• Group members
  • Products

    Residential

    Urban Complex

    Office

    Tech Park

    Transportation

    Sports

    Hospitality

    Integrated Resorts

    Health Care

    Culture

    BIM Consulting

    R.O.C.H.

    Government

    Hotel MEP

    Station

    Transit Hub

    TID Consulting

    Energy Center

    Metro Complex

    PLANNING

  • Services

    Architecture

    Structure

    M&E

    Planning

    PM

    BIM

    Sign Design

    Techno-Economy

    Landscape

    Sustainability

    Curtain Wall

    Health Care GMP

    General Drawing

  • Projects
  • Press
  • Careers
  • About
Language
National Engineering Research Centre for Antibody-based Drugs
The National Engineering Research Centre for Antibody-based Drugs is located in Shanghai Pudong ZhangJiang Hi-Tech Park, a national and Shanghai local biochemical science and technology industry base, and, relying on the mature supporting conditions of this park, it enjoys superior advantages in terms of transport, transportation, information, talent, etc. The construction project consists of research centre, office centre and supporting service centre. The research centre provides society-oriented monoclonal antibody research trial sites, pilot-scale research workshops, academic exchange places, etc.; the office centre provides supporting office spaces for related scientific research units and institutes; the supporting service centre provides parking spaces, dining halls, convenience stores and other supporting service functions for the above two centres.
Project Location: Shanghai
Site Area: 65,923.7㎡
Product Category: Health Care

Our project is not only a simple expansion of existing office and research units, but also a functional re-layout. The main entrance/exit currently in use will become the secondary entrance/exit, and the core of the entire building cluster will shift to Galileo Road. We have made this decision based on the consideration that the connection between the building cluster and the street will be shortened to the largest extent here.
Mainly adopting straight lines for the research centre, we have attempted to realize visual connections in through building materials and building massing. The newly-built research centre uses a window separation mode similar to that used by existing research units along the street, and the top physical wall also adopts colours identical with those used by existing research units, so as to produce a sense of continuity between them. The entrance of the research centre adopts a streamlined form, just like that adopted by the office tower, and establishes a corridor connection between them; however, the streamlined massing and linear massing use completely different facade separation modes, implying a mutually interweaved yet relatively independent relationship between the office centre and the research centre.
Modeling style: In terms of modeling style, it matches with the completed Phase I project. Its high starting point, high quality and high level have embodied the requirements of modern, informationized, intelligent and ecological development, and attach equal importance to economical and pragmatic performance. It is also characterized by an open, extended, atmospheric and fluent style.
Environmental landscape: The correspondences between buildings, combined with the connection and transition by roads, cultural square, ecological landscape and so forth, create a spatially broad and yet mutually connected overall pattern.

CopyRight @2014 CCDI All rights reserved.
沪ICP备09084688号