INQUA-CODE Plymouth 2026

INQUA-CODE Plymouth 2026 is a five-day residential research training workshop hosted by the University of Plymouth in the United Kingdom from 7 to 11 September 2026. The programme is aimed primarily at PhD students and postdoctoral researchers working in tectonics, Quaternary geomorphology, natural hazards and Earth-surface process modelling.

The event provides intensive practical training in computational and numerical methods used in modern Earth-surface research. Participants will develop skills ranging from programming and reproducible research workflows to high-performance computing and landscape evolution modelling.

Unlike a conventional academic conference that focuses mainly on presentations and discussion, INQUA-CODE is structured as a hands-on workshop, allowing participants to work directly with computational tools and modelling techniques.

Five Days of Practical Research Training

The programme is designed as an intensive five-day learning experience. Participants will have the opportunity to build computational skills progressively, beginning with core programming concepts and moving toward more advanced research applications.

The workshop is particularly relevant to early-career researchers who need computational methods for analysing geological, geomorphological or environmental datasets.

A major emphasis is placed on practical learning. Instead of simply discussing numerical approaches, attendees can apply the techniques in a research-oriented environment.

This makes the event valuable for researchers who want to improve their technical confidence while developing methods that can potentially be incorporated into their own doctoral or postdoctoral projects.

Focus on Quaternary Science

Quaternary science examines Earth's relatively recent geological history and the processes that have shaped landscapes and environments.

Researchers working in this area often need to combine field observations, geological information, spatial datasets and numerical models. Computational methods can help researchers understand complex processes and test different scenarios.

INQUA-CODE 2026 provides training specifically relevant to this research environment. The event is therefore particularly suitable for scientists whose work involves Quaternary geomorphology, tectonics, natural hazards and Earth-surface processes.

The workshop's specialised focus makes it different from general programming courses because the computational training is connected directly to Earth and environmental research.

Programming and Reproducible Workflows

Programming is an increasingly important skill for modern researchers.

Researchers may need programming to process large datasets, automate repetitive analysis, create simulations, visualise results or develop numerical models.

The INQUA-CODE programme introduces participants to core programming and reproducible workflows. These skills can help researchers make their computational research more transparent, repeatable and efficient.

Reproducibility is especially important in modern science because research findings should ideally be supported by methods that other researchers can understand and, where appropriate, reproduce.

By incorporating reproducible workflows into the workshop, the event connects technical computing skills with good research practice.

High-Performance Computing

Another important component of the workshop is high-performance computing (HPC).

Some Earth-surface models and scientific simulations require substantial computational resources. Standard personal computers may not always be sufficient for large-scale calculations, complex simulations or extensive numerical experiments.

The workshop provides participants with exposure to high-performance computing alongside numerical methods.

According to the official event information, practical sessions will be supported by access to the University of Plymouth's high-specification laboratories and its Lovelace high-performance computing facility.

This provides an opportunity for participants to develop practical experience with computing infrastructure relevant to research.

Landscape Evolution Modelling

Landscape evolution modelling is another important theme associated with INQUA-CODE Plymouth 2026.

Landscape evolution models can be used to explore how landscapes change over time as a result of processes such as erosion, sediment transport and tectonic activity.

Such models can help researchers investigate complex relationships between geological processes and landscape development.

For early-career researchers, developing an understanding of these modelling approaches can provide useful technical foundations for future research projects.

The combination of numerical methods, computational resources and Earth-surface applications makes the workshop particularly relevant to researchers whose work involves modelling landscape processes.

Suitable for PhD Students

PhD researchers are one of the primary audiences for the event.

Doctoral researchers frequently need to develop specialised technical skills alongside their core research expertise. For students working with computational Earth science, programming and modelling can become important components of their research.

A focused workshop can provide a structured environment in which participants can learn these skills without having to develop everything independently.

The residential format can also encourage interaction between researchers working on related topics, potentially creating opportunities for knowledge exchange and future collaboration.

Opportunity for Postdoctoral Researchers

The event is also aimed at postdoctoral researchers.

Researchers at the postdoctoral stage may already have experience with scientific computing but may want to expand their knowledge of numerical modelling, HPC or computational workflows.

The intensive format allows experienced researchers to focus on advanced technical development while connecting computational methods with their own research interests.

Participants can potentially use the workshop as an opportunity to identify new approaches for future research projects, publications or collaborations.

Expert Instruction

INQUA-CODE 2026 will include expert instructors from across the UK and Europe.

This international teaching involvement gives participants the opportunity to learn from researchers with experience in computational and Earth-surface research.

Interaction with experts can also help participants understand how computational methods are being used within current scientific research.

For early-career scientists, exposure to different research approaches can be particularly useful when considering future research directions.

Research Networking

Although the event is primarily a training workshop, its residential format also creates opportunities for networking.

Participants will be working alongside other early-career researchers with interests in related scientific fields. Informal discussions, collaborative exercises and shared research interests can help create professional connections.

Academic networking is especially valuable for researchers who are beginning to establish their professional networks.

Connections made during specialist workshops can potentially develop into research collaborations, conference relationships or future academic opportunities.

Why Plymouth Is an Appropriate Location

The University of Plymouth provides an appropriate setting for a workshop focused on Earth-surface processes, environmental research and computational science.

The university has an established research community and hosts a range of academic conferences, workshops and research events. Its official events listings include research-focused programmes, conferences and specialist training opportunities.

Plymouth's location in Devon also provides a strong geographical context for researchers interested in coastal, geological and environmental processes.

The combination of university research facilities and the city's coastal setting makes Plymouth a suitable location for an event connected to Earth-surface science.

Practical Learning Environment

The workshop will use university facilities to provide practical learning opportunities.

The official event description states that practical sessions will take place in the University's high-specification laboratories, with additional access to the Lovelace high-performance computing facility.

This practical infrastructure is important because computational training is most effective when participants can work directly with relevant software, hardware and datasets.

A dedicated laboratory environment also allows instructors to provide technical guidance while participants work through exercises.

Building Future Computational Skills

Scientific research is increasingly dependent on computational methods.

Researchers who develop strong programming, numerical modelling and data-analysis capabilities can apply these skills across many research environments.

For early-career Earth scientists, computational literacy can therefore complement traditional field and laboratory expertise.

INQUA-CODE 2026 is designed around this combination of scientific knowledge and technical capability, helping participants strengthen skills that can remain valuable throughout their research careers.

Event Dates and Booking

INQUA-CODE Plymouth 2026 is scheduled for 7 September to 11 September 2026. The official University of Plymouth event page identifies 31 August 2026 as the last booking date.

Because the event is residential and places may be limited, prospective participants should check the official University of Plymouth event information for current availability, registration requirements and final programme details before making travel arrangements.

Wrapping Up

INQUA-CODE Plymouth 2026 is a specialist research training workshop designed for PhD students and postdoctoral researchers working across Quaternary science, tectonics, geomorphology, natural hazards and Earth-surface process modelling.

Taking place at the University of Plymouth from 7–11 September 2026, the workshop combines programming, reproducible workflows, numerical methods, high-performance computing and landscape evolution modelling.

Its hands-on structure makes it particularly useful for researchers seeking practical computational skills rather than a traditional presentation-based conference. The involvement of experts from the UK and Europe, together with access to specialist university laboratories and high-performance computing facilities, provides a strong environment for technical development and research networking.