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$20 USD / hour
Flag of SPAIN
pamplona, spain
$20 USD / hour
It's currently 9:00 AM here
Joined May 8, 2012
0 Recommendations

Ibai I.

@IIRIGOYEN

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$20 USD / hour
Flag of SPAIN
pamplona, spain
$20 USD / hour
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Mechanical Design Engineer

Design, calculation and development of mechanical components. Detailing and drafting the outcome with 3D models and 2D manufacturing drawings. Expert user with CAD/CAE software. Through my final degree project and my work experience I have specialized in mechanical design. I possess a solid knowledge and experience in design and development of mechanical components with CAD/CAE software. Full proficiency in Product/R&D/Design engineering projects.
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Portfolio

127460
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
127442
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
127460
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
Design and calculation of the lay-out and frame of a racing motorcycle. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software. - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. The project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. Our team website: http://upnaracing.wordpress.com/ I completed successfully my final degree project under the same conditions required by industry, such as, working as a team, within a limited budget, with some minimum technical requirements and a closed calendar, as well as being touch with the most up to date technologies, sponsors and companies in the sector of racing vehicles.
Design and calculation of the chassis for a racing motorbike
127442
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles
It is a perfect tool for transporting a surfboard to and from the beach with a bike. It is mainly made by aluminum, which characterize the rack by its low weight. This lightness provides comfort and an easy maneuverability to the bike. Due to its innovative design, it is an accessory that can be coupled to the majority of bicycles on the market. Moreover it is very versatile and can adapt to different surfboards. The U-shaped arms will support the board. They are provided by a rubber fodder so the protection of the surfboard from scratching and shocks is assured. Additionally each arm contains rubber bands in order to fix the board to the rack, making secure the transportation of the board and the handling of the bicycle. These are the main features of the product: o Allows free hands for safe driving o Easily mountable and removable o Lightness, simplicity and robustness o Compatible with most market bikes and surfboards o Fulfills traffic regulations
Surfboard rack for bicycles

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Experience

Mechanical Design Engineer

Gamesa on behalf of Segula Technologies
Jun 2010 - Apr 2012 (1 year, 10 months)
General Arrangement Engineer on Offshore and Onshore Wind Turbine Generator projects. Design and development of mechanical elements for wind turbines. Conceptual design creation, FEM calculations, bill of materials creation, suppliers management, assembly support services and review 3D and 2D drafted by the CAD team. Also experienced on tooling design and both metallic & composite materials solutions with Catia V5. 3D modelling & rendering, DMU creation, 2D layout & manufacturing drawings

Student Engineer at Motostudent 2010

Public University of Navarre
Apr 2009 - Oct 2010 (1 year, 6 months)
Final Degree Project: Grade 10. - Definition of the lay-out of a racing motorcycle and loads calculation with a multy-body software - Design and calculation of the chassis of a racing motorcycle with Catia V5 and Marc Mentat. My final degree project was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was later on tested at MotorLand Aragon.

Education

Industrial Engineer

Universidad Pública de Navarra, 2003 - 2009
(6 years)

Industrial Engineer as exchange student

University of Technology, Sydney, 2007 - 2008
(1 year)

Qualifications

Industrial Engineering Degree

Public University of Navarre
2009
5 years degree with double major in Mechanical and Industrial Organization

Best Industrial Project Prize in 2010

Motostudent
2010
My final degree project (Grade A) was involved in Motostudent competition, an international contest for universities. Each team had to design and develop a racing motorcycle, which was tested at MotorLand Aragn. Awarded "Best Industrial Project Prize in 2010" by Motostudent 2010. The competition website: http://www.motostudent.com/ Our team website: http://upnaracing.wordpress.com/

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Top Skills

Project Management
Engineering
Industrial Design
CAD/CAM
Manufacturing

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