Giampaolo Ariu

Ingénieur composites/Relecteur de brevets

Moves to Lyon

  • 45.7539
  • 4.8469
New
  • Indicative rate €125 / day
  • Experience 2-7 years
Propose a project The project will only begin when you accept Giampaolo's quote.

Availability not confirmed

Part time, 2 days a week

Propose a project The project will only begin when you accept Giampaolo's quote.

Location and geographical scope

Location
Lyon, France
Can work in your office at
  • Lyon and 10km around

Preferences

Business sector
  • Aviation & Aerospace
  • Nanotechnology
  • Automobile
  • Civic & Social Organization
  • Research
+3 autres
Company size
  • 1 person
  • 2 - 10 people
  • 11 - 49 people
  • 50 - 249 people
  • 250 - 999 people
+2 autres

Verifications

Languages

  • Italien

    Native or bilingual

  • Anglais

    Native or bilingual

  • Français

    Full professional proficiency

Skills (48)

Giampaolo in a few words

Jeune professionnel sérieux et ambitieux, passionné par l’ingénierie des matériaux et l’innovation, avec expérience dans la relecture des brevets en anglais, français et italien. Trilingue (Français, Anglais et Italien), expert dans la R&D, avec excellente capacité d’adaptation, autonomie, créativité, détermination, prise d’initiative, bonne organisation et de planification, gestion de projets, autodidacte et curiosité.
Je suis travailleur et motivé, capable de travailler en équipe et individuellement. Mon organisation du travail, me permet de compléter les projets dont je suis en charge dans les délais impartis.

Experience

Vitt

CEO & Co-Founder

Lyon Area, France

October 2019 - Today

We are Vitt 🚘 L'application de #VTC qui fait du bien au moral et au portefeuille. 🚗 Rentrez en sécurité 💰 Economisez 💗 Faites des bonnes actions www.wearevitt.fr

Time for the Planet

Private Investor

Lyon, Auvergne-Rhone-Alpes, France

May 2020 - Today

Rejoignez-vous aussi ce beau projet capable de changer la face du monde 🌍 Cette initiative a comme but la création de 100 entreprises pour faire face au dérèglement climatique. Avec seulement 1€, vous pouvez vous aussi investir dans ce projet. Alors, qu'attendez-vous ? https://www.time-planet.com/fr/devenir-associee

LAVOIX - IP Law Firm

Relecteur de Propriété Intellectuelle Scientifique (Scientific IP Reviewer)

Lyon, Rhône-Alpes, France

June 2019 - December 2019

Safran

Composite Technologist and Process Engineer

Cwmbran, Wales, United Kingdom

January 2018 - February 2019

Key responsibilities: Develop new design and processes for composite materials to meet product requirements such as weight, stiffness and function. Work closely with production and the final assembly line to ensure quality and assembly of composites. Influence and guide the design to ensure design for manufacture: working on Design Manual to provide the Design and Manufacturing engineers with a guideline for composite processes. Work in collaboration with the programme team to ensure that products meet cost and weight targets. Liaise with internal and external customers, suppliers, departments and regulatory bodies as required. Support the business with initiatives to drive continuous improvement of department processes and manuals and in developing new capabilities and methods. Work specifically on adhesive replacement for composite applications: structural bonding adhesives, core filler, core splice, edge filler. Responsible for the process and composite improvement and rework procedures with respect to concession (compiling and editing engineering process specifications). Responsible for Design Manual, coordinating efforts from Safran Seats BUs.

Cardiff University / Prifysgol Caerdydd

Electroless plating for metal functionalisation of MWCNTs

Cardiff, United Kingdom

January 2016 - July 2017

University of Surrey

Conference Attendance: AEM2016 – International Conference on Advanced Energy Materials

Guildford, UK

September 2016 - September 2016

McGill University

Conference attendance: ICANM 2016 - International Conference on Advanced & Nano Materials

Montreal, Canada Area

August 2016 - August 2016

Manuscript accepted for publication in Conference Proceedings: "Positioning and Aligning CNT Reinforcement by External Magnetic Field to Assist Localised Curing in Repair"

Advanced Composite Centre for Innovation and Science (ACCIS) CDT University of Bristol

Student-Led Public Engagement Committee Leader

Bristol, England, United Kingdom

January 2015 - December 2015

http://www.bris.ac.uk/news/2015/july/crypt-school.html

Advanced Composite Centre for Innovation and Science - University of Bristol

Wing Design Build and Test Workshop

October 2014 - March 2015

Research and Development Teaching Support for Aerospace Undergrad students: Ally Wing DBT (Ally torsion box build and design)

Advanced Composite Centre for Innovation and Science - University of Bristol

Materials Laboratory Teaching Support for Aerospace Undergrad students

September 2014 - December 2014

Materials laboratory involving tensile and torsion testing of polymeric and metallic materials: - Stress-strain curve analysis and understanding of basic mechanical properties (Young's modulus, tensile strength, yield strength (yield point), rupture, strain hardening, necking region, apparent stress, actual stress); - Torsion testing and understanding of basic torsional properties (angle of twist, applied torque, torsional constant, shear modulus).

Advanced Composite Centre for Innovation and Science - University of Bristol

The development of embedded vascular networks in FRP as thermal management tools for cure control

June 2014 - December 2014

Extended project for six months as part of the Centre for Doctoral Training programme. Supervisors: Ian Bond, Richard Trask, Andrew Lawrie, Adam Bishop (Rolls-Royce plc) The feasibility of the principle of embedding vascular networks in thick composite laminates for the optimisation of the curing process was investigated. This was carried out through the ‌use of relatively high temperature mediums such as silicone oil through a network of vascular tubes as a cure system. The purpose is the homogenisation of the temperature level through the laminate thickness and the control of the exothermic reaction and the cure cycle. A lab-scale demonstrator was manufactured as proof-of-concept setup, and the heat transfer phenomena were investigated within a viscous fluid (i.e. silicone oil). Finite element analysis of the heat transfer phenomenon within a viscous medium and the cure process in a randomly oriented composite part was carried out in Abaqus, by replicating the experimental setup. It is proposed that cure processing can be carried out within the composite part thanks to the internal heat sources from the network and exothermic reaction. This can lead to the optimisation of the cure approach for more complex composite structures, or those of significant size. Project deliverables: - Proof-of-concept experimental setup (thermal camera investigation); - Abaqus thermal modelling (heat transfer and cure simulation); - Comparison of vascular heating and conventional techniques (autoclave, oven).

ECCM 15 - 15th EUROPEAN CONFERENCE ON COMPOSITE MATERIALS

Responsible for Conference Room Setup/Presentation help

June 2012 - June 2012

Personnel responsible to provide help during conference presentation, Q&A session, room set-up, conference refreshment organisation

University of Trento

Research Scientist

January 2011 - April 2011

Main project: Thermal shock analysis and optical analysis of glass-ceramics with a low thermal expansion coefficient for induction cookers - SCHOTT glass-ceramics. Additional study: Ceramic tiles water absorption and resistance to freeze-thaw cycling. Main project (analysis outline): - Optical Transmittance measurements (Spectrometry); - Determination of Thermal Conductance and Thermal Shock Resistance (ASTM C1525); - High Temperature Thermal Shock Analysis (1100 C); - Flexural Resistance (4-point Mechanical Bending Analysis; UNI EN 1288-5); - Coefficient of Thermal Expansion (CTE) measurements (Dilatometry); Additional study (analysis outline): - Water Absorption, Bulk Density, Apparent Porosity, and Apparent Specific Gravity (ASTM C373); - Resistance to Freeze-Thaw Cycling (ASTM C1026); - Thermal Shock Resistance (ASTM C484); - Linear Thermal Expansion measurements (UNI EN ISO 10545-8:2000).

Education

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