A research and photography expedition at the Polboat Yacht Festival to document the future of naval architecture, sustainable materials, and marine UI/UX.
Acting as both a photographer and a Naval Architecture student, I documented the 2026 festival to identify disruptive trends in the marine sector.
Through interviews with industry leaders and detailed visual studies of vessels from Sunreef to Galeon, I explored the intersection of 3D printing, circular lifecycles, and the evolving social experience of life on the water.
As a new naval architecture student at Politechnika Morska w Szczecinie, I wanted to understand how textbook physics and stability calculations actually translate into the real world.
University gives you the mathematical baseline, but building a vessel requires systemic thinking—solving marketing, finding the right shipyard, securing tech partners, and navigating unwritten rules.
Carrying a camera let me bridge that gap immediately, capturing design details and talking to leaders across the industry to see where real innovation is happening before graduating.
In my conversation with Bruno Tideman of Tideman Boats, he highlighted how indestructible HDPE hulls are—the boat essentially acts as its own fender. When someone spends millions on a luxury yacht, their biggest lingering stress is scratching the hull in port because repairs are astronomical.
The industry assumes luxury buyers only want pristine, fragile 'floating hotels.' But an HDPE leisure boat shifts the value proposition from fragile luxury to freedom from anxiety, solving a maintenance headache that keeps many prospective owners off the water.
I saw a move toward cleaner lines and healthier living environments aboard. Some builders are stripping away unnecessary deck levels and safety rail barriers (relingi) to simplify profiles and unify spaces.
There is also a major shift toward introducing natural light into lower cabins using reinforced glass and roof windows. Applying 'healthy home' principles—light, air, and thermal comfort—redefines the interior from a dark, basement-like cabin into an open, living architecture.
Most luxury yachts are built as isolated private islands. I want to design specifically for social context.
My concept explores standardized bow and stern connectors that allow vessels to 'plug in' to one another using a quick, secure system. While underway or in heavy seas, the vessel remains compact and self-contained; once anchored, boats can link together into floating communal spaces without giving up individual autonomy.
Tomi Juhola’s team at Yamaha Motor Group developed impressive proprietary plotter tablets, but marine bridge electronics remain closed ecosystems. Having done ocean night watches myself, you spend long hours looking out over open water.
There is a huge opportunity for an open maritime application platform—letting sailors share depth data, leave digital notes at GPS coordinates, run educational tools, or communicate across long-range wireless without needing internet access.
The assumption that you must build a multi-million-euro boat just to see if anyone will buy it is an expensive legacy mindset. By leveraging digital concepting, 3D modeling, and direct audience research, you can test ideas long before laying down composite or aluminum.
Identifying real pain points allows you to launch reservation packages and waitlists to validate market demand first, turning prospective owners into co-creators before committing to full shipyard production.
I began by asking about current manufacturing standards and design trends. Now, my question is broader: how can naval architecture position life on the water as a genuine, accessible alternative to city living?
Electrification is a necessary baseline, but the real revolution lies in rethinking why we go to sea—moving away from 5-million-euro floating hotels toward durable, light-filled, community-oriented vessels that make living on the water liberating rather than stress-inducing.
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