Agata Halagarda
Architect
Refectory and New Office Annex Building
concept and developed design
Massey University
Palmerston North, New Zealand, 2016-ongoing
Refectory and New Office Annex Building
Massey University - Turitea Campus
concept - developed design
Location: Palmerston North, New Zealand
Participation in project: July '16 - ongoing
Architectural office: Studio of Pacific Architecture
Usable floor area: Refectory 1 185 m2;
New Annex 465 m2;
![]() Refectory Existing Heritage Building | ![]() Refectory Plan |
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![]() Refectory Elevations | ![]() Refectory Sections |
![]() Refectory Elevations New | ![]() Refectory Sections New |
![]() Refectory Section Study | ![]() Refectory Elevations New Annex |
![]() Refectory Elevations New Annex | ![]() Refectory and New Annex Building |
![]() Refectory and New Annex |
Existing Refectory building consists of the original 1930’s concrete/brick structure, the two story timber annex added in 1943, and the link between the two added in 1980. Currently the exterior of all these components read as one; the Link and Annex external appearance imitates the original buildings architectural style. Internally, the proportions and quality of the original Refectory building contrast with the tight spaces in the Annex. The existing Annex and Link building are more recent work, and have little heritage significance and they will be demolished; as they are insufficient in size to meet the brief requirements and require a significant amount of seismic strengthening to the structure.
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The demolition of these buildings will allow for the construction of a New Office Annex. A glazed link is proposed between existing and new building. This will create a separation between the two structures and allow Refectory building to be understood in its original form, visible from all sides. It will clearly show the new Annex as a new and distinct building with a contemporary architectural language of timber and glass. Timber has been chosen for both the interior structure and exterior cladding as it is and innovative and progressive structural technology and it’s appropriate for the scale of the building. It is also sustainable and local NZ material that gives ‘warm’ feel of the interior space by exposing structural LVL beam and column frames and CLT walls.