Antonio Maressa

NVH & Dynamics: Expert / Project Leader at Bosch Transmission Technology B.V.
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Contact Information
us****@****om
(386) 825-5501
Location
Netherlands, NL
Languages
  • Italian Native or bilingual proficiency
  • English Full professional proficiency
  • Dutch Elementary proficiency

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Domenico Mundo

Antonio is a very hard-working, goal-oriented engineer, with a solid technical background and a true passion for fighting against problems. And most of the time he is the winner! A singular mix of open-minded and hard-headed life style makes him a team-player and working with him an enjoyable experience.

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Experience

    • Netherlands
    • Motor Vehicle Manufacturing
    • 200 - 300 Employee
    • NVH & Dynamics: Expert / Project Leader
      • Jan 2021 - Present

    • R&D Engineer (Dynamics & NVH)
      • Jun 2017 - Dec 2020

      R&D Engineer / NVH SpecialistNumerical Simulation and Modelling for Dynamics & NVHBosch Division: Powertrain Solutions for Continuously Variable Transmissions (CVTs).Department: EDS Engineering Development of Single LoopSet Belts (SLB) for CVTs.Department: ENA1 Advanced EngineeringMain KAR’s:> Product Requirement Owner: NVH> Numerical Analysis to support Product Development of SLB -Generation of Cause/Effect relations -Design Rules / Guidelines -Support FTA / Rootcause Analysis> Simulation at system-level, via advanced dedicated MultiBody models> Development of Methodology and Tools for Post Processing of High Speed Movies to study Kinematics, Dynamics and Vibro-Acoustics of pushbelts: - Algorithm / Workflow - Matlab code: generation and validation - Application to project- and -customer relevant cases> Methodologies for Experimental Validation (Dynamics and NVH) of Leading Functional Mechanisms> Development of Numerical/Analytical Models and experimental validation> NVH Roadmap activities Show less

    • Netherlands
    • Technology, Information and Internet
    • 700 & Above Employee
    • Senior R&D Engineer (Dynamics and NVH)
      • Dec 2011 - Present

      PEOPLE // DRIVE // TECHNOLOGY TMC Mechanical is an engineering & technical consultancy company, part of the TMC Group N.V. Our support focuses on development and engineering of complex systems, typically taking place in multidisciplinary teams. We fulfill key positions in projects, that enable our customers to remain up to speed and maintain their competitive advantage. Most of our 700+ highly educated "Employeneurs" (a blend of employee and entrepreneur) have a proven track record, and are insourced by customers for technical assignments where specialized knowledge and skills are required. Currently, around 65+ Employeneurs are working in the TMC Mechanical business cell. We accomplish assignments for high-tech companies in a variety of industry sectors, like automotive, semiconductor, healthcare, solar, machinery, product development, research institutes, oil & gas. Our team includes designers, lead engineers, product developers, architects, heat and flow specialists, structural engineers and project leaders. Within TMC Mechanical, I am also member of the TMC Analyses & Numerics Community (CAE Team). In the period Dec 2011 - May 2017 I worked at our client DAF Trucks NV in Eindhoven (NL). As of June 1, 2017 I work at our client Bosch Transmission Technology in Tilburg (NL), supporting R&D activities for the new generation pushbelt for CVTs, Single Loopset Belt SLB. PEOPLE // DRIVE // TECHNOLOGY Show less

    • Netherlands
    • Motor Vehicle Manufacturing
    • 700 & Above Employee
    • CAE R&D Engineer (Structural Dynamics)
      • Dec 2011 - May 2017

      CAE R&D Engineer: Numerical Simulation for Full Vehicle Structural Dynamics Finite Element Analysis and Methodologies for Vehicle Dynamics, Durability (Chassis and Components, Vehicle Suspensions) and Ride Comfort. Department / Team: > Vehicle Integration / Technical Analysis Group / Vehicle Dynamics Team > Vehicle Engineering / Vehicle Frame & Components / CAE Team Main KAR's: - FEA to support Product Development (FE-based Concept and Design Optimization) - FE-based Analysis definition and generation - FE model creation & validation - Development of Numerical Tools / Techniques for FE Analysis pre- and post-processing - Development of Methods to Design and Analyze Durability Tests Mainly contributing to the projects: - MY 2017. New CF and XF vehicles (Revealed at CV Show in Birmingham UK -Apr 2017) - EURO 6 Models (Production Started in 2014) Support to Development of Vehicle Chassis and Components Vehicle Dynamics / Ride Comfort Studies Development of Methods / Techniques for Durability Tests (full chassis test / component tests) - EU-Funded FP7 "TelliSys" ("Intelligent Transport System for Innovative Inter-modal Freight Transport): Concept Modelling and Concept Analysis for FE-driven chassis design Show less

    • Belgium
    • Research Services
    • 700 & Above Employee
    • Free Scientific Coworker
      • Apr 2012 - Mar 2013

    • Belgium
    • Research Services
    • 700 & Above Employee
    • Research Engineer
      • Nov 2010 - Nov 2011

      Marie Curie Fellow. Early Stage Researcher PF7 ITN "MID-FREQUENCY"Wave-Based Methods for Interior Vibro-Acoustic predictions. Hybrid Finite Element + Wave Based formulationApplication to industry relevant cases studies (i.e. automotive)

    • Research Engineer
      • Nov 2009 - Nov 2010

      Marie Curie Fellow. Early Stage Researcher within FP6 RTN "Smart Structures"- Numerical Methods/Techniques for Vibro-Acoustic Optimization in the low frequency range (i.e. car interior noise)- Wave-Based Substructuring and fast modification approach for reduction of structure-borne noise- Vehicle Concept Modelling for Dynamic Analysis of Automotive BIW

    • Software Development
    • 100 - 200 Employee
    • Trainee / MSc Thesis
      • Apr 2009 - Jul 2009

      CAE Division (3D Simulation) MSc Project (Internship) Main topics covered: - Vehicle Concept Modelling (Automotive) - Concept Modelling of beam- and joint-like structures for vehicle's BIW dynamic analysis - Wave-Based Substructuring: alternative and efficient techniques for calculating the coupling (Wave-)functions CAE Division (3D Simulation) MSc Project (Internship) Main topics covered: - Vehicle Concept Modelling (Automotive) - Concept Modelling of beam- and joint-like structures for vehicle's BIW dynamic analysis - Wave-Based Substructuring: alternative and efficient techniques for calculating the coupling (Wave-)functions

Education

  • University of Calabria
    MSc, Mechanical Engineering
    2007 - 2009

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