Introducing the SAIC Science Panel: meet Fateh

Dr Abdelfateh Kerrouche, Associate Professor in Electronic Engineering, Edinburgh Napier University

With the 14-member strong SAIC Science Panel now in place, we are keen to introduce each panel member to our wider network, providing some insights into their expertise, aspirations, and off-duty interests.

In this instalment, we meet Dr Abdelfateh Kerrouche, or Fateh for short. An Associate Professor in Electronic Engineering at Edinburgh Napier University and founder of the DeepSeaLab innovation programme, Fateh believes in demonstrating the power of science through improvements to everyday lives.

THE PATH TO AQUACULTURE

Fateh’s background is actually in electronic engineering and intelligent sensing systems rather than aquaculture. But throughout his career, regardless of sector, he has been passionate about developing technologies that solve real-world problems.

Once he started collaborating with marine scientists and industry partners, Fateh realised that many important environmental decisions were still based on occasional sampling and laboratory testing. It became clear to him that advances in sensors, robotics, and data analytics could fundamentally change how aquatic environments are monitored. “That realisation”, says Fateh, “inspired the development of DeepSeaLab, which aims to provide continuous, real-time monitoring to better protect our oceans, fish and waterways.”

We were interested to hear if, outside of Fateh’s own expertise, there is a different field he might like to pursue. “I would love to become an expert in marine ecology,” he says.

“As an engineer, I enjoy building technologies that collect and analyse data. But understanding the complex interactions within marine ecosystems would help me design even better technologies that respond to the real needs of the environment. I believe the biggest innovations happen when engineering and environmental science work together.”

FROM SCIENCE TO SOLUTION

Fateh was motivated to join the SAIC Science Panel because he believes Scotland has a unique opportunity to become a global leader in sustainable aquaculture through innovation. His research focuses on developing intelligent sensing technologies, autonomous underwater systems and real-time environmental monitoring to address some of the industry's most pressing challenges.

“Through DeepSeaLab”, explains Fateh, “I have been working to develop autonomous technologies that can continuously monitor water quality and provide early warning of environmental risks. I hope my experience in sensor systems, environmental monitoring, artificial intelligence and technology commercialisation can help bridge the gap between research and industry, ensuring that scientific innovation translates into practical solutions that improve fish health, environmental sustainability and operational efficiency.”

“I hope the Science Panel can help strengthen multidisciplinary collaboration between academia, industry, regulators, and technology developers. Many excellent research ideas never reach commercial adoption because they are developed in isolation from end users”, our new panel member adds.

Fateh also thinks the panel can play an important role in identifying future research priorities, and in supporting the translation of research into technologies that create real impact for the industry.

“Scotland already has an international reputation for excellence in aquaculture, and by continuing to invest in innovation and collaboration, it can remain at the forefront of sustainable aquaculture worldwide.”

FROM REACTION TO PREDICTION

Fateh has no doubt that climate change is one of the biggest challenges facing aquaculture: “Rising water temperatures, harmful algal blooms, bacterial outbreaks, and changing marine ecosystems are increasing the risks to fish health and production.”

“At the same time,” he says, “the industry faces growing expectations around environmental sustainability, animal welfare, and regulatory compliance while maintaining productivity to meet increasing global demand for seafood.”

From Fateh’s perspective, addressing these challenges will require a shift from reactive management to predictive, data-driven decision making: “Continuous monitoring, automation and better environmental intelligence will become essential tools for improving resilience and supporting sustainable growth.”

CHIP-SIZED LABS

When asked about emerging trends and technologies in the Scottish aquaculture sector, Fateh says he believes the future lies in combining autonomous robotics, smart sensors, artificial intelligence, and digital monitoring platforms.

These technologies, he explains, “will enable continuous rather than periodic monitoring, providing real-time information that supports faster decision-making and early intervention before environmental problems become serious.”

Additionally, Fateh lists miniaturised lab-on-chip devices, autonomous underwater robots, and advanced environmental sensing as having enormous potential to reduce operational costs while improving fish welfare and environmental stewardship.

“Ultimately, I see aquaculture becoming increasingly data-driven, where continuous environmental intelligence supports both sustainable production and ecosystem protection.”

SCIENCE AND SOUNDBITES

Fateh is a firm believer in building trust through openness, collaboration and demonstrating real-world impact.

When asked how – in a world of soundbites and ‘post-truths’ – he thinks we can best communicate the value of science, Fateh says: “Science becomes meaningful when people can see how it improves everyday life. Whether it is healthier food, cleaner water, or protecting our environment, scientific research should always be connected to real human challenges. Rather than overwhelming people with technical detail, we should explain the problem we are solving, and the difference science can make.”

We’re very grateful to Fateh for sharing his thoughts and insights with us! You can read Fateh’s bio on the SAIC website here.