on designing projects that balance human needs with the
health of natural systems. We will look at innovative design solutions such as
structurally complex seawalls that enhance biodiversity and floating wind
turbines that can potentially reduce environmental impacts. The discussion will
also cover current trends and future projections for marine ecosystem health,
considering different management and development scenarios. Emphasising the
importance of collaboration with academia and conservation groups, we will
address the challenges marine ecosystems face, including climate change, and
highlight how eco-engineering can mitigate these effects. The goal is to
encourage engineers to adopt sustainable practices and minimize impacts in
their projects.
Learning
outcomes
On
completion of this course, you will be able to:
- Understand
foundational concepts in marine ecology
- Recognise
how engineering practices interact with the marine environment
- Identify
key prevention and mitigation strategies
- Explore
various eco-friendly engineering solutions
- Apply
knowledge from case studies to real-world scenarios
Who should
attend
This course
is designed for engineers and professionals in related fields who are involved
in planning, designing, and managing projects that impact marine environments.
This course is particularly beneficial for:
- Civil
Engineers: Engaged in coastal, offshore and marine infrastructure projects such
as ports, harbours, and offshore wind farms.
- Environmental
engineers: Focused on environmental impact assessments, pollution control, and
sustainable development in marine settings.
- Marine
engineers: Working on the design, construction and maintenance of structures
and vessels that operate in marine environments
- Project
managers: Overseeing engineering projects that interest with marine ecosystems,
ensuring regulatory compliance and sustainable practices
- Urban and
Regional Planners: Involved in coastal zone management and development planning
that affects marine ecosystems.
- Renewable
energy professionals: Specifically, those working on offshore wind farms and
other marine-based renewable energy projects.
- Engineering
students – early career engineers: Looking to gain foundational knowledge and
practical insights into marine ecology and its application in engineering
projects.
- Professionals
looking to update their skills: Individuals seeking to enhance their
understanding of marine ecology and incorporate sustainable practices into
their engineering work.
- Anyone with
an interest in protecting the marine environment while at work: This includes
individuals from various fields who are committed to incorporating
environmental stewardship into their professional activities.
Trainer's Profile
Haleigh
Joyce
holds a Bachelor of Science in Applied Freshwater and Marine Biology, and
a PhD in Aquatic Sciences, specialising in marine pollution in the North East
Atlantic. Both degrees were obtained from the Atlantic Technological University
Galway.
During her
academic journey, Haleigh worked with the Marine Institute on the “Nephrops and
Microplastics” project, funded by Ireland's Operational Programme, the European
Maritime and Fisheries Fund and the Irish Government. Her research
contributions include multiple publications and a technical report. Haleigh has
conducted Underwater Television Surveys for the Dublin Bay Prawn onboard RV Tom
Crean with the Irish Marine Institute and participated in the Crustacean Survey
off the coast of Portugal with the Portuguese Institute of the Sea and
Atmosphere, along with various fisheries assessments.
As
qualified PADI divemaster with over 120 dives, she has conducted scientific
diving to collect and analyse data, as well as engage communities in
conservation efforts. She has contributed to marine surveys both subtidal and
intertidal, conducting assessments on fish, substrate, and invertebrates, and
participated in reef monitoring and coral restoration initiatives.
Haleigh's
research interests include science communication, marine conservation and ocean
pollution. She is passionate about science education and communication,
particularly in benthic community ecology and understanding anthropogenic
impacts on marine life and their environments. She has developed a Massive Open
Online Course (MOOC) on ocean pollution, addressing plastic, chemical, nutrient
and noise pollution. Additionally, she has conducted workshops on marine
pollution to raise awareness and foster understanding of this critical issue.
Engineers Ireland supports the Sustainable Development Goals. This event contributes to Engineers Ireland's Sustainability Framework.