Seaplane Hydrodynamics
Hydrodynamic load analysis, planing performance prediction, and porpoising stability assessment for amphibious aircraft hulls.
Learn More →Certification & Flight Test Engineering
Flight test programmes, ground test coordination, build inspection, and certification compliance documentation.
Learn More →Aviation Organisations
Approval applications for Part-145, Part-CAO, Part-CAMO, and Part-21 organisations, including Part-IS and NIS-2 compliance.
Learn More →Sustainable Aviation
Aircraft integration engineering, certification pathway analysis, and technical due diligence for hydrogen and electric propulsion.
Learn More →Selected Projects
Vickers Wave — Hydrodynamic Load Analysis
Water loads determination and planing performance prediction for the certification of an amphibious light sport aircraft, using SILAS.
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ITPS Canada — Seaplane Flight Test Curriculum
Lecture series on seaplane water operations physics for the HU-16 Albatross flight test programme at the International Test Pilots School.
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AdHyBau-2 — Hydrogen-Electric Propulsion
Aircraft integration engineering and certification oversight in a hydrogen-electric propulsion research consortium with Siemens, TU Dresden, and Fraunhofer.
View project →Hydrodynamic Analysis with SILAS
SILAS (Stability Investigation and Load Analysis for Seaplanes) is a proprietary analytical framework for seaplane hull hydrodynamics, validated against flight test data to within 3 to 10 per cent accuracy. It predicts water impact loads, planing performance, and porpoising stability boundaries for amphibious aircraft from light sport to large utility categories.
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