Along the shores of Winneba, the waves are not the only thing that rise and fall with the rhythm of time. For generations, men and women have pulled their livelihoods from the sea, one net, one catch, one exhausting haul at a time.
Fishing, for many of Ghana’s coastal communities, is more than a job. It is a way of life, a deeply embedded tradition passed down through generations. Yet, behind the romanticized images of colorful canoes and thriving morning markets lies a physically demanding and often perilous reality. The task of hauling heavy fishing nets from the sea to the shore, still largely done by hand, takes a toll. It is time-consuming, backbreaking, and for many, a source of long-term health risks.
Each day, entire families may be needed to retrieve just one catch. In some instances, divers are required to swim deep into the sea to keep nets from getting entangled in underwater weeds or jagged rocks. The process is as dangerous as it is inefficient, and it is limiting the growth of one of Africa’s most vital economic sectors.
Across the continent, the blue economy, economic activities linked to oceans and waterways, is central to millions of livelihoods. Yet, despite its importance, innovation in artisanal fishing remains slow. Productivity is curtailed not for lack of skill, but for lack of tools. It is within this quiet but urgent space that a new collaboration has begun to stir hope.
The Ghana Scholarly Society and Skittals Ltd have initiated a joint project with a simple but profound goal: to ease the burden of fish hauling through a custom-built, low-cost, mobile aquatic transport mechanism. The project, titled Sustainable Mobile Aquatic Transport for Fishing (SMAT-FISH), is currently in its design phase, but its vision is clear, replace fatigue with dignity, and inefficiency with innovation.
Unlike many high-tech solutions that fail to land in local soil, the SMAT-FISH approach is rooted in realism. The solution is being co-designed with fishing communities themselves, ensuring that it reflects the needs, habits, and daily experiences of those it aims to serve. The mechanism, once developed, will be affordable, made from locally available materials, solar-powered, and mobile, capable of being shared among different fishermen as they rotate shifts or vessels.
The project (the design stage) runs from August 1 to September 30, 2025. Participants must upload their final designs by 11:59 p.m., September 30, 2025. Submissions can be made in any file format, including CAD designs, and must include a cover letter detailing the names of participants and individual contributions. Entries should be uploaded via the Skittals platform at: https://skittals.com/login.
But beyond the technical specifications, the heart of the initiative lies in what it represents: a partnership between academia and private enterprise, stepping into a space often overlooked by mainstream innovation. Where large-scale fisheries have seen modern trawlers and automated systems, the artisanal sector, where most of Ghana’s coastal fishers operate, remains unchanged. The collaboration acknowledges that development must be inclusive. Innovation must listen before it builds.
The Ghana Scholarly Society brings to the project its deep understanding of community research, grassroots development, and academic rigor. Skittals Ltd contributes its practical design thinking and commitment to local enterprise solutions. Together, their collaboration is not just producing a mechanism, but modelling a way of working, one that values empathy as much as engineering.
The timing couldn’t be more fitting. With global conversations shifting toward sustainable livelihoods, environmental stewardship, and inclusive economies, the SMAT-FISH project shows how these lofty ideals can find expression in humble places. A solar-powered net-hauler on a beach in Winneba may not make global headlines, but it can change the daily rhythm of life for a community.
And perhaps that is the deeper story. That quiet innovations, born of thoughtful collaboration and rooted in everyday realities, often bring the most lasting change. Where policy papers and summit speeches fall short, a well-designed machine shared among fishermen could help feed families, grow local economies, and ease generations-old burdens.
