CASSINI Entrepreneurship Days Prague 2025 October 8th - 9th WATI x LLcloud expo cassini-ed.eu This year, I had the opportunity to attend the CASSINI Entrepreneurship Days 2025 in Prague as Product Designer for LLcloud, the multi-sensor cloud platform for joint data gathering, analysis, and visualisation from satellites, drones, IoT devices, wearables, and other emerging technologies (llcloud.eu ). At the Start-up Jungle, LLcloud presented WATI - the Wearable Ambient Temperature Indicator and your personal urban heat guide, that merges space and ground data. WATI was also the focus of this year's LLcloud stand at CED 2025. Paired with a mobile app integrating Meteoblue urban heat maps, WATI helps users navigate cities via the coolest routes, keeping them in the shade and near hydration points. A big thank you to the CASSINI Entrepreneurship Days organisers for an inspiring and well-organised event, and for the opportunity to connect with so many satellite and AI-driven start-ups from across Europe!

2024|25 Product Design MA Royal College of Art Awards & Publications Service: Electronic Design | UI Design | UX Research | CAD | PCB Manufacturing Move smarter with wati, the wearable designed to navigate urban heat . wati keeps you cool, hydrated, and always informed of live weather and temperature changes on the go . Whether you're walking, running, or commuting, wati tracks live outdoor temperatures, monitors your steps, and guides you through the coolest routes via the paired mobile app . By choosing wati, you join a global crowdsourcing community that refines "cool-route" algorithms and informs future city planning. The app uniquely combines ground-level user data with satellite-based thermal imaging , creating a powerful new layer of climate insight . The Problem WATI addresses the gap in localized heat awareness by providing the ground-level temperature precision that current weather apps and fitness wearables lack. It moves the world out of a WAIT state on climate change by turning urban navigation into a tool for real-time thermal insight. The Solution Hyper-local Tracking: Measures real-time ambient temperature at ground pedestrian level. Data Visualisation: Communicates thermal and health metrics through a custom designed UI. Predictive Analytics: Delivers real-time heat alerts and actionable environmental and health data. Hybrid Mapping: Merges EO satellite thermal imaging with user-sourced ground data for maximum precision. Smart Navigation: Identifies ventilated, shaded, and cool-route alternatives via the paired app. Urban Impact: Crowdsources heat-mapping data to assist city planners in building resilient infrastructure. User Group 01 outdoor athletes and runners - ideal user group for testing 02 elderly people - heat related mortality increases by 85% 03 young children ( 0 to 4) and pregnant women - struggle with thermoregulation 04 individuals with chronic health conditions - cardiovascular, kidney, respiratory problems 05 transportation and construction workers - bus drivers, train drivers, bikers, delivery drivers WATI Device Hardware Wearability Mobile UI Data & Community Advanced Sensor Technology: MEMS Thermal | Gyroscope Multiple-Attachment System: Clip | Watch | Armband Route Options: Shortest | Balanced | Coolest Crowdsourced Heat Mapping: Dynamic | infrastructure | UHI High-Resolution Touchscreen 10-Hour Battery Life Personalised AI Urban Companion Step & Mileage Analytics USB-C Rechargeable Touchscreen High-Contrast UI UV | Shade | Hydration Alerts Community Achievement Feed Electronics The System UI Design Wearable UI Design WATI Mobile App UI Design Heat Maps & Thermal Satellite Images from Data Providers London, United Kingdom, Urban Heat Maps provided by meteoblue Riyadh, Saudi Arabia, LST Fusion product provided by constellr Darwin, Australia, Thermal Infrared Imagery - © [2024] SatVu Data Providers & Supporters Project Partners touch eduscape Up yoshimura

vika 2023 Team Project Lund University Service: Sports Accessories | Wood Work | Textiles & Sewing | Patent Design | Collapsible Products | CAD | Sketching Vika ("fold" in Swedish) is a novel foldable bike basket designed for active commuters who rely on bicycles for work, university, or shopping . It revolutionises the cycling experience by offering a versatile storage solution for bags and groceries that turns into a portable shopping bag with a shoulder strap. When not in use, the basket’s flat-pack design allows space-saving convenience by easily securing to the bike frame. My role in this project was doing user research, product and tend analysis, working on the CAD models from our concept sketches, working on the foldability pattern and the textile design , creating a final prototype with a pine frame and waterproof textile repurposed from a yacht wing sail. In Lund, Sweden, 60% of residents prefer cycling , a tradition shaped by the city's proximity to Copenhagen’s infrastructure and evolution of transport and transit. Common Bike Basket Issues: Permanent Mounting Not Weatherproof Weak Wire Construction No Design Features for Portability Limited Load Capacity Cheap Alloys & Plastic Materials Design & Materials Versatility & Use Technical Specifications Prototyping Repurposed Yacht Sailcloth: Durable | UV Resistant Added Features: Adjustable Strap | Inner Sleeve | Top Cover Volume Capacity 25 L or 3/4 kg load CNC Milled Pine Frame Wax Finish Light Main Pine Frame & Base Flat-pack design 350 x 230 x 320 mm dimensions Hand Cut & Sewn Sailcloth Detachable Cantilevered Stainless Steel Mount Doubles as Shopping Basket Triple Rail Collapsible Concertina Design Welded Steel Wire Rails xoxo Up foldiFi