Creative Development of TrickTrack Sensor System with Mock Mobile App
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Summary
Developed an innovative skateboard trick tracking system, integrating a STEVAL-MKI229A sensor with a gamified mobile app for real-time performance analysis.
About
Margherita Rinaldi is a Mechanical Engineering graduate with a strong foundation in complex systems and a proven ability to drive strategic and customer-centric transformations as an Associate Consultant at Bain & Company. She leverages analytical rigor and a passion for innovation to deliver high-impact solutions in the energy sector, excelling in market analysis, financial modeling, and customer experience design.
Work
Bain & Company
|Associate Consultant
Milan, Lombardy, Italy
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Summary
Drove strategic and customer-centric transformation projects within the energy sector, leveraging deep analytical capabilities to advise clients on critical business challenges.
Highlights
Led comprehensive market and regulatory analyses, providing critical insights that informed strategic decisions for energy sector clients.
Developed robust financial and operational models, supporting due diligence for multi-million dollar renewable energy portfolios.
Designed and implemented Customer Experience Innovation (CXI) programs, significantly enhancing utility engagement strategies and client satisfaction.
Pioneered the development of Next Best Action (NBA) models and Voice of the Customer (VoC) frameworks, enabling data-driven customer interaction strategies across various client engagements.
Future Transport Power Lab (KAIST)
|Apprenticeship
Daejeon, South Korea, Korea (Republic of)
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Summary
Conducted advanced research in hydrogen fuel combustion dynamics and fuel injection strategies to enhance engine efficiency and reduce emissions.
Highlights
Pioneered hydrogen fuel research, leveraging Schlieren Imaging System and Laser-Induced Breakdown Spectrometry (LIBS) to analyze combustion dynamics and fuel injection strategies.
Optimized hydrogen distribution through adjusted mixture formation time and double injection, achieving broader jets with decreased penetration.
Enhanced engine efficiency and significantly reduced emissions in hydrogen engines by refining fuel injection strategies.
Presented research findings on Hydrogen Jet Equivalence Ratio Measurement using LIBS to industry experts at the KSAE 2023 Conference, showcasing advancements in automotive research.
Education
Politecnico of Milan
Milan, Italy, Italy
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Master of Science
Mechanical Engineering, Internal Combustion Engines and Turbomachinery
Korea Advanced Institute of Science and Technology (KAIST)
Daejeon, South Korea, Korea (Republic of)
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Research Exchange
Politecnico of Milan
Milan, Italy, Italy
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Bachelor of Science
Mechanical Engineering
Languages
English
Italian
French
Korean
Skills
Programming
Matlab, C.
CAD System
CATIA, Inventor, Solid Works, Solid Edge.
Engineering Software
CFD (OpenFoam), GASDYN, CarSim, Simulink (vehicle dynamics and control).
Design & Prototyping
Figma, Sensor Systems, Aerodynamic Analysis, Turbine Design, Engine Optimization.
Business & Strategy
Market Analysis, Regulatory Analysis, Financial Modeling, Operational Modeling, Due Diligence, Customer Experience Innovation (CXI), Next Best Action (NBA) Models, Voice of the Customer (VoC) Frameworks, Strategic Planning, Project Management, Design Thinking, Entrepreneurship.
Data & Analytics
Data Analysis, Quantitative Analysis, Problem Solving.
Productivity Tools
Office Suite.
Projects
High-Precision CFD Aerodynamic Analysis of 2D incompressible and compressible flows
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Summary
Performed high-precision Computational Fluid Dynamics (CFD) analysis for 2D incompressible and compressible flows to optimize aerodynamic performance.
Small Marine Radial Inflow Turbine Design
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Summary
Designed and optimized a compact and efficient radial inflow turbine for low mass flow rates, focusing on structural integrity and performance.
Thermo-fluid dynamic design of a 4-stroke engine for motorbike application with GASDYN
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Summary
Optimized a 4-stroke motorbike engine using GASDYN software to enhance torque, power, fuel efficiency, and heat management.
HIREDUO (Design Thinking and Entrepreneurship Course)
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Summary
Developed HIREDUO, an innovative matching platform for applicants and companies, designed to streamline the hiring process and enhance efficiency.