Discover Marine Innovation| Marine Insights & Resources
Stay informed with expert perspectives on vessel design, naval architecture, fleet modernization, marine engineering, electrification, regulatory compliance, and maritime innovation. Our articles provide practical guidance, project highlights, and technical insights to support vessel owners, operators, shipyards, and government agencies.
A Career That Shaped Vessels and the Engineers Behind Them
After decades of shaping vessels, mentoring engineers, and advancing marine engineering at Elliott Bay Design Group, Jim Towers is retiring. Join us as we celebrate his remarkable career, lasting contributions to the maritime industry, and the legacy of leadership, technical excellence, and mentorship he leaves behind.
Behind the Scenes: Aluminum Catamaran Research Vessel Design Process
Go behind the scenes at Elliott Bay Design Group as our marine designers transform an aluminum catamaran research vessel from an initial hand sketch into a fully rendered concept. Explore each stage of the vessel design process, including concept development, 3D modeling, styling, visualization, and photorealistic renderings that help clients evaluate ideas, align stakeholders, and make confident decisions before engineering and construction begin.
A Vessel Built on Partnership: The EBDG Team Reflects on the FALCON
Discover the story behind the FALCON, the newest ferry designed by Elliott Bay Design Group for the Fisher Island Community Association. Through exclusive insights from EBDG's project leaders, explore how decades of collaboration, client partnership, and marine engineering expertise resulted in a vessel built for long-term reliability, operational efficiency, and exceptional service.
Expanding the Boundaries of Seakeeping Analysis
How can engineers predict vessel performance before construction begins? Discover how Elliott Bay Design Group uses advanced seakeeping analysis, ANSYS Aqwa, and the GHS Seakeeping Module to simulate vessel motion, evaluate stability, improve passenger comfort, and optimize marine vessel performance in real-world operating conditions.
EBDG Annual Retreat 2025: A Culture of Collaboration and Growth
Elliott Bay Design Group’s 2025 Annual Retreat brought the entire team together to connect, recharge, and strengthen collaboration across departments. Through workshops on communication, leadership, and innovation, employees explored how teamwork, integrity, and enthusiasm drive EBDG’s continued success and client impact.
Beyond Ferries: Engineering the Future of Floating Solutions
While Elliott Bay Design Group is known for award-winning passenger ferry designs, our expertise extends far beyond. From floating data centers to kelp harvesters and floating event venues, our specialty vessel portfolio showcases innovation across industries. Each project reflects our commitment to solving complex challenges with smart, sustainable marine engineering.
Mission-Driven Design: Built for Military Performance and Government Readiness
Mission-ready engineering starts with a team that understands the mission. Discover how Elliott Bay Design Group combines veteran experience, advanced marine engineering, and innovative vessel design to support military, government, and research clients with reliable, high-performance solutions built for today's operational demands and tomorrow's evolving missions.
Built for the Future: A Conversation with Robert Ekse on EBDG's Approach to Vessel Design
President Robert Ekse shares how Elliott Bay Design Group delivers innovative, practical vessel design solutions grounded in collaboration, precision, and long-term performance. Learn how EBDG supports every phase of the vessel lifecycle while addressing trends like modular construction, sustainability, and evolving marine technology.
Built to Perform: The Aluminum Expertise Driving EBDG’s Vessel Innovation
From shallow-draft landings to high-speed ferry routes, EBDG’s aluminum vessel designs are built for real-world performance. Explore how our proven, purpose-built solutions deliver strength, speed, and reliability across mission-critical operations.
