Hull Design for PEP Students Seeking Speed
Overview:
Watch this exciting webinar led by a former PEP competitor from URI who now
holds a Ph.D. in naval architecture, Alexei Sondergeld. In this session, you’ll dive into the science of
fast bows, explore how efficient sterns cut drag, and compare different hull shapes that can give you the
edge in racing. Whether you’re fine-tuning your design or just starting out, this is your chance to learn
from someone who’s been in your shoes and now studies performance at the highest level. Don’t miss this
opportunity to boost your team’s design skills!
What You’ll Learn:
- Hull options for racing craft.
- Shapes and design techniques for bows & sterns designed for racing.
Whether you're building for competition or innovation, this session will help you
design hulls that minimize resistance and maximize speed on the water.
Contact Alexei through the PEP Discord or by at his Gmail: asonderg39
Date & Time: October 28, 2025 1900-2000 ET
Audience: PEP students and
anyone else interested in hull design for small craft.
Virtual Course Format: This presentation
and discussion will occur in Microsoft Teams. If you do not have Teams, you will be able to view this event
in your browser.
Enrollment Fee: FREE!
Professional Development Hours:
1.00 Hour (free for ASNE Members or $40 for nonmembers). Please use the ASNE PDH form and send it to
education@navalengineers.org.)
Questions:
Please email education@navalengineers.org or call ASNE HQ
at (703) 836-6727.
Speaker Biography
I have always enjoyed designing and making prototypes to solve engineering problems. I am particularly
interested in vessel hull design as well as unmanned marine vehicles and ocean robotics. My current
projects include experimentally investigating over-actuated AUV depth control (which was my PhD
dissertation research) as well as leading the hull design and construction for PEP (Promoting Electric
Propulsion) unmanned vehicles. I am experienced in mechanical design, solid modeling (particularly
Solidworks and Autodesk Inventor), and fluid mechanics.
In my free time, my hobbies also usually relate to my research interests. During my master’s degree at
BU, I helped organize and instruct students on scale-model vessel construction for a competition
sponsored by the Singh Imagineering Laboratory (the Tinker Lab). At the Singh Imagineering Lab I also
constructed a 10-foot autonomous vessel intended to map water quality parameters. The vessel itself is
doubles as a 1/32 scale model of a 320’ bulk carrier and its propulsion system was refitted in concert
with the URI PEP team. Naruto 50 was the fiftieth small craft I have designed, built, and tested.
As for other activities, I am an avid rower and have competed in both sweep rowing and sculling. You can
often find me sculling, mountain biking, or riding my modified Razor kick scooter. My other interests
are sailing, kayaking, indoor rock climbing, skiing, and playing my violin.
PD
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