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Industrial Design

Mechanical Engineering

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Marco T.

@line22

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3D Modeling, Concept Design, Web Development

$45 USD / Hour

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Italy (6:44 AM)

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Joined on April 6, 2012

$45 USD / Hour

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Line22 is a web and design studio founded by Ing. Marco Traverso. For several years we have focused on the development and management of a number of internal projects. These include Car Body Design, a leading web portal in the automotive design field launched in 2004. This experience has allowed us to develop a mix of competencies usually found only in larger companies. Our skills include: - 3D modeling and rendering - web development (PHP, MySql, Javascript, CSS, WordPress) Being a small studio, we are able to provide a high degree of flexibility without compromises in terms of quality.

Verifications

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Portfolio

Portfolio

3981460

A short tech demo showing custom tools developed for quick concept 3D modeling using Rhino and Grasshopper.

Grasshopper 3D Demo

This is a set of 3D patterns created for an upcoming online course on parametric/procedural design with Rhino and Grasshopper. All the patterns are based on a single Grasshopper definition.

Each pattern consists of three separate elements which are interwoven among each other.

The geometry depends on a small set of dimensional parameters, which can also be varied along the pattern grid by using attractor points or applying variation curves.

The patterns are "tileable", and can be applied to any arbitrary surface.

This is a typical example of a type of geometry which can be physically produced only with additive techniques (i.e. 3D printing).

All the shapes were modeled using SubD meshes directly inside Grasshopper, and then exported and rendered in MODO.

3D Pattern Design Explorations

This is a set of 3D patterns created for an upcoming online course on parametric/procedural design with Rhino and Grasshopper. All the patterns are based on a single Grasshopper definition.

Each pattern consists of three separate elements which are interwoven among each other.

The geometry depends on a small set of dimensional parameters, which can also be varied along the pattern grid by using attractor points or applying variation curves.

The patterns are "tileable", and can be applied to any arbitrary surface.

This is a typical example of a type of geometry which can be physically produced only with additive techniques (i.e. 3D printing).

All the shapes were modeled using SubD meshes directly inside Grasshopper, and then exported and rendered in MODO.

3D Pattern Design Explorations

This is a set of 3D patterns created for an upcoming online course on parametric/procedural design with Rhino and Grasshopper. All the patterns are based on a single Grasshopper definition.

Each pattern consists of three separate elements which are interwoven among each other.

The geometry depends on a small set of dimensional parameters, which can also be varied along the pattern grid by using attractor points or applying variation curves.

The patterns are "tileable", and can be applied to any arbitrary surface.

This is a typical example of a type of geometry which can be physically produced only with additive techniques (i.e. 3D printing).

All the shapes were modeled using SubD meshes directly inside Grasshopper, and then exported and rendered in MODO.

3D Pattern Design Explorations

This is a set of 3D patterns created for an upcoming online course on parametric/procedural design with Rhino and Grasshopper. All the patterns are based on a single Grasshopper definition.

Each pattern consists of three separate elements which are interwoven among each other.

The geometry depends on a small set of dimensional parameters, which can also be varied along the pattern grid by using attractor points or applying variation curves.

The patterns are "tileable", and can be applied to any arbitrary surface.

This is a typical example of a type of geometry which can be physically produced only with additive techniques (i.e. 3D printing).

All the shapes were modeled using SubD meshes directly inside Grasshopper, and then exported and rendered in MODO.

3D Pattern Design Explorations

Car Body Design is a leading website in the automotive design industry, with over 1,5 monthly pageviews.
Our studio developed a custom WordPress CMS theme and fully manages the website's activities.

Site address: <a href="http://www.carbodydesign.com">http://www.carbodydesign.com</a>

Car Body Design

96290

3D animated presentation of a firing furnace for the photovoltaic industry.

3D CAD Animation

3981460

A short tech demo showing custom tools developed for quick concept 3D modeling using Rhino and Grasshopper.

Grasshopper 3D Demo

This is a set of 3D patterns created for an upcoming online course on parametric/procedural design with Rhino and Grasshopper. All the patterns are based on a single Grasshopper definition.

Each pattern consists of three separate elements which are interwoven among each other.

The geometry depends on a small set of dimensional parameters, which can also be varied along the pattern grid by using attractor points or applying variation curves.

The patterns are "tileable", and can be applied to any arbitrary surface.

This is a typical example of a type of geometry which can be physically produced only with additive techniques (i.e. 3D printing).

All the shapes were modeled using SubD meshes directly inside Grasshopper, and then exported and rendered in MODO.

3D Pattern Design Explorations

This is a set of 3D patterns created for an upcoming online course on parametric/procedural design with Rhino and Grasshopper. All the patterns are based on a single Grasshopper definition.

Each pattern consists of three separate elements which are interwoven among each other.

The geometry depends on a small set of dimensional parameters, which can also be varied along the pattern grid by using attractor points or applying variation curves.

The patterns are "tileable", and can be applied to any arbitrary surface.

This is a typical example of a type of geometry which can be physically produced only with additive techniques (i.e. 3D printing).

All the shapes were modeled using SubD meshes directly inside Grasshopper, and then exported and rendered in MODO.

3D Pattern Design Explorations

This is a set of 3D patterns created for an upcoming online course on parametric/procedural design with Rhino and Grasshopper. All the patterns are based on a single Grasshopper definition.

Each pattern consists of three separate elements which are interwoven among each other.

The geometry depends on a small set of dimensional parameters, which can also be varied along the pattern grid by using attractor points or applying variation curves.

The patterns are "tileable", and can be applied to any arbitrary surface.

This is a typical example of a type of geometry which can be physically produced only with additive techniques (i.e. 3D printing).

All the shapes were modeled using SubD meshes directly inside Grasshopper, and then exported and rendered in MODO.

3D Pattern Design Explorations

This is a set of 3D patterns created for an upcoming online course on parametric/procedural design with Rhino and Grasshopper. All the patterns are based on a single Grasshopper definition.

Each pattern consists of three separate elements which are interwoven among each other.

The geometry depends on a small set of dimensional parameters, which can also be varied along the pattern grid by using attractor points or applying variation curves.

The patterns are "tileable", and can be applied to any arbitrary surface.

This is a typical example of a type of geometry which can be physically produced only with additive techniques (i.e. 3D printing).

All the shapes were modeled using SubD meshes directly inside Grasshopper, and then exported and rendered in MODO.

3D Pattern Design Explorations

Car Body Design is a leading website in the automotive design industry, with over 1,5 monthly pageviews.
Our studio developed a custom WordPress CMS theme and fully manages the website's activities.

Site address: <a href="http://www.carbodydesign.com">http://www.carbodydesign.com</a>

Car Body Design

96290

3D animated presentation of a firing furnace for the photovoltaic industry.

3D CAD Animation

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CEO

Oct, 2011 - Present

•

14 years, 9 months

Line22 SRL

Oct, 2011 - Present

•

14 years, 9 months

Oct, 2011 - Present

•

14 years, 9 months

Università degli Studi di Roma 'La Sapienza'

1996 - 2001

•

5 years

Mech. Engineering - 110/110 cum laude

1996 - 2001

•

5 years

US English

WordPress

PHP