Cornell University’s College of Veterinary Medicine is an internationally recognized leader in veterinary education, research, diagnostics, animal care, and biomedical science. The design transforms the original complex an ad-hoc collection of individual buildings into a cohesive campus through strategic demolition of nonadaptable structures, renovation of existing buildings, and new construction. It signals the importance of the College and enables the school to advance research while offering innovative curriculum for training future practitioners and researchers. Through outreach that ranges from Ebola virus prevention to healthy pet clinics, and research ranging from invasive diseases to species tracking, the College works to support communities across the world by leading in research on animal health and infectious disease prevention.
Located in the center of the Tel Aviv University campus, The Check Point Building by Kimmel Eshkolot just open to the public this month. As a seemingly floating volume in the campus, it contrasts the adjacent Mario Botta’s iconic Cymbalista Synagogue and the the 1960s Faculty of Exact Sciences.
The Check Point Building is a new type of technology integrated building with a unique envelope made of pixels of glass that were designed using parametric modeling. This shell was developed specifically for the project, and it is an innovative system matching the values that the building represents. Its positioning frames an area to the west of the building which supports its conversion from a parking lot to a central square in the campus.
Tags: Israel, Tel Aviv-Yafo Comments Off on The Check Point Building for the Faculty of Computer Sciences in Tel Aviv Yafo, Israel by Kimmel Eshkolot Architects
The Ukrainian Catholic University (UCU), located in Lviv, is the first Catholic university to be opened in the former Soviet Union, with a mission to provide an open, progressive and democratic learning environment for its students and the surrounding community. The UCU has various goals. It wants to make the university accessible to the public and at the same time serve as a role model for higher education in post-soviet Ukraine, a private university accessible to the public.
The need to host a multi-purpose program and to offer the most appropriate specificity and dimension to each of the uses, has generated the two superimposed layouts that organize the structure of the new building. On one hand, two four-storied buildings that have a cross-span of 19,50 metres spread along the longest side of the building site. The most representative uses are carried out there, the disposition of the classrooms creating a landscaped patio. Superimposed on this structure, there is a more arbitrary, two-storied structure with a 10- metres cross-span. The departments are situated in this other structure, which generates a shading element above the patio. The façade is continuous and is covered with a single material, thus providing unity to the whole.
Article source: THAD (Architectural Design and Research Institute of Tsinghua University)
In the old revolutionary district of Yan’an, designing a new campus for a university with a profound history and cultural heritage is a challenging proposition. The design needs to connect the past with the future, and let the history glow with the charm of the new era. We hope to make a difference from the previous campus design, going back to the origins, and exploring more deeply the connotation of this land, which reflect the spirit and regional culture of Yan’an.
Until four years ago, the HU University of Applied Sciences, a school founded in 1995 through the merger of several previously independent institutions, was spread across some 30 buildings in Utrecht, The Netherlands. The university prioritized consolidating its footprint into five adjacent buildings on its Utrecht Science Park campus, and Schmidt Hammer Lassen Architects’ new structure is the last of the five to be com-pleted. The 22,310-square-metre Heidelberglaan 15 building is home to eight educational institutes in the economics, management, information communication and technology, and media and communication sectors.
“The HU University of Applied Sciences was a spatial design challenge with more than 5,800 students, faculty and visitors moving through the 3,000-square-metre footprint of the building daily,” said Kristian Ahlmark, Partner and Design Director Copenhagen at Schmidt Hammer Lassen. “In order to create a social gathering place and bring natural daylight deep into the heart of the building, we placed meeting and study rooms around the atrium so that it came to function as a vertical city hall that connects to the city square of the ground floor. The space is then tied together with large, iconic escalators and the movement of people between floors becomes part of the experience of the space.”
The 11,000m2 Mana Hauora (MH) Building is the first major development at AUT’s South Campus in Manukau, South Auckland. As the first university based in this part of the city, the campus redevelopment is to play a vital role in lifting local uptake of university education. AUT South’s objective of expanding university participation directly supports government policy goals in regard to social and economic development as well as education goals in regard to Maori, Pasifika, and youth.
Atlas, the renovated main building of Eindhoven University of Technology (TU/e), is an award winning, smart and sustainable university building, which has officially been opened on the 21st of March 2019. By combining state-of-the-art materials with optimal reuse, the robust Atlas building dating from the sixties is transformed into a light and energy efficient university building by Team V Architecture, Van Rossum, Valstar Simonis and Peutz. It is now one of the most sustainable education buildings in the world.
Roseland University Prep is a small, unique, college preparatory charter high school in the heart of Roseland, a community of extreme adversity and need within Santa Rosa.
Formerly housed in a dilapidated window-less warehouse, the Charter School District received state funding and a matching grant to create a new school. As the funds to construct the school were quite modest, the design team was tasked with creating an extremely cost-effective design that met numerous requirements, as well as retaining the spirit of the school.
Extending Arquitectonica’s longtime association with the University of Miami School of Architecture (Bernardo Fort-Brescia, Laurinda Spear and their son Raymond Fort have all served on the school’s faculty), the Thomas P. Murphy Design Studio Building cements the firm’s commitment to the University and its hometown through the design of a one-of-a-kind laboratory and collaborative space for the next generation of architects. The new 20,000-square-foot LEED-certified studio building provides a space that supports and furthers the school’s educational pedagogy. The exposed structure of glass and concrete serves as a teaching tool by illustrating some of the basic tenets of modern architecture, construction and sustainability.
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