Harvard university │ first-class honours │ system walls from feco

First-class honours

Behnisch Architekten’s new Science and Engineering Complex at Harvard has set new standards in sustainable building. Here’s how German partition specialist feco was part of it.

Can partition wall systems in office spaces have something unifying about them? After all, as their name suggests, their main function is to divide. But anyone who knows how modern office buildings function probably knows the answer already – separated areas can promote a spirit of partnership. Whether for team meetings, undisturbed work at individual desks or in small groups; if the necessary peace and quiet is created, employees are more productive, more efficient and more creative. The partition wall systems of family-run company feco offer flexible, modular, movable solutions for contemporary office work. Thanks to this approach, the partition systems also complement and structure offices in the long term. Furthermore, with their carefully considered, unobtrusive design, they fit seamlessly into a myriad different kind of office interiors.

Certified with LEED Platinum and the Living Building Challenge Petal

On a major, recently completed project of theirs – involving both highly renowned client as well as architect – the ecological considerations played just as decisive a role as the aesthetic ones. The new building in question is the Science and Engineering Complex of Harvard University in Boston, which was planned by Behnisch Architects. The modern complex was recently certified with LEED Platinum and the Living Building Challenge Petal: two awards that indisputably set new standards in sustainable university construction.

Together with its American partner Pannello, feco installed 9,000 sqm of system partitions and thus contributed significantly to the realisation of the 544,000-sqm learning and research facility, while also achieving its sustainability target. One prerequisite was that the feco partition wall system had to qualify as a healthy building element in a test procedure based on research results from Harvard University. Thankfully, the company was easily able to overcome this challenge. Thus, together with Pannello, the Karlsruhe-based company played an important role in creating a healthy and sustainable campus.

International feco partnerships on different continents

The principle of establishing international partnerships on different continents has enabled feco to act globally. Whether in South Korea, Switzerland, Romania, Israel or Nigeria – wherever people work together, they need areas that offer free space while at the same time being able to be relocated without leaving any trace when work structures or team sizes change.

There is a section on the company’s website that provides information about becoming a partner  and what one has to do in order to become a partner. Partners benefit from feco’s more than 35 years of experience and the company supports new partners with training sessions and consulting services. Discussions on technical, administrative, commercial and logistical topics take place several times a week. In addition, Pannello buys a large proportion of their materials locally. Transporting glass elements in large quantities across the Atlantic doesn’t make any sense, either ecologically or economically. After all, these can be produced perfectly well locally in the US, so that both companies can operate efficiently and competitively in the American market.

Timber materials and veneers come from sustainably managed forests.

feco produced door elements and solid door side panels clad with oak veneer locally in Karlsruhe. The veneer for the door leaf and solid wall top and side panels are manufactured from a single veneer sheet with a continuous matching veneer pattern. The ‘feco’ solid wall side panels were made specifically to the wall thickness of 210 mm to match the plasterboard walls on site. It almost goes without saying that all timber materials and veneers used in the Science and Engineering Complex come from sustainably managed forests.

In addition, 280 aluminium-frame glass doors were manufactured with an additional infill profile in the base area to comply with the US Building Code requirements for public buildings. Wheelchair users can push the doors open without worrying about damaging the door or injuring themselves. In addition, the fecoplan aluminium frame has been adapted to accommodate an A45 aluminium frame glass door element and its hardware, typically found in the US.

More about the project Harvard

Text: Gerrit Terstiege; Photos © Steve Dunwell, Brad Feinknopf

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+49 721 6289-300

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