Are you using one or more GRAITEC Advance software in designing your projects? Now it’s the time to show us, and others, how you used Advance Steel, Advance Concrete orAdvance Design in your projects!
Why?
Beside the attractive awards that we have for you, all projects will be presented on the GRAITEC website and all our social media networks. This will lead to anincreased visibility of your projects and your business.
About the contest
The contest is open to all GRAITEC customers that have completed a project using one or more GRAITEC Advance software, version 2012 or 2013. Participating projects will be evaluated based on specific criteria, such as project size and type, technical sophistication, social importance, originality, testimonial used metrics, etc.

Contest rules
The project submitted must have been created with at least one of the GRAITEC software products: Advance Steel, Advance Concrete or Advance Design.
For each participating project the following documents must be submitted:
- Registration Form
- The model in the GRAITEC software format
- Images and pictures (as files). Photos of the real structure will be appreciated
- Project description and your testimonial
- Rights Transfer Agreement document
Incomplete applications will not be considered.
Each participant can submit more than one project. Each submitted project will be evaluated separately and has its chances of winning.
You can send us your projects to info.contest@graitec.net. If the package intended for submitting is too big, you might consider using a free internet file transfer website, such as https://www.transferbigfiles.com/ or http://www.dropsend.com/ to the same email address.
Deadline for submission is September 15th, 2013.
Take part and win!
1 year free maintenance or 1 free upgrade
1 year free maintenance or 1 free upgrade
1 year free maintenance or 1 free upgrade
BONUS: Top 12 artistic photos will be part of the annual GRAITEC 2014 calendar. You can see here the projects presented in the 2013 annual calendar.

For more information or questions, please don’t hesitate to contact us at info.contest@graitec.net.











Manchester Road Bridge in part of the Living Street Project, a lottery-funded project focused on the development of a suitable, convenient and safe route across Manchester Road, which will have the potential to visually enhance this important gateway into the city. This new walkway is a people-orientated, street environment that links up people with places using broad, high-quality, avenue-like routes for pedestrians and cyclists linking up residential areas, schools, shops, health care, parks and town center.
It is made of over 350 tonnes of steel, 210 meters long in total with two main spans over Manchester Road of 22 meters and 24 meters. It is supported by almost 100 piles buried into the ground carefully engineered to avoid underground services and Bradford Beck. At the central reservation dividing Manchester Road a 17m high rectilinear extension to the column forms a towering central feature which marks the visual centre of the bridge crossing.




































This year, we are delighted to announce that
Founded in 1956, LEGRAND is involved in the field of railway engineering, metalwork and signage industries throughout France for over 50 years.
J-S COURIVAUD: The main saving concerns the drawing time creation which is extremely fast with Advance Steel. In addition, a permanent link exists between the 3D model and all the generated documents using the integrated
J-C MASBOEUF: We extended the Advance Steel catalogs with steel profiles used for our bridges. We also added new anchors that secure the structure on concrete abutments.
J-C MASBOEUF: We exported the entire Advance Steel 3D model to the ACIS format and we sent the electronic file to MATHIS, the company in charge of the wooden railing of the bridge. For their part, they completed the 3D model by precisely positioning the overall handrail and other wood laths between the steel posts in inverted V, which required specific and precise cuts at the ends of the wooden elements. Then, this completed model was sent back to us and I could import all the wooden parts in my Advance Steel model to automatically produce overall drawings representing the steel structure, the concrete bridge abutment and all the wooden elements.