معايير تصميمية جديدة لتخصصات علمية جديدة

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لك يف تادنتسلما لك نع ةظوفحمرشنلا قوقح تلااقلماب ةدراولا تاططخلماو رو صلاو تامولعلماو ءارلآا ةلجلما هذهب ةفلتخلما تاعور شلماو تا ساردلاو ثوحبلاو ،ايلك وأ ايئزج اهر شن ةداعإ وأ ،اهنم سابتقلااب حم سي لا ىلع لوصلحا دعب لاإ ،تناك ا مهم ةقيرط يأب ا هنيزخت وأ

سيئر نم ةيباتك ةقفاوم

ىلإ نا����يحلأا نم ر����يثك ةبغر ب����سح هءانب ةداعإو ه����نم ءاهتنلإا ل����بق ءا����نبلا دقو ةدئاف نودب رد����هت ةلئاط لاومأ هذهو ، ك����لاملا جاتحي لاو ةريثك تلااحلا . اهنم ءزج ممصملا ل����محتي اهفادهأ ققحت م����ل يتلا ينابملاف .ة����لثمأ ىلإ ر����ملأا مت امم ةريبك ةب����سن نأ مزجأ نأ يف غلابأ لاو ، ةريثك ،ءاطخلأا هذ����ه نم ريثكلا لمحي ي����ضاملا يف ه����ئانب يتلا ةظهابلا ةفلكتلل ار����ظن اهليدعت متي مل يتلا .اهبلطتت يف ارود بعلت نأ بجيف ةيلحملا تارادلإا ة����هج نم تاودأ اهل يعولاو ةفاقثلاف.هفيقثتو

تاءار����جلااو تا����قلاعلا عو����مجم ى����لعو ءا����نبلا ينابملاو ةينارمعلا تاعور����شملادييشت يف لخدت .اهعاونأ ةفاكب ةلوه����س كانه ةفقثملاو ة����يعاولا تاعمتجملا ي����ف نم ولخي لا رملأا ناك نإو نزاوتم نارمع قيقحت ي����ف ايعوو ةفاقث لقلأا تا����عمتجملا يف نكل ، تاو����فهلا .هريوطتو نارمعلا اذه قيقحت ةبوعصلا نم نوكي يه نارمعلا ى����لع رثؤت يتلا ةماهلا تا����قلاعلا د����حأ هذه ، عيرا����شملا كلا ��م و نيممصملا ن����يب ة����قلاعلا لولحلا لضفلأ لوصولا يف دعاست نأ بجي ةقلاعلا . سكعلا سيلو ينابملل ةيميمصتلا يقلأ نأ ا����نه دوأ ب����ناوجلا ةدد����عتم ة����قلاعلا هذ����ه موقن نأ ب����جي يتلا ا����هبناوج ض����عب ىلع ءو����ضلا .اهنيسحتب . ممصملا رود

the

يلو ،زيزعلادبع نب ناملس نب ةرادإ سلجم سيئر دهعلا

،»نيلا اذ« انقلاطإ دنع »:موين موهفم فيرعت ةداعإب اندعو ريوطت للاخ نم ةيرضحلا ةيمنتلا اهروحم ناسنلإا نوكي تاعمتجم ققحت »نيلا اذ« مويلاو ،يسيئرلا تايدحتلا جلاعتو شيعلا ةيلاثم

.ةيرشبلا هجاوت يتلا ةحلملا ةيئانثتسلاا ميماصتلا هذه يلخادلا لكيهلا حضوت تاقبطلا ةددعتم ةنيدملل ةيقفلأا ندملا تايلاكشإ جلاعتو ةققحم ،ةطسبنملا ةيديلقتلا ةيمنتلا نيب ماتلا مغانتلا كلذب ةعيبطلا ىلع ظافحلاو ةيرضحلا ».اهدراوم لكب لهاجت اننكمي لا »:هومس فاضأو ةقيرط ةمزأ كلذكو ةئيبلا ةمزأ ندم ناهجاوت نيتللا ةايحلا نأ موين يف ىعسن اذلو .ملاعلا نومدقي نم ةعيلط يف نوكن نحنو .ةركتبمو ةديدج لاولح ةركف ذيفنت ىلع نومزاع مويلا للاخ نم ،»ىلعلأا ىلإ ءانبلا« ةفاضإ موين هدوقت لمع قيرف لوقعلا عملأ نم ةعومجم ىلإ ءانبلاو ةيرامعملا ةسدنهلا يف ».ملاعلا ىوتسم ىلع موين عورشم »:لائاق هومس عباتو ةيؤر يـف ةمهملا عيراشملا دحأ ىلع اًديكأت »نيلا اذ« دعتو ،2030 عورشم ميدقتب خسارلا انمازتلا موين نأ ثيح ،عمجأ ملاعلا ىلإ لضفأ دغب نيملاحلل ناكم يه مهتمصب عيمجلا عضيس

ةيؤرلاو ةيمنتلا موهفم فيرعت ديعت هيلع نوكت نأ بجي امو ةيرضحلا

نم رياني يف لبقتسملا ندم .يضاملا ماعلا ،»نيلا اذ« ةنيدم ميماصت يتأتو هيلع نوكتس امل اًساكعنا البقتسم ةيرضحلا تاعمتجملا عراوشلا نم ةيلاخ ةئيب يف مهستو ،تاثاعبنلااو تارايسلاو نم %95 ىلع ةظفاحملا يف دمتعتو ،ةعيبطلل موين يضارأ ةبسنب ةددجتملا ةقاطلا ىلع ناسنلإا ةحص لعجل ،%100 نم لادب ةقلطم ةيولوأ هتيهافرو امك ةيتحتلا ةينبلاو لقنلا ةيولوأ .ةيديلقتلا ندملا يف اذ« ةنيدم تافصاوم مهأ نمو رتم 200 غلبي اهضرع نأ ،»نيلا

ةيسيئرلا ةريزجلا قفو اهيف لمعلا يرجي يتلا ، رمحلأا هحاتتفا نوكيل ينمزلا ططخملا ةريزج دعتو .2024 ماع لئاوأ يف ةهجولل ةيسيئرلا ةباوبلا »ىروش« يتلاو ،ريوطتلل ىلولأا ةلحرملا نمض اًعجتنم 11 اهلامتكا دنع مضتس تادحوو اًرخاف اًيئانثتسا اًقدنفو ىسرمو فلوجلل بعلامو ةينكس هيفرتلا قفارم نم ديدعلاو توخيلل .مامجتسلااو ةيجيتارتسلاا ةكارشلا هذه لكشت رحبلا ةكرشل كرتشم فلاحت لوأ رهظت اهنأ امك ،ريوطتلل رمحلأا صرف حاجن يف صاخلا عاطقلا ةقث رحبلا ةهجول ةيلبقتسملا

دهعملاو . ةعماجلل ينقتلا عمجملل سيئرلا بصعلا نلاكشي ناذللاو يلاع ىنمب ميلعتلل ةيلاعلا ةينقتلا نع ميمصتلا ربعي ةجودزم ةهجاوب ىنبملا فلغ ثيح ، ةيميمصتلا ةينتقلا سمش نم ةيامحلل ليلظتلاو يتوصلا لزعلا هل رفوت تقولا سفن يف رفوت ،ءاتشلا يف يرارحلا لزعلاو فيصلا . ةريفولا ةعيبطلا ةءاضلإا نوكت نأ ءانبلا يف ةلمعتسملا داوملا يف يعور ةمظنأ تريتخأ امك . ةئيبلا ىلع ليلقريثأت تاذ . ةيداصتقا فييكتو ةيكيناكيم ىلع حاتفنلااب ىقيسوملا ميلعت : سماخلا عورشملا روهمجلا ىقيسوملا

لكش ىلع نيتهجاوتم نيتيئانب نيتلتك نم نوكم ىلع ةعوفرم ةريبك ةفرش امهنيب نضتحت L فرح ةيسأرو ةيقفأ ةيلاع ةنورمب ىنبملا زيمتي . ةيئانب ةدعاق تمسق نيرود عافتراب عفترت يتلا ةيثحبلا هتاغارف يف رييغتلل ةلباق ةنرم ةفيفخ ةدامك ( بشخلاب لخادلا نم تاغارفلل يغارفلا عيزوتلا رييغت نكمي ثيحب ) ليوحتلاو . اهروطتو ثاحبلأا تابلطتم بسح ةيميلعتلا ىنبملا حتفت ةيجاجز ةجودزم تاهجاوب ىنبملا فلغ ةيعيبطلا ةءاضلإاب حمستو رضخلأا يجراخلا هطيحم ىلع ىلع يبونجلا بناجلا يف تاهجاولا تممصو ةريفولا دجوت يتلا ةيئاملا تللاشلاب انركذي يوطم جاجز لكش . ةقطنملا يف ةكراشملل ةيميمصت تاءاحيإ : ثلاثلا عورشملا ةفرعملاو نيب عمجي راكتبلااو ميلعتلل جمانرب مضي عورشم وهو ةيضاير قفارم ريفوت عم يرادلاا مقاطلاو نيثحابلاو ةبلطلا بتكم ميمصت نم وهو ،ةماع تاءاضفو .كرامندلا يف

ميمصت

اينيك

بابشلا ليهأتلا ميدقت

فدهي . Architecture لاجم يف لمعلا صرفب فيرعتلاو ىوتسملا يلاعلا

يملاعلا ىوتسملا ىلع تامولعملاو تلااصتلاا تاينقت ةرداغم نودب لمعلا نم لامعلأا لاجر نكمت يتلا كلت مهتقطنم عقوملل ةيعيبطلا سيراضتلا لامجب ميمصتلا يفتحي نييوتسم ىلع ىنبملا ممص ثيح عورشملل يفارغجلا ةعئارلا تلالاطلإا للاخ نم يعيبطلا رادحنلاا ناعبتي ةيولعلا حطسلأا تافرش اهرفوت يتلا اناكرت ةريحب ىلع .ىنبملل يف ةرشتنملا لمنلا تويب جاربأب ىنبملا لكش رثأ ةيوهت جاربأ ميمصتلا مدختسي ثيح . ةقطنملا جاربلأا هذه لمعت ثيح ىنبملا تاغارف ديربتل ةيعيبط امنيب ىنبملا جراخ ىلإ دعاصلا نخاسلا ءاوهلا

لصاوتلاو لاصتلإا لئاسوو مولعلا روطت ىدأ دقل ددعت ىلإ ينابملا يف ةمادتسلااريياعم قيبطتو ةجيتنو ةديدج ةيملع تاصصخت روهظو تاصصختلا ةيضاملا ةليلقلا نينسلا يف ميلعتلا ينابم تروطت كلذل . ظوحلم لكشب ميلعتلا ررح تنرتنلإا ةكبشو رتويبمكلا مادختساف لمعلا ىلع رداق بلاطلا لعجو ناكملاب طايترلاا نم ناك نإو . دعب نع هتذتاسأ عم لصاوتلاو ليصحتلاو ثدحأ كلذ نأ لاإ ، هنع ىنغ لا هجول هجو رشابملا لصاوتلا ،يميلعتلا ىنبملا ميمصت ىلعاريبك اريثأت غارف لك صصخت يف ناكملاب طابترلاا مدع مهاس دقلف نودب غارف ىلإ غارف نم بلاطلا لقتني ثيحب يميلعت .هثحبو هلصاوت عاطقنا يف يميلعتلا ىنبملا رودل ةديدج تاهجوت ترهظ امك ةدافتساو هطيحمب طابترلاا ةرورضو رمتسملا ميلعتلا مادختساوأ ميلعتلا يف ءوس هنم ةبيرقلا قطانملا ناكس ةضايرلا لثم ةفلتخملا ةطشنلأا ةسرامم يف هقفارم

Photo by Kinan Deeb for Kéré

مدقيةيميلعتلا ةسسؤملا ةكبش رشنل ةحومط ةطخ راطإ . ةيئانلا قطانملا يف ةئشانلا عقوملل ةيعيبطلا سيراضتلا لامجب ميمصتلا يفتحينييوتسم ىلع ىنبملا ممص ثيح عورشملل يفارغجلا ىلع ةعئارلا تلالاطلإا للاخ نم يعيبطلا رادحنلاا ناعبتي .ىنبملل ةيولعلا حطسلأا تافرش اهرفوت يتلا اناكرت ةريحب ،اهقوف تاتابنلا ددمتب حمست شئارعب تافرشلا تللظعمجتلل ةصصخملا ةحوتفملا تاءاضفلل ةفطلم ءاوجأ رفوتو . ةبلطلا نيب ثيدحلا لدابتو يف ةرشتنملا لمنلا تويب جاربأب ىنبملا لكش رثأتةيعيبط ةيوهت جاربأ ميمصتلا مدختسي ثيح . ةقطنملا بحسب جاربلأا هذه لمعت ثيح ىنبملا تاغارف ديربتل بحسني امنيب ىنبملا جراخ ىلإ دعاصلا نخاسلا ءاوهلا تاغارفلا ىلإ ىوتسملا ةضفخنم تاحتف ربع درابلا ءاوهلا .ةيلخادلا تاجرد عافترا لمحتب يعيبطلا

© Photo by Kinan Deeb for Kéré Architecture

From the Architect Report: The Startup Lions Campus is an information and communication technologies (ICT) campus, located on the banks of Lake Turkana, Kenya. The project responds to the pressing challenge of youth unemployment faced in the region by offering high-level training and access to international job opportunities, allowing young entrepreneurs to thrive professionally without having to leave their place of origin. The campus will provide 100 new workstations and is the first step in an ambitious vision of spreading ICT networks in remote areas.The project celebrates the unique morphology and natural beauty of its site. It is built over two levels that follow the natural slope and features extensive roof terraces that offer sweeping views over Lake Turkana. The roof terraces are shaded by creeping vegetation, providing pleasant outdoor meeting spaces and opportunities for the informal exchange of ideas. The building takes inspiration from the towering mounds built by termite colonies in the region. Tall ventilation towers create a stack effect to naturally cool the main working spaces by extracting warm air upwards, while fresh air is introduced through specially designed lowlevel openings. This system allows the campus to withstand high temperatures and is especially well suited as it prevents dust from damaging the IT equipment. In addition to their functional role, the towers create a landmark in the surroundings.The campus is built out of locally sourced quarry stone with a plaster finish. In choosing which materials and construction techniques to use, ecological sustainability, cost and availability factors were weighed to arrive at the best compromise. Collaboration with the local community was key in this decision-making process, drawing from their experience and expertise.

© Photo by Kinan Deeb for Kéré Architecture

© Photo by Kinan Deeb for Kéré Architecture

© Photo by Kinan Deeb for Kéré Architecture

From the Architect Report:The Knight Campus’ transformative, human-centered design will support researchers as they advance the initiative’s mission to shorten the timeline between discovery, development, and deployment of innovations that will have positive societal impact.

The Knight Campus encourages collaboration among researchers from a wide variety of scientific fields and is designed to create greater interactions between them in an environment that prioritizes wellness and optimizes human performance. The building’s massing reinforces the notion of community. The Knight Campus features two L-shaped towers that face each other to cradle an elevated terrace and courtyard, joined above by a transparent connector. A translucent canopy over the terrace offers protection during the rain, while providing a light-filled outdoor environment to relax, socialize, and connect with nature. The northern sides of the two towers, which fold into the courtyard and terrace, embrace simplicity in a glass curtain wall system that reveals the building structure.

Open, variably scaled workspaces distributed throughout the facility allow research groups to leave their labs and take advantage of different communal environments. The two upper floors of the facility contain interdisciplinary research neighborhoods which bring experimental and computational research together. A 21-foot floor-to-floor height allows for suspended mezzanine structures of mass timber containing offices for faculty, creating a new level of connectivity to their laboratories and graduate students.

The building was programmed to be highly adaptive, allowing research groups to easily shift focus depending on where discoveries lead. Transparency and open space promote communication in the labs and heighten building performance: by reducing the volume of the bench areas, fewer air changes are necessary and energy usage is diminished. A variety of closed and open computational spaces depending on researchers’ preferences supplement the traditional bench and studio spaces.

The innovation labs have been designed to be rented out by startup businesses in the area, establishing the Knight Campus as a community-enhancing institution aimed at attracting partnerships from all around the world to tackle some of society’s most pressing problems.

The unique double-skin façade signals a connection to the Oregon landscape. Sunlight floods the interior through a skin of folded glass panels, emulating water cascading over rock formations and offering views that invite the outdoors inside. High-performance glass shades the lab and office spaces to reduce solar heat gains, improve visual comfort, and emphasize transparency, while putting both nature and science on display. At each of the main entry points, embossed stainless steel walls reflect light from adjacent water features, referencing the nearby Willamette River. The building utilizes cross-laminated timber, connecting with the surrounding environment as well as the local economy. The highly efficient and sustainable campus is on track to be certified LEED Gold.

An enclosed pedestrian bridge connects the new facility back to existing campus research buildings. The bridge has a tied arch design that is self-supporting and simple. It features two splayed arches springing from a common support point on each side of the boulevard and uses tension cables to support the bridge enclosure at its floor structure.

© Bruce Damonte

Damonte

Damonte

ةيميمصت

نيب عمجي راكتبلااو ميلعتلل جمانرب ىنبملا اذه مضيةيضاير قفارم ريفوت عم يرادلاا مقاطلاو نيثحابلاو ةبلطلا

. ةماع تاءاضفو مسجلاو لقعلل يدحتلا ققحي ميمصت يه ةجيتنلاو.هطيحمو ىنبملا نيب ةميمح ةقلاعل سسؤيو ززعت ةيدامو ةيريثأت تاءاحيإ لمع ىلإ ميمصتلا فدهيةكرحلاو ةفرعملا نيب لعافتلاو ةكراشملا ءدبم نم عمجتو مضت ثيحب حطسلا يف ةيضايرلا قفارملا تعضوف يتلا ةعبرلأا ةيميلعتلا ماسقلأا لثمت ةيئانب لتك عبرأ هتحت .ىنبملا اهيؤي ضعبلا اهضعب نع ةلقتسم ينابم ةعبرلأا لتكلا ربتعتماعلا ءاضفلا : ةفلتخم رصانع ثلاثب ةطبترم اهنكلو عفتري يذلا ينبملا وهب لخاد ةقلعملا مللاسلاو لخدملل . يولعلا رودلا يف كرتشملا ماعلا

From the Architect Report: On the same site, training, research and commercial activities come together around the theme of sustainable transport. The IMTD and the IIM, which are part of the UVHC’s Innovative Campus operation, are the nerve centre of the technology park. Linked by the grand central square, which is a garden, they form a single unit. The road along the front of the university building is used by public transport, vehicles, pedestrians and cyclists. The buildings aligned like a showcase, create a continuous space. The B road to the East provides quick and easy access to the campus. The entire site is perfectly aligned with this road.Enveloping the building is a double-skin façade providing acoustic insulation, solar shading in summer and thermal insulation in winter. The gable walls provide nighttime illumination, transforming them into lanterns at night. Behind this envelope are curtain walls, in frosted glass and stainless steel. The various activity hubs within the base of the building are organised in such a way as to create a progression from public spaces to private spaces. Facilities open to the public face the central square. The public enters via the central exhibition space, showcasing the sustainable transport knowledge and expertise on the campus. The showroom’s glazed façade creates a connection with the exterior. The grand conference room directly adjoins the showroom. A moveable partition creates a strong symbiosis between these two areas. The stage also extends on the other side of the moveable partition, forming a platform in the exhibition space. It can be lowered into the ground to enable a vehicle or any other object to be displayed on stage from the exhibition room. The raked seating in the conference room is also retractable and can be stored along the lateral wall. These retractable features make these two areas incredibly flexible and modular.The double-height ceiling makes way for a two-level mezzanine offering panoramic views and different ambiances, this is where you will find the cafeteria. The auditorium, which can accommodate up to 300 people, is connected directly to the entrance hall. The two projecting volumes have been organised around the two main functional hubs:The teaching hub and all the various classrooms and the office hubs made up of the ITD and IIM office hub and the teacher/PhD student offices.All of the teaching rooms are in a block above the students’ entrance hall. A green roof with trees provides an area for users to walk. A covered roof terrace can be used as a relaxation and entertainment area for staff. The building is perfectly integrated into the site through its volumes and the choice of exterior claddings. With its double-skin façades on the two projecting volumes, it takes full advantage of free solar heating in winter and huge amounts of natural light throughout the year. The materials used for the building’s construction and finishes have a low environmental and health impact and are almost all biomaterials and bio-sourced materials. The operations and maintenance considerations, taken into account from the outset of the operation, determined the economic quality of the building. Heat is produced by two air to water heat pumps installed on the top level of the building. Each pump covers 2/3 of the needs. Several distribution circuits are provided. The ventilation system is divided into several independent groups: offices, cafeteria, amphitheatre, exhibition spaces and meeting rooms.The bioclimatic potential has been fully exploited with a naturally ventilated double-skin façade on all façades. This double-skin creates a protective envelope that stores heat from the sun in winter and provides natural ventilation in summer thanks to pivoting panels. The building faces South, a layout conducive to exploiting solar energy.

ضرعلما -1 روهمجلل ةحوتفم تارضالمحا ةلاص -رركم1

يملع ضرعم -2

عينصت ربتخم -3 ىهقم-4 ءانف-5

روهمجلل حوتفم ميلعت زكرم-6

تاجارد فقاوم-7

روهمجلل ةحوتفم تارضاحم ةعاق-8

يمقر رمغ ةعاق-9

ةيلخادلا ةهجاولا ةذفانلا

نوكيلس لزاعوةتباث ذفاونب ةيجرالخا ةهجاولا اهتيفافش ءافصب زيمتت يتلا ةيجاجزلا عم يدامر نولب لصاوفلا مالح عم يس .يف .يب نم تايضرأ ءاضيبةرزو مس ةكامسب20 فقسلا ةطلاب لكيه ىلع ةتبثم ةنفلجم ةيندعم حئافصب ةيلخادلا ةهجاولا يرارح لزاع عم ةيناسرخ حاولأ ىلع ةلومحم نفلجم يندعم ةكامسب جرالخا نم ةيناسرخ طئاوحو

ةكرحتم

ةيجراخرئاتس

فوص

of Diller

Renfro

عفترت ةيجاجز روسج 5 لتكلا نيب طبرت -

ةطيحملا ةيجراخلا تاحاسلل يبحمو راوزلاو ةبلطلا سيئرلا وهبلا لبقتسيةيقيسوملا مهضورع ميدقتب نيبغارلل حمسيو ىقيسوملا . روهمجلل ةرحلا ميلعتلا تاهويدتساو لوصفلا ةيجاجزلا روسجلا مضت،اهلخاد مدقيام عامسو ىلع علاطلإاب حمستو بيردتلاو . راوزلاو نيسردملاو بلاطلا نيب لعافتلا ىلع عجشت كلذبو امنيب ، ىنبملا يف ةيوازلا راجحأ ةعبرلأا لتكلا لكشت.هيف ةكرحلا قيعت ةدمعأ نودب وهبلا قوف روسجلا دتمت ةاشملا لبقتست ةحاس ةيلامشلا ةهجلا نم ىنبملا دحتةنيدملا تاءاضفو ةقيدحلاو راطقلا ةطحم نم ميداقلا . ىنبملاب اهلك ةمخاتملا رهنلاو تممص ةريبك ةحاس ةيبونجلا ةهجلا نم ىنبملا دحتويوتحت امك ، تابسانملاو ةيقيسوملا

From the Architect Report:The Tianjin Juilliard School (TJS) is a center for performance, practice, research, and interactive exhibitions, with communal spaces that are designed to welcome the public into the creative process and performance of music. The building is composed of four faceted pavilions housing a 690-seat concert hall, a 299-seat recital hall, a 225-seat black box theater, and administrative, faculty, and rehearsal programs. Five glass bridges span an expansive public space that extends the surrounding park into the building, inviting students, visitors and concert goers to mingle, relax and experience the students practicing and giving informal performances.Major Features Four pavilions serve as cornerstones for the campus with glass bridges spanning a generous,column free space that extends the surrounding park into the building.

North Plaza:The grain of the larger pedestrian systems intersecting on the site –visitors from the high speed railway station to the north, the park to the east, the town square to the west, and riverfront to the south – is recognized in a series of gardens in the north plaza designed in collaboration with Hargreaves Jones.

South Plaza : Programmed as a performance and event venue amenity forJuilliard, as well as a community space, the plaza features stepped piano-key like seating and planting. The shallow reflecting pools form a dialogue with the nearby Hai River.

Lobby: This 2,260 m2 generous, column-free space at ground level features four sky-lit atriums that draw light down to lower levels programmed by a café, grove seating and tilt-up grandstand seating.With six entrances accessible from every direction, the lobby provides interior access to all three concert venues.

Bridges: Five windowed bridges span the pavilions, housing two levels of instructional spaces including 12 classrooms, 23 teaching studios, and 86 practice rooms.

Pavilions :

-Level (-1) Concert Hall:The 810 m2Concert Hall is the institution’s primary performance facility with a seating capacity of 690, including 80 balcony seats. The hall features mechanized wood stage risers that can transform the stage into various configurations.The hall is clad in eucalyptus wood, creating a warm, reverberant environment. A glass façade equipped with motorized blackout shades offers a view to the Hai River as a dramatic backdrop for performances.

-Level (-1) Recital Hall: The 440 m2 Recital Hall is the acoustic workhorse of the school with nearly continuous use for studentand faculty recitals, with a seating capacity of 299, and a 14meter x 6 meterstage with a glass façade overlooking the nearby park and reflecting pool.

-Level (-1) Black Box Theater: The 400 m2 Black Box Theater has been designed for multi-media performances as well as recitals, small ensembles and chamber opera, and dance events. The theater has a seating capacity of 225, including telescopic seating.

-Level (-1) Large Rehearsal Rooms: Three110 m2 rehearsal rooms function both as education and performance spaces,equipped for real time audio recording. The rehearsal rooms are located in the same B1 level as the Concert Hall and Recital Hall stage to allow easy movement of large instruments from one space to the other.

-Level (-1) Juilliard Imagination: Juilliard Imagination is a multifaceted, digital learning environment for exploring a rich tapestry of music, dance, and drama.This dedicated 810m2 space has curated interactive displays with exciting audio and visual experiences incorporating virtual reality and other cutting-edge technologies .

-Level (2, 3, and 4) Offices: Three of the four pavilions house administrative offices in their upper levels. These levels feature open office plans with large atria to draw in daylight.

-Level (4) Orchestral Rehearsal: A 270 m2 rehearsal space above the main concert hall opens up to a roof terrace with views of the Hai River. In addition to housing the full orchestra for rehearsals,

the space can be used as a multi-purpose, pre-function room and event space to host events.

-Level (4, 5) Library: The 560 m2 libraryoffers reading rooms, reference sections, as well as computer and multimedia stations for faculty and staff. The open stacks on Level 5 can be seen through aglass floor from the reading room below.

-Rooftop Terrace: A publicly accessible rooftop terrace outside the orchestral hall with planting, paving, and bench seating provides views of the nearby Hai River.

Acoustic Performance: TJS was built to meet the high demands for world-class acoustics and sound isolation, without compromising the building’s openness and transparency. The concert hall is acoustically isolated on giant springs and an acoustic resonant chamber under the stage enhances the sound of cello and bass. Distinctive diffusion cones identical to those found on the upstage wall and side walls of Alice Tully Hall were also used in the TJS concert hall to disperse soundand reduce the harshness of tone. In the Orchestral Rehearsal space, flipping wood wall panels allow

the room to be fine-tuned for any performance or rehearsal.In order to foster both a visual and aural connection between visitors in the lobby and students in the practice rooms, the glazing of the bridges was engineered to let moderate sound from the practice rooms pass into the lobby, while lobby sound is hushed when penetrating the sound-absorptive practice spaces.

Building Materials: The exterior materials and cladding for the building include high-performance glass assemblies, bead blasted stainless steel, glass fiber reinforced concrete (GFRC), and Parklex wood panels. The pavilion walls in the lobby are clad in the GFRC of the exterior walls. The bridges utilize triple glazed IGU enclosures that broadcast their activities from the building’s lobby and public spaces.A continuous surface of stone paving connects the main lobby with the exterior plaza to emphasize the extension from indoor to outdoor.

Sustainability: Large skylights flood the public lobby with direct sunlight, providing sufficient lighting for plants that are normally grown outdoors. Exterior shades provide solar control. Solar heat

gain is reduced by a radiant floor cooled by water circulated through tubing embedded in the structural foundation piles. This simple, lowtech solution maintains the architectural design intent for the lobby and bridge.Dedicated outdoor air systems with energy recovery, coupled with radiant heating and cooling panels condition all but the larger performance spaces. The Concert and Recital halls utilize underfloor displacement ventilation for enhanced air quality, comfort, and energy performance.

Structural Features: Arup engineers sought to integrate the distinct main spaces and their connecting bridges into a single structure, free of movement joints. From a structural perspective, the result was essentially a single building, as opposed to a more conventional solution of a series of smaller buildings and bridges in close proximity. Eliminating movement joints enabled an uncompromised expression of exterior finish materials as well as improved weather protection of the exterior envelope. In addition, leveraging the full extent of the project as a single structure offered maximum efficiency against wind and seismic action.

Zhang Chao, Courtesy of Diller Scofidio + Renfro

© Zhang Chao, Courtesy of Diller Scofidio + Renfro

© Zhang Chao, Courtesy of Diller Scofidio + Renfro

© Zhang Chao, Courtesy of Diller Scofidio + Renfro