#navalarchitect — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #navalarchitect, aggregated by home.social.
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Ship Structural Design: Complete Guide to Principles, Components, Calculations, Classification Rules, and Modern Ship Construction (2026 Guide)
Learn everything about Ship Structural Design including principles, components, structural calculations, classification rules, ship framing systems, materials, design process, numerical examples, advantages, maintenance, and future technologies. A complete beginner-to-professional guide for Naval Architecture and Marine Engineering. Ship Structural Design Ship Structural Design is one of the most important disciplines in Naval Architecture. Every ship, whether it is a container vessel, […] -
Ship Structural Design: Complete Guide to Principles, Components, Calculations, Classification Rules, and Modern Ship Construction (2026 Guide)
Learn everything about Ship Structural Design including principles, components, structural calculations, classification rules, ship framing systems, materials, design process, numerical examples, advantages, maintenance, and future technologies. A complete beginner-to-professional guide for Naval Architecture and Marine Engineering. Ship Structural Design Ship Structural Design is one of the most important disciplines in Naval Architecture. Every ship, whether it is a container vessel, […] -
Ship Resistance: The Complete Guide to Resistance in Ships, Hydrodynamics, Calculation, and Resistance Reduction (2026)
PART (1+2+3+4+5) Ship Resistance Explained: Types, Formula, Calculation, Hydrodynamics & Resistance Reduction Guide (2026) Learn everything about ship resistance, including its definition, types, formulas, hydrodynamic principles, resistance prediction methods, numerical calculations, and modern techniques used by naval architects to design efficient ships. Ship Resistance – The Complete Guide Every ship, whether it is a massive container vessel crossing the Pacific Ocean or a small […] -
Ship Resistance: The Complete Guide to Resistance in Ships, Hydrodynamics, Calculation, and Resistance Reduction (2026)
PART (1+2+3+4+5) Ship Resistance Explained: Types, Formula, Calculation, Hydrodynamics & Resistance Reduction Guide (2026) Learn everything about ship resistance, including its definition, types, formulas, hydrodynamic principles, resistance prediction methods, numerical calculations, and modern techniques used by naval architects to design efficient ships. Ship Resistance – The Complete Guide Every ship, whether it is a massive container vessel crossing the Pacific Ocean or a small […] -
Roles and Responsibilities of a Naval Architect: Complete Guide to Modern Ship Design and Maritime Innovation
Roles and Responsibilities of a Naval Architect | Complete Guide Learn the roles and responsibilities of a naval architect, from ship design and stability to AI-driven engineering, offshore energy, and sustainable maritime innovation. The roles and responsibilities of a naval architect include designing ships and offshore structures, ensuring safety and stability, improving fuel efficiency, complying with international regulations, and supporting sustainable maritime innovation. Modern […] -
Roles and Responsibilities of a Naval Architect: Complete Guide to Modern Ship Design and Maritime Innovation
Roles and Responsibilities of a Naval Architect | Complete Guide Learn the roles and responsibilities of a naval architect, from ship design and stability to AI-driven engineering, offshore energy, and sustainable maritime innovation. The roles and responsibilities of a naval architect include designing ships and offshore structures, ensuring safety and stability, improving fuel efficiency, complying with international regulations, and supporting sustainable maritime innovation. Modern […] -
MARPOL Explained: Complete Guide to the International Convention for the Prevention of Pollution from Ships (IMO MARPOL Guide 2026)
Learn everything about MARPOL (International Convention for the Prevention of Pollution from Ships), including its definition, objectives, annexes, working principles, pollution prevention methods, formulas, numerical examples, shipboard equipment, compliance, safety measures, latest technologies, FAQs, and real-life applications. A complete SEO-optimized guide for marine engineers, naval architects, maritime students, and shipping professionals. Quick Summary ItemDetailsConvention […] -
MARPOL Explained: Complete Guide to the International Convention for the Prevention of Pollution from Ships (IMO MARPOL Guide 2026)
Learn everything about MARPOL (International Convention for the Prevention of Pollution from Ships), including its definition, objectives, annexes, working principles, pollution prevention methods, formulas, numerical examples, shipboard equipment, compliance, safety measures, latest technologies, FAQs, and real-life applications. A complete SEO-optimized guide for marine engineers, naval architects, maritime students, and shipping professionals. Quick Summary ItemDetailsConvention […] -
Ship Hull Design: A Complete Engineering Guide for Naval Architects and Marine Students
Ship Hull Design Explained: Types, Formulas, Diagrams & Real Examples (2026 Guide) Learn ship hull design from scratch—working principles, hull types, construction, stability formulas, solved examples, and modern hull technology. A complete guide for marine engineers and students. Quick Summary Table AspectDetailsMain KeywordShip hull designFieldNaval Architecture / Marine EngineeringPrimary FunctionProvide buoyancy, structural strength, and hydrodynamic efficiencyMain Hull […] -
Ship Hull Design: A Complete Engineering Guide for Naval Architects and Marine Students
Ship Hull Design Explained: Types, Formulas, Diagrams & Real Examples (2026 Guide) Learn ship hull design from scratch—working principles, hull types, construction, stability formulas, solved examples, and modern hull technology. A complete guide for marine engineers and students. Quick Summary Table AspectDetailsMain KeywordShip hull designFieldNaval Architecture / Marine EngineeringPrimary FunctionProvide buoyancy, structural strength, and hydrodynamic efficiencyMain Hull […] -
Ship Design Calculation: A Complete Beginner-to-Professional Guide for Naval Architects and Marine Engineers
Ship Design Calculation: Formulas, Methods, and Step-by-Step Examples (Complete Guide) Learn ship design calculations from scratch—displacement, coefficients, stability, and power formulas explained with solved examples. A practical guide for marine engineering students and professionals. Quick Summary Table AspectDetailsMain TopicShip Design CalculationFieldNaval Architecture / Marine EngineeringKey ParametersDisplacement, Block Coefficient, Freeboard, Stability (GM), PowerMain […] -
Ship Design Calculation: A Complete Beginner-to-Professional Guide for Naval Architects and Marine Engineers
Ship Design Calculation: Formulas, Methods, and Step-by-Step Examples (Complete Guide) Learn ship design calculations from scratch—displacement, coefficients, stability, and power formulas explained with solved examples. A practical guide for marine engineering students and professionals. Quick Summary Table AspectDetailsMain TopicShip Design CalculationFieldNaval Architecture / Marine EngineeringKey ParametersDisplacement, Block Coefficient, Freeboard, Stability (GM), PowerMain […] -
Zero Emission Ships: The Future of Sustainable Maritime TransportZero Emission Ships: Complete Engineering Guide to Green Maritime TechnologyZero Emission Ships: The Future of Sustainable Maritime Transport
Zero Emission Ships: Technologies, Working Principles, and the Future of Green Shipping (2024 Guide) Discover how zero emission ships work, their key technologies, formulas, real-world examples, and why they are critical to achieving net-zero maritime transport by 2050. A complete engineering guide. The global shipping industry carries over 90% of world trade — but it also contributes nearly 3% of global greenhouse gas (GHG) emissions, equivalent to the annual emissions of a major […] -
Zero Emission Ships: The Future of Sustainable Maritime TransportZero Emission Ships: Complete Engineering Guide to Green Maritime TechnologyZero Emission Ships: The Future of Sustainable Maritime Transport
Zero Emission Ships: Technologies, Working Principles, and the Future of Green Shipping (2024 Guide) Discover how zero emission ships work, their key technologies, formulas, real-world examples, and why they are critical to achieving net-zero maritime transport by 2050. A complete engineering guide. The global shipping industry carries over 90% of world trade — but it also contributes nearly 3% of global greenhouse gas (GHG) emissions, equivalent to the annual emissions of a major […] -
Offshore Platform Analysis: Types, Working Principles, Load Calculations & Engineering Guide
Offshore Platform Analysis: Types, Working Principles, Load Calculations & Engineering Guide Learn everything about offshore platform analysis — including types, working principles, structural load formulas, step-by-step calculations, advantages, applications, and modern developments. A complete guide for engineering students and professionals. Offshore platforms are among the most complex and impressive engineering structures ever built. Standing tall in the middle of the ocean, often in […] -
Offshore Platform Analysis: Types, Working Principles, Load Calculations & Engineering Guide
Offshore Platform Analysis: Types, Working Principles, Load Calculations & Engineering Guide Learn everything about offshore platform analysis — including types, working principles, structural load formulas, step-by-step calculations, advantages, applications, and modern developments. A complete guide for engineering students and professionals. Offshore platforms are among the most complex and impressive engineering structures ever built. Standing tall in the middle of the ocean, often in […] -
Ship Hull Design Explained: Types, Principles, and Practical Examples
Discover how ship hull design shapes vessel performance, fuel efficiency, and safety. Learn about hull types, key principles, real-world examples, and the role of AI in modern naval architecture. Ship hull design is the engineering process of shaping a vessel's underwater and above-water body to optimize stability, speed, and fuel efficiency. The main hull types include displacement, planing, and semi-displacement hulls, each selected based on vessel size, speed requirements, and operational […] -
Ship Hull Design Explained: Types, Principles, and Practical Examples
Discover how ship hull design shapes vessel performance, fuel efficiency, and safety. Learn about hull types, key principles, real-world examples, and the role of AI in modern naval architecture. Ship hull design is the engineering process of shaping a vessel's underwater and above-water body to optimize stability, speed, and fuel efficiency. The main hull types include displacement, planing, and semi-displacement hulls, each selected based on vessel size, speed requirements, and operational […] -
Top 100 Marine Engineering Interview Questions and Answers
Quick Summary Table FeatureDetailsTopicMarine Engineering Interview Questions & AnswersTarget AudienceMarine Engineering Students, Job Seekers, OfficersDifficulty LevelBeginner to AdvancedTotal Questions Covered100 (grouped by category)Exam RelevanceMMD Oral, Port State Control, CDP, Job InterviewsReading Time~20–25 minutesLast Updated2025 Top 100 Marine Engineering Interview Questions and Answers (2025 Guide) | MMD Oral & Job Ready Prepare for your marine engineering interview with our […] -
Top 100 Marine Engineering Interview Questions and Answers
Quick Summary Table FeatureDetailsTopicMarine Engineering Interview Questions & AnswersTarget AudienceMarine Engineering Students, Job Seekers, OfficersDifficulty LevelBeginner to AdvancedTotal Questions Covered100 (grouped by category)Exam RelevanceMMD Oral, Port State Control, CDP, Job InterviewsReading Time~20–25 minutesLast Updated2025 Top 100 Marine Engineering Interview Questions and Answers (2025 Guide) | MMD Oral & Job Ready Prepare for your marine engineering interview with our […] -
Offshore Structure Design: Fundamentals and Engineering Applications
Offshore Structure Design: Fundamentals, Types, and Engineering Applications (2024 Guide) Learn the fundamentals of offshore structure design — types, working principles, components, formulas, and real-world engineering applications. Beginner-friendly yet technically complete. Offshore structure design, offshore platform engineering, jacket platform design, fixed offshore structures, floating offshore structures Quick Summary Table FeatureDetailsMain TopicOffshore Structure […] -
Offshore Structure Design: Fundamentals and Engineering Applications
Offshore Structure Design: Fundamentals, Types, and Engineering Applications (2024 Guide) Learn the fundamentals of offshore structure design — types, working principles, components, formulas, and real-world engineering applications. Beginner-friendly yet technically complete. Offshore structure design, offshore platform engineering, jacket platform design, fixed offshore structures, floating offshore structures Quick Summary Table FeatureDetailsMain TopicOffshore Structure […] -
Top 50 Naval Architect Interview Questions and Answers (2026 Guide)
Top 50 Naval Architect Interview Questions and Answers (2026 Guide) Preparing for a naval architect job? Explore the top 50 naval architect interview questions and answers, covering ship design, stability, hydrostatics, and career tips. Quick Summary Table AspectDetailsMain KeywordInterview QuestionsTarget AudienceNaval architecture students, freshers, marine engineers, shipyard recruitersTotal Questions Covered50Topics IncludedShip design, stability, hydrostatics, structures, HR & […] -
Top 50 Naval Architect Interview Questions and Answers (2026 Guide)
Top 50 Naval Architect Interview Questions and Answers (2026 Guide) Preparing for a naval architect job? Explore the top 50 naval architect interview questions and answers, covering ship design, stability, hydrostatics, and career tips. Quick Summary Table AspectDetailsMain KeywordInterview QuestionsTarget AudienceNaval architecture students, freshers, marine engineers, shipyard recruitersTotal Questions Covered50Topics IncludedShip design, stability, hydrostatics, structures, HR & […] -
Best Naval Architect Software in 2026: Complete Guide to Ship Design, Stability Analysis, and Marine Engineering Tools
Best Naval Architect Software in 2026: Complete Guide to Ship Design, Stability Analysis, and Marine Engineering Tools Discover the best naval architect software used for ship design, stability analysis, hull modeling, CFD simulation, and marine engineering. Learn features, formulas, applications, comparisons, and future trends in naval architecture software. Quick Summary Table ParameterDetailsMain KeywordNaval Architect SoftwareIndustryNaval Architecture & Marine EngineeringMain […] -
Best Naval Architect Software in 2026: Complete Guide to Ship Design, Stability Analysis, and Marine Engineering Tools
Best Naval Architect Software in 2026: Complete Guide to Ship Design, Stability Analysis, and Marine Engineering Tools Discover the best naval architect software used for ship design, stability analysis, hull modeling, CFD simulation, and marine engineering. Learn features, formulas, applications, comparisons, and future trends in naval architecture software. Quick Summary Table ParameterDetailsMain KeywordNaval Architect SoftwareIndustryNaval Architecture & Marine EngineeringMain […] -
Maxsurf VIEW, CONTROL POINT, SURFACE Toolbar: Complete Guide to Learning Ship Design and Stability Analysis
Maxsurf VIEW, CONTROL POINT, SURFACE Toolbar Guide Learn Maxsurf VIEW, CONTROL POINT, SURFACE TOOLBAR functions for ship design, hull modeling, hydrostatic calculations, and stability analysis. Ship design has evolved significantly with the use of advanced naval architecture software. Among the most widely used tools in the marine industry, Maxsurf stands out as a powerful platform for hull modeling, hydrostatic calculations, stability assessment, and ship performance analysis. For […]https://marineinsightspro.wordpress.com/2026/06/18/maxsurf-view-control-point-surface-toolbar-guide/
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Maxsurf VIEW, CONTROL POINT, SURFACE Toolbar: Complete Guide to Learning Ship Design and Stability Analysis
Maxsurf VIEW, CONTROL POINT, SURFACE Toolbar Guide Learn Maxsurf VIEW, CONTROL POINT, SURFACE TOOLBAR functions for ship design, hull modeling, hydrostatic calculations, and stability analysis. Ship design has evolved significantly with the use of advanced naval architecture software. Among the most widely used tools in the marine industry, Maxsurf stands out as a powerful platform for hull modeling, hydrostatic calculations, stability assessment, and ship performance analysis. For […]https://marineinsightspro.wordpress.com/2026/06/18/maxsurf-view-control-point-surface-toolbar-guide/
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Complete Marine Engine Troubleshooting Guide
Complete Marine Engine Troubleshooting Guide Learn how to diagnose and fix marine engine problems with this complete troubleshooting guide. Covers overheating, hard starts, fuel system faults, and more — with real examples. What Is Marine Engine Troubleshooting? Marine engine troubleshooting is the process of finding and fixing problems in a boat's propulsion system. It uses a step-by-step method to diagnose faults — from fuel delivery to cooling, ignition, and exhaust. Unlike car […]https://marineinsightspro.wordpress.com/2026/06/13/complete-marine-engine-troubleshooting-guide/
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Complete Marine Engine Troubleshooting Guide
Complete Marine Engine Troubleshooting Guide Learn how to diagnose and fix marine engine problems with this complete troubleshooting guide. Covers overheating, hard starts, fuel system faults, and more — with real examples. What Is Marine Engine Troubleshooting? Marine engine troubleshooting is the process of finding and fixing problems in a boat's propulsion system. It uses a step-by-step method to diagnose faults — from fuel delivery to cooling, ignition, and exhaust. Unlike car […]https://marineinsightspro.wordpress.com/2026/06/13/complete-marine-engine-troubleshooting-guide/
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Types of Vessels: A Complete Guide to Ships in Modern Maritime Industry [2026]
Discover the major types of vessels used in shipping, naval architecture, and offshore energy. From bulk carriers to autonomous ships — a complete professional guide. The main types of vessels include bulk carriers, container ships, tankers, passenger ships, offshore vessels, naval vessels, fishing vessels, and special-purpose craft. Each vessel type is designed to meet specific operational, structural, and regulatory requirements based on its intended trade and sea conditions. The global […] -
How CFD Is Transforming Modern Ship Hull Design in Naval Architecture
Discover how CFD is transforming ship hull design in naval architecture. Learn the working principles, key formulas, real-world applications, and future trends of Computational Fluid Dynamics in marine engineering. A complete beginner-to-professional guide. Imagine designing a ship that cuts through ocean waves with minimal resistance, burns less fuel, and produces fewer emissions — all before a single steel plate is cut. That is exactly what Computational Fluid Dynamics (CFD) makes […] -
How CFD Is Transforming Modern Ship Hull Design in Naval Architecture
Discover how CFD is transforming ship hull design in naval architecture. Learn the working principles, key formulas, real-world applications, and future trends of Computational Fluid Dynamics in marine engineering. A complete beginner-to-professional guide. Imagine designing a ship that cuts through ocean waves with minimal resistance, burns less fuel, and produces fewer emissions — all before a single steel plate is cut. That is exactly what Computational Fluid Dynamics (CFD) makes […] -
Alternative Marine Fuels : LNG vs Methanol vs Ammonia vs Hydrogen – Complete Guide for Marine Engineers
Alternative Marine Fuels: LNG vs Methanol vs Ammonia vs Hydrogen – Complete Guide for Marine Engineers Explore the complete guide to alternative marine fuels — LNG, Methanol, Ammonia, and Hydrogen. Learn working principles, formulas, applications, pros & cons, and future trends for marine engineers. The global shipping industry is one of the largest contributors to greenhouse gas (GHG) emissions, accounting for approximately 2.89% of the world's total CO₂ output. With the […] -
Alternative Marine Fuels : LNG vs Methanol vs Ammonia vs Hydrogen – Complete Guide for Marine Engineers
Alternative Marine Fuels: LNG vs Methanol vs Ammonia vs Hydrogen – Complete Guide for Marine Engineers Explore the complete guide to alternative marine fuels — LNG, Methanol, Ammonia, and Hydrogen. Learn working principles, formulas, applications, pros & cons, and future trends for marine engineers. The global shipping industry is one of the largest contributors to greenhouse gas (GHG) emissions, accounting for approximately 2.89% of the world's total CO₂ output. With the […] -
Free Surface Effect in Ship Stability: Causes, Calculations, Prevention Methods, and Practical Examples
Learn about Free Surface Effect in ship stability, its causes, calculations, formulas, examples, prevention techniques, advantages, disadvantages, and impact on vessel safety. Complete guide for marine engineering and naval architecture students. Summary Table ParameterDescriptionTopicFree Surface Effect (FSE)FieldMarine Engineering & Naval ArchitectureMain PurposeUnderstanding stability reduction due to liquid movementKey FormulaFSC = i × ρ / ΔAffected SystemsBallast tanks, fuel tanks, […] -
Free Surface Effect in Ship Stability: Causes, Calculations, Prevention Methods, and Practical Examples
Learn about Free Surface Effect in ship stability, its causes, calculations, formulas, examples, prevention techniques, advantages, disadvantages, and impact on vessel safety. Complete guide for marine engineering and naval architecture students. Summary Table ParameterDescriptionTopicFree Surface Effect (FSE)FieldMarine Engineering & Naval ArchitectureMain PurposeUnderstanding stability reduction due to liquid movementKey FormulaFSC = i × ρ / ΔAffected SystemsBallast tanks, fuel tanks, […] -
Common Ship Stability Errors in Ship Design: Causes, Calculations, Prevention, and Modern Solutions
Understand common ship stability problems in ship design, their origins, calculation, practical implications, prevention and present ship stability technologies in naval architecture and marine engineering. One of the most important areas of naval architecture and marine engineering is ship stability. A ship can be well equipped with a powerful propulsion system, with high quality navigation equipment and good sound construction, but if its stability characteristics are not good, the ship […] -
Common Ship Stability Errors in Ship Design: Causes, Calculations, Prevention, and Modern Solutions
Understand common ship stability problems in ship design, their origins, calculation, practical implications, prevention and present ship stability technologies in naval architecture and marine engineering. One of the most important areas of naval architecture and marine engineering is ship stability. A ship can be well equipped with a powerful propulsion system, with high quality navigation equipment and good sound construction, but if its stability characteristics are not good, the ship […] -
Types of Ship Stability Explained: Initial, Intact, and Damage Stability
Types of Ship Stability Explained: InItial, Intact, and Damage Stability in Marine Engineering Learn the types of ship stability explained in detail, including initial stability, intact stability, and damage stability. Understand working principles, formulas, calculations, applications, and safety in marine engineering. Quick Summary Table TopicDescriptionMain SubjectShip StabilityIndustryMarine Engineering & Naval ArchitectureKey TypesInitial Stability, Intact Stability, Damage […] -
Types of Ship Stability Explained: Initial, Intact, and Damage Stability
Types of Ship Stability Explained: InItial, Intact, and Damage Stability in Marine Engineering Learn the types of ship stability explained in detail, including initial stability, intact stability, and damage stability. Understand working principles, formulas, calculations, applications, and safety in marine engineering. Quick Summary Table TopicDescriptionMain SubjectShip StabilityIndustryMarine Engineering & Naval ArchitectureKey TypesInitial Stability, Intact Stability, Damage […] -
Ship Design Process: Complete Step by Step Guide for Modern Marine Engineering
Ship Design Process Explained: Steps, Calculations, Types, and Real Marine Engineering Applications Learn the complete ship design process with detailed engineering steps, naval architecture calculations, stability analysis, structural design, propulsion selection, and real-world marine applications. A professional guide for marine and engineering professionals. Ship Design Process Introduction The Ship Design Process is one of the most important stages in marine and naval engineering. […] -
Ship Design Process: Complete Step by Step Guide for Modern Marine Engineering
Ship Design Process Explained: Steps, Calculations, Types, and Real Marine Engineering Applications Learn the complete ship design process with detailed engineering steps, naval architecture calculations, stability analysis, structural design, propulsion selection, and real-world marine applications. A professional guide for marine and engineering professionals. Ship Design Process Introduction The Ship Design Process is one of the most important stages in marine and naval engineering. […] -
Blanche Thornycroft #navalarchitect en.wikipedia.org/wiki/Blanche_Thornycroft Rachel Parsons #engineer en.wikipedia.org/wiki/Rachel_Mary_Parsons and Eily Keary #navalarchitect en.wikipedia.org/wiki/Eily_Keary were 1st 3 women to be admitted to the Royal Institution of Naval Architects #OTD 9 Apr 1919
#WomenInEngineering #INWED #WomensHistoryMonth #WomenInSTEM #STEM #engineering #WomenEngineers #WomenInHistory #STEAM #HistSTM #WikiWomenInRed #Wikipedia #WomenInHistoryShouldntBeAMystery -
Blanche Thornycroft #navalarchitect en.wikipedia.org/wiki/Blanche_Thornycroft Rachel Parsons #engineer en.wikipedia.org/wiki/Rachel_Mary_Parsons and Eily Keary #navalarchitect en.wikipedia.org/wiki/Eily_Keary were 1st 3 women to be admitted to the Royal Institution of Naval Architects #OTD 9 Apr 1919
#WomenInEngineering #INWED #WomensHistoryMonth #WomenInSTEM #STEM #engineering #WomenEngineers #WomenInHistory #STEAM #HistSTM #WikiWomenInRed #Wikipedia #WomenInHistoryShouldntBeAMystery -
Blanche Thornycroft #navalarchitect worked alongside her father in model testing ship designs, recording & calculating all the test data in her monographed note books. 1 of 1st 3 women admitted to Royal Institution of Naval Architects in 1919 womensengsoc memb d. #OTD 30 Dec 1950 bit.ly/3d5zwIR
#WomenInEngineering #WomenInSTEM #STEM #engineering #WomenEngineers #WomenInHistory #ExtraordinaryWomen #WomenInCulture #STEAM #HistSTM #WikiWomenInRed #Wikipedia #WomenInHistoryShouldntBeAMystery -
Blanche Thornycroft #navalarchitect worked alongside her father in model testing ship designs, recording & calculating all the test data in her monographed note books. 1 of 1st 3 women admitted to Royal Institution of Naval Architects in 1919 womensengsoc memb d. #OTD 30 Dec 1950 bit.ly/3d5zwIR
#WomenInEngineering #WomenInSTEM #STEM #engineering #WomenEngineers #WomenInHistory #ExtraordinaryWomen #WomenInCulture #STEAM #HistSTM #WikiWomenInRed #Wikipedia #WomenInHistoryShouldntBeAMystery