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fastepp
Fast + Epp Structural Engineers
Designing Ambitious Structures.
Vancouver | Toronto | Seattle | New York | Darmstadt | Stuttgart
Things at Portwood have taken shape, with Phases 1 and 2 topped out and substantial structural completion achieved.
Phase 1, The Creek, is an affordable housing project that encompasses three 6-storey wood-frame buildings and will deliver over 325 rental homes. Two of the buildings are connected by a large breezeway, with an expansive three-storey underground parkade below.
Phase 2, Umbra, consists of a six-storey U-shaped building featuring over 200 condominium and townhome units. The ground-level townhomes are constructed with cast-in-place concrete over a double-height podium, while the upper condominium levels utilize wood-frame construction.
Work has now turned inward with anticipated completion for 2027. To learn more, visit the link in our bio.
Images credit @take_off_photography, courtesy of Axiom Builders
@edgardevelopment | @portwoodliving | @actonostry | @axiombuildersinc | TD Systems | @aes_engr | @buildwithbinnie | Thorson Consulting | Geopacific Consultants | @bklconsultants | @pwl_partnership
Things at Portwood have taken shape, with Phases 1 and 2 topped out and substantial structural completion achieved.
Phase 1, The Creek, is an affordable housing project that encompasses three 6-storey wood-frame buildings and will deliver over 325 rental homes. Two of the buildings are connected by a large breezeway, with an expansive three-storey underground parkade below.
Phase 2, Umbra, consists of a six-storey U-shaped building featuring over 200 condominium and townhome units. The ground-level townhomes are constructed with cast-in-place concrete over a double-height podium, while the upper condominium levels utilize wood-frame construction.
Work has now turned inward with anticipated completion for 2027. To learn more, visit the link in our bio.
Images credit @take_off_photography, courtesy of Axiom Builders
@edgardevelopment | @portwoodliving | @actonostry | @axiombuildersinc | TD Systems | @aes_engr | @buildwithbinnie | Thorson Consulting | Geopacific Consultants | @bklconsultants | @pwl_partnership
Things at Portwood have taken shape, with Phases 1 and 2 topped out and substantial structural completion achieved.
Phase 1, The Creek, is an affordable housing project that encompasses three 6-storey wood-frame buildings and will deliver over 325 rental homes. Two of the buildings are connected by a large breezeway, with an expansive three-storey underground parkade below.
Phase 2, Umbra, consists of a six-storey U-shaped building featuring over 200 condominium and townhome units. The ground-level townhomes are constructed with cast-in-place concrete over a double-height podium, while the upper condominium levels utilize wood-frame construction.
Work has now turned inward with anticipated completion for 2027. To learn more, visit the link in our bio.
Images credit @take_off_photography, courtesy of Axiom Builders
@edgardevelopment | @portwoodliving | @actonostry | @axiombuildersinc | TD Systems | @aes_engr | @buildwithbinnie | Thorson Consulting | Geopacific Consultants | @bklconsultants | @pwl_partnership
Things at Portwood have taken shape, with Phases 1 and 2 topped out and substantial structural completion achieved.
Phase 1, The Creek, is an affordable housing project that encompasses three 6-storey wood-frame buildings and will deliver over 325 rental homes. Two of the buildings are connected by a large breezeway, with an expansive three-storey underground parkade below.
Phase 2, Umbra, consists of a six-storey U-shaped building featuring over 200 condominium and townhome units. The ground-level townhomes are constructed with cast-in-place concrete over a double-height podium, while the upper condominium levels utilize wood-frame construction.
Work has now turned inward with anticipated completion for 2027. To learn more, visit the link in our bio.
Images credit @take_off_photography, courtesy of Axiom Builders
@edgardevelopment | @portwoodliving | @actonostry | @axiombuildersinc | TD Systems | @aes_engr | @buildwithbinnie | Thorson Consulting | Geopacific Consultants | @bklconsultants | @pwl_partnership
Things at Portwood have taken shape, with Phases 1 and 2 topped out and substantial structural completion achieved.
Phase 1, The Creek, is an affordable housing project that encompasses three 6-storey wood-frame buildings and will deliver over 325 rental homes. Two of the buildings are connected by a large breezeway, with an expansive three-storey underground parkade below.
Phase 2, Umbra, consists of a six-storey U-shaped building featuring over 200 condominium and townhome units. The ground-level townhomes are constructed with cast-in-place concrete over a double-height podium, while the upper condominium levels utilize wood-frame construction.
Work has now turned inward with anticipated completion for 2027. To learn more, visit the link in our bio.
Images credit @take_off_photography, courtesy of Axiom Builders
@edgardevelopment | @portwoodliving | @actonostry | @axiombuildersinc | TD Systems | @aes_engr | @buildwithbinnie | Thorson Consulting | Geopacific Consultants | @bklconsultants | @pwl_partnership
Last month, Fast + Epp joined the project team at the new Williams College Museum of Art in Williamstown, MA, to commemorate the placement of the final CLT panel on the mass timber structure.
With the primary structure complete, the iconic undulating roof is now fully visible. The warped CLT that forms the innovative double-curved roof is the first of its kind in North America and will remain exposed in the completed building.
Scheduled to open in fall 2027, the new 76,800 sq. ft. museum will offer eleven galleries and five classrooms for teaching with art, creating a welcoming cultural hub for both students and the community.
Visit the link in our bio to learn more about this project.
Images courtesy of Consigli Construction and Saltbox Films
@williamsartmuseum @williamscollege @solidobjectives @skanskausa @perrydeanrogers @consigliconstruction @reedhilderbrand @nordic_structures
Last month, Fast + Epp joined the project team at the new Williams College Museum of Art in Williamstown, MA, to commemorate the placement of the final CLT panel on the mass timber structure.
With the primary structure complete, the iconic undulating roof is now fully visible. The warped CLT that forms the innovative double-curved roof is the first of its kind in North America and will remain exposed in the completed building.
Scheduled to open in fall 2027, the new 76,800 sq. ft. museum will offer eleven galleries and five classrooms for teaching with art, creating a welcoming cultural hub for both students and the community.
Visit the link in our bio to learn more about this project.
Images courtesy of Consigli Construction and Saltbox Films
@williamsartmuseum @williamscollege @solidobjectives @skanskausa @perrydeanrogers @consigliconstruction @reedhilderbrand @nordic_structures
Last month, Fast + Epp joined the project team at the new Williams College Museum of Art in Williamstown, MA, to commemorate the placement of the final CLT panel on the mass timber structure.
With the primary structure complete, the iconic undulating roof is now fully visible. The warped CLT that forms the innovative double-curved roof is the first of its kind in North America and will remain exposed in the completed building.
Scheduled to open in fall 2027, the new 76,800 sq. ft. museum will offer eleven galleries and five classrooms for teaching with art, creating a welcoming cultural hub for both students and the community.
Visit the link in our bio to learn more about this project.
Images courtesy of Consigli Construction and Saltbox Films
@williamsartmuseum @williamscollege @solidobjectives @skanskausa @perrydeanrogers @consigliconstruction @reedhilderbrand @nordic_structures
Last month, Fast + Epp joined the project team at the new Williams College Museum of Art in Williamstown, MA, to commemorate the placement of the final CLT panel on the mass timber structure.
With the primary structure complete, the iconic undulating roof is now fully visible. The warped CLT that forms the innovative double-curved roof is the first of its kind in North America and will remain exposed in the completed building.
Scheduled to open in fall 2027, the new 76,800 sq. ft. museum will offer eleven galleries and five classrooms for teaching with art, creating a welcoming cultural hub for both students and the community.
Visit the link in our bio to learn more about this project.
Images courtesy of Consigli Construction and Saltbox Films
@williamsartmuseum @williamscollege @solidobjectives @skanskausa @perrydeanrogers @consigliconstruction @reedhilderbrand @nordic_structures
Last month, Fast + Epp joined the project team at the new Williams College Museum of Art in Williamstown, MA, to commemorate the placement of the final CLT panel on the mass timber structure.
With the primary structure complete, the iconic undulating roof is now fully visible. The warped CLT that forms the innovative double-curved roof is the first of its kind in North America and will remain exposed in the completed building.
Scheduled to open in fall 2027, the new 76,800 sq. ft. museum will offer eleven galleries and five classrooms for teaching with art, creating a welcoming cultural hub for both students and the community.
Visit the link in our bio to learn more about this project.
Images courtesy of Consigli Construction and Saltbox Films
@williamsartmuseum @williamscollege @solidobjectives @skanskausa @perrydeanrogers @consigliconstruction @reedhilderbrand @nordic_structures
Last month, Fast + Epp joined the project team at the new Williams College Museum of Art in Williamstown, MA, to commemorate the placement of the final CLT panel on the mass timber structure.
With the primary structure complete, the iconic undulating roof is now fully visible. The warped CLT that forms the innovative double-curved roof is the first of its kind in North America and will remain exposed in the completed building.
Scheduled to open in fall 2027, the new 76,800 sq. ft. museum will offer eleven galleries and five classrooms for teaching with art, creating a welcoming cultural hub for both students and the community.
Visit the link in our bio to learn more about this project.
Images courtesy of Consigli Construction and Saltbox Films
@williamsartmuseum @williamscollege @solidobjectives @skanskausa @perrydeanrogers @consigliconstruction @reedhilderbrand @nordic_structures
Last month, Fast + Epp joined the project team at the new Williams College Museum of Art in Williamstown, MA, to commemorate the placement of the final CLT panel on the mass timber structure.
With the primary structure complete, the iconic undulating roof is now fully visible. The warped CLT that forms the innovative double-curved roof is the first of its kind in North America and will remain exposed in the completed building.
Scheduled to open in fall 2027, the new 76,800 sq. ft. museum will offer eleven galleries and five classrooms for teaching with art, creating a welcoming cultural hub for both students and the community.
Visit the link in our bio to learn more about this project.
Images courtesy of Consigli Construction and Saltbox Films
@williamsartmuseum @williamscollege @solidobjectives @skanskausa @perrydeanrogers @consigliconstruction @reedhilderbrand @nordic_structures
Last month, Fast + Epp joined the project team at the new Williams College Museum of Art in Williamstown, MA, to commemorate the placement of the final CLT panel on the mass timber structure.
With the primary structure complete, the iconic undulating roof is now fully visible. The warped CLT that forms the innovative double-curved roof is the first of its kind in North America and will remain exposed in the completed building.
Scheduled to open in fall 2027, the new 76,800 sq. ft. museum will offer eleven galleries and five classrooms for teaching with art, creating a welcoming cultural hub for both students and the community.
Visit the link in our bio to learn more about this project.
Images courtesy of Consigli Construction and Saltbox Films
@williamsartmuseum @williamscollege @solidobjectives @skanskausa @perrydeanrogers @consigliconstruction @reedhilderbrand @nordic_structures
Looking forward to summer nights under the roof?
Heading into the final pushes, The Freedom Mobile Arch opens to the world next month!
#reveryarchitecture #architecture #archilovers #masstimber #amphitheater #PNE
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Introducing the winning team from the Fast + Epp x Perkins&Will Design Hive: Markus Fast (Fast + Epp), Babak Manavi (Perkins&Will), Kiana Youssefian (Fast + Epp), and Yalda Amin-Shahidi (Perkins&Will).
Their concept reimagines the helipad as a multi-level community hub, placing entrance, ticketing, and viewing spaces below the waterline for an immersive marine experience, while a central core elevator connects to three elevated landing platforms arranged in a petal-like formation. The design allows for multiple take-off and landing points for eVTOLs while embedding public experience and program into the structure.
The judges selected this concept for its clear vision of the future, both bold and transformative, yet challenging how vertiport infrastructure can evolve beyond what exists today.
Thank you to all participants, organizers, judges, and advisors who contributed to making the Design Hive such a thoughtful and inspiring exploration of future aircraft mobility and design.
Swipe through to explore the winning concept and visit the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
The təməsew̓txʷ Aquatic and Community Centre in New Westminster is Canada's first completed Zero Carbon Building - Design certified aquatic facility. The all‑electric, mass‑timber‑hybrid building is crowned by a sculptural sawtooth roof that brings soft daylight deep into the pools below.
Built with locally sourced CLT and glulam, the centre combines a 50‑metre lap pool, leisure pool, fitness spaces, and community amenities—designed for accessibility, wellness, and long‑term sustainability.
Photo credit: Nic Lehoux
@hcma.ca
@new_westminster
@fastepp
@heatherbraebuilders
@kalesnikoff_
The təməsew̓txʷ Aquatic and Community Centre in New Westminster is Canada's first completed Zero Carbon Building - Design certified aquatic facility. The all‑electric, mass‑timber‑hybrid building is crowned by a sculptural sawtooth roof that brings soft daylight deep into the pools below.
Built with locally sourced CLT and glulam, the centre combines a 50‑metre lap pool, leisure pool, fitness spaces, and community amenities—designed for accessibility, wellness, and long‑term sustainability.
Photo credit: Nic Lehoux
@hcma.ca
@new_westminster
@fastepp
@heatherbraebuilders
@kalesnikoff_
The təməsew̓txʷ Aquatic and Community Centre in New Westminster is Canada's first completed Zero Carbon Building - Design certified aquatic facility. The all‑electric, mass‑timber‑hybrid building is crowned by a sculptural sawtooth roof that brings soft daylight deep into the pools below.
Built with locally sourced CLT and glulam, the centre combines a 50‑metre lap pool, leisure pool, fitness spaces, and community amenities—designed for accessibility, wellness, and long‑term sustainability.
Photo credit: Nic Lehoux
@hcma.ca
@new_westminster
@fastepp
@heatherbraebuilders
@kalesnikoff_
The təməsew̓txʷ Aquatic and Community Centre in New Westminster is Canada's first completed Zero Carbon Building - Design certified aquatic facility. The all‑electric, mass‑timber‑hybrid building is crowned by a sculptural sawtooth roof that brings soft daylight deep into the pools below.
Built with locally sourced CLT and glulam, the centre combines a 50‑metre lap pool, leisure pool, fitness spaces, and community amenities—designed for accessibility, wellness, and long‑term sustainability.
Photo credit: Nic Lehoux
@hcma.ca
@new_westminster
@fastepp
@heatherbraebuilders
@kalesnikoff_
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Designing a vertiport that stays connected to nature while using technology.
Introducing team three from the Fast + Epp x Perkins&Will Design Hive: Jenna Louie (Fast + Epp), Kent Pretorius (Fast + Epp), Glenn Veigas (Perkins&Will), and Emily Chee (Perkins&Will).
Their concept is a movable platform that adapts with tides and rising sea levels through vertical anchor points. Modular pods extend into the water and can grow over time, connected by walkways that enhance engagement with marine life. Marine screens attached to anchor blocks shift with tidal conditions, creating an experience that changes with the environment.
Swipe to explore their design process and access the full Design Hive recap through the link in our bio.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
A vertiport experience inspired by the rhythm of the water.
Introducing team two from the Fast + Epp x Perkins&Will Design Hive: Fargol Moshiri (Perkins&Will), Caolan McCaughley (Perkins&Will), Carson Baker (Fast + Epp), and Arnold Meiners (Fast + Epp).
The concept places a vertiport on a wave isolator system, with a pontoon base designed to respond to tides and platform movement. The design focuses on introducing new mobility technology into communities by shaping the journey from land to air as a sculptural, experiential connection between both environments.
Swipe through to explore their design process and head to the in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
What if a vertiport became part of the community experience?
Introducing team one from the Fast + Epp x Perkins&Will Design Hive: Michael Dowhaniuk (Fast + Epp), Ivonne Voelkel (Perkins&Will), Eric Bohn (Fast + Epp) and Kevin Casey (Perskin&Will).
Their concept proposes a flexible vertiport where helicopter landing pads can detach and relocate to nearby piers and ferry points, extending service across the water network. With organic forms and stepped spaces for people and marine life, it creates a connected waterfront system that engages the wider community rather than functioning as an isolated station.
Swipe through to see their design process and head to the link in bio for the full Design Hive recap.
@perkinswill_van | @perkinswill | @_concept_lab
#DesignHive #PerkinsWillVancouver #Architecture #StructuralEngineers
Located in Vancouver’s False Creek Flats at the corner of the iconic East Van Cross, The Hive is a pioneering project that stands as North America’s tallest timber braced frame and CLT shear wall building.
Fast + Epp worked closely with DIALOG to develop a mass timber lateral system, which is articulated through the honeycomb-shaped façade. The 10-storey office building combines perimeter timber braced frames, with internal CLT shear walls and Tectonus dampers to create a resilient workplace that is engineered to re-centre itself after seismic activity.
The use of locally sourced mass timber supports low-carbon goals, while a prefabricated kit-of-parts system enables an efficient construction process. The result is a high-performance, highly sustainable building that advances the potential of mass timber in seismic regions.
To learn more, visit the link in our bio.
@dialogdesign | @ventanaconstructioncorp | @kalesnikoff_ | @ame_group | @aes_engr | @exp_global_inc | GHL Consultants | RWDI | Creus Engineering | Geopacific Consultants | @georgethirdson | @apexstructura | @islenineering | @supremesteel
#MassTimber #StructuralDesign #StructuralEngineering #SeismicEngineering #EngineeringDesign
Thanks to everyone who popped by and joined us for a conversation on Mass Timber with Partner, Robert Jackson, during the ‘Ask an Expert’ session at Design Victoria Festival earlier this month.
Both Robert Jackson, and Director of Business Development & Marketing, Krystal Yee, were over on the island to celebrate the design community at this year’s festival. It was great to connect with so many industry peers, and we already can’t wait for next years!
Thanks to everyone who popped by and joined us for a conversation on Mass Timber with Partner, Robert Jackson, during the ‘Ask an Expert’ session at Design Victoria Festival earlier this month.
Both Robert Jackson, and Director of Business Development & Marketing, Krystal Yee, were over on the island to celebrate the design community at this year’s festival. It was great to connect with so many industry peers, and we already can’t wait for next years!
Thanks to everyone who popped by and joined us for a conversation on Mass Timber with Partner, Robert Jackson, during the ‘Ask an Expert’ session at Design Victoria Festival earlier this month.
Both Robert Jackson, and Director of Business Development & Marketing, Krystal Yee, were over on the island to celebrate the design community at this year’s festival. It was great to connect with so many industry peers, and we already can’t wait for next years!
Thanks to everyone who popped by and joined us for a conversation on Mass Timber with Partner, Robert Jackson, during the ‘Ask an Expert’ session at Design Victoria Festival earlier this month.
Both Robert Jackson, and Director of Business Development & Marketing, Krystal Yee, were over on the island to celebrate the design community at this year’s festival. It was great to connect with so many industry peers, and we already can’t wait for next years!
Thanks to everyone who popped by and joined us for a conversation on Mass Timber with Partner, Robert Jackson, during the ‘Ask an Expert’ session at Design Victoria Festival earlier this month.
Both Robert Jackson, and Director of Business Development & Marketing, Krystal Yee, were over on the island to celebrate the design community at this year’s festival. It was great to connect with so many industry peers, and we already can’t wait for next years!
Thanks to everyone who popped by and joined us for a conversation on Mass Timber with Partner, Robert Jackson, during the ‘Ask an Expert’ session at Design Victoria Festival earlier this month.
Both Robert Jackson, and Director of Business Development & Marketing, Krystal Yee, were over on the island to celebrate the design community at this year’s festival. It was great to connect with so many industry peers, and we already can’t wait for next years!
Thanks to everyone who popped by and joined us for a conversation on Mass Timber with Partner, Robert Jackson, during the ‘Ask an Expert’ session at Design Victoria Festival earlier this month.
Both Robert Jackson, and Director of Business Development & Marketing, Krystal Yee, were over on the island to celebrate the design community at this year’s festival. It was great to connect with so many industry peers, and we already can’t wait for next years!
Behind the scenes at the nearly complete Harry Jerome Community Recreation Centre in North Vancouver.
Designed by hcma, the centre includes over 188,450 square feet of program space and will be the largest public facility in North Vancouver. It features an aquatic centre, 500-spectator ice rink, seniors’ activity centre, full gymnasium, and indoor and outdoor fitness spaces.
With envelope completed in January, interior work is rapidly underway as the building prepares to open this summer. Distinct but integrated building massing for the different programming requirements include both timber and steel structures, with a feature coffered mass timber roof in the atrium that brings light and openness into the space.
Learn more via the link in bio.
@cityofnorthvancouver | @hcma.ca | Smith Bros. & Wilson | @makeprojectsltd | @westernarchrib
#StructuralEngineers #EngineeringDesign #ConstructionProgress
Behind the scenes at the nearly complete Harry Jerome Community Recreation Centre in North Vancouver.
Designed by hcma, the centre includes over 188,450 square feet of program space and will be the largest public facility in North Vancouver. It features an aquatic centre, 500-spectator ice rink, seniors’ activity centre, full gymnasium, and indoor and outdoor fitness spaces.
With envelope completed in January, interior work is rapidly underway as the building prepares to open this summer. Distinct but integrated building massing for the different programming requirements include both timber and steel structures, with a feature coffered mass timber roof in the atrium that brings light and openness into the space.
Learn more via the link in bio.
@cityofnorthvancouver | @hcma.ca | Smith Bros. & Wilson | @makeprojectsltd | @westernarchrib
#StructuralEngineers #EngineeringDesign #ConstructionProgress
Behind the scenes at the nearly complete Harry Jerome Community Recreation Centre in North Vancouver.
Designed by hcma, the centre includes over 188,450 square feet of program space and will be the largest public facility in North Vancouver. It features an aquatic centre, 500-spectator ice rink, seniors’ activity centre, full gymnasium, and indoor and outdoor fitness spaces.
With envelope completed in January, interior work is rapidly underway as the building prepares to open this summer. Distinct but integrated building massing for the different programming requirements include both timber and steel structures, with a feature coffered mass timber roof in the atrium that brings light and openness into the space.
Learn more via the link in bio.
@cityofnorthvancouver | @hcma.ca | Smith Bros. & Wilson | @makeprojectsltd | @westernarchrib
#StructuralEngineers #EngineeringDesign #ConstructionProgress
Behind the scenes at the nearly complete Harry Jerome Community Recreation Centre in North Vancouver.
Designed by hcma, the centre includes over 188,450 square feet of program space and will be the largest public facility in North Vancouver. It features an aquatic centre, 500-spectator ice rink, seniors’ activity centre, full gymnasium, and indoor and outdoor fitness spaces.
With envelope completed in January, interior work is rapidly underway as the building prepares to open this summer. Distinct but integrated building massing for the different programming requirements include both timber and steel structures, with a feature coffered mass timber roof in the atrium that brings light and openness into the space.
Learn more via the link in bio.
@cityofnorthvancouver | @hcma.ca | Smith Bros. & Wilson | @makeprojectsltd | @westernarchrib
#StructuralEngineers #EngineeringDesign #ConstructionProgress
Behind the scenes at the nearly complete Harry Jerome Community Recreation Centre in North Vancouver.
Designed by hcma, the centre includes over 188,450 square feet of program space and will be the largest public facility in North Vancouver. It features an aquatic centre, 500-spectator ice rink, seniors’ activity centre, full gymnasium, and indoor and outdoor fitness spaces.
With envelope completed in January, interior work is rapidly underway as the building prepares to open this summer. Distinct but integrated building massing for the different programming requirements include both timber and steel structures, with a feature coffered mass timber roof in the atrium that brings light and openness into the space.
Learn more via the link in bio.
@cityofnorthvancouver | @hcma.ca | Smith Bros. & Wilson | @makeprojectsltd | @westernarchrib
#StructuralEngineers #EngineeringDesign #ConstructionProgress
Behind the scenes at the nearly complete Harry Jerome Community Recreation Centre in North Vancouver.
Designed by hcma, the centre includes over 188,450 square feet of program space and will be the largest public facility in North Vancouver. It features an aquatic centre, 500-spectator ice rink, seniors’ activity centre, full gymnasium, and indoor and outdoor fitness spaces.
With envelope completed in January, interior work is rapidly underway as the building prepares to open this summer. Distinct but integrated building massing for the different programming requirements include both timber and steel structures, with a feature coffered mass timber roof in the atrium that brings light and openness into the space.
Learn more via the link in bio.
@cityofnorthvancouver | @hcma.ca | Smith Bros. & Wilson | @makeprojectsltd | @westernarchrib
#StructuralEngineers #EngineeringDesign #ConstructionProgress
Behind the scenes at the nearly complete Harry Jerome Community Recreation Centre in North Vancouver.
Designed by hcma, the centre includes over 188,450 square feet of program space and will be the largest public facility in North Vancouver. It features an aquatic centre, 500-spectator ice rink, seniors’ activity centre, full gymnasium, and indoor and outdoor fitness spaces.
With envelope completed in January, interior work is rapidly underway as the building prepares to open this summer. Distinct but integrated building massing for the different programming requirements include both timber and steel structures, with a feature coffered mass timber roof in the atrium that brings light and openness into the space.
Learn more via the link in bio.
@cityofnorthvancouver | @hcma.ca | Smith Bros. & Wilson | @makeprojectsltd | @westernarchrib
#StructuralEngineers #EngineeringDesign #ConstructionProgress
Behind the scenes at the nearly complete Harry Jerome Community Recreation Centre in North Vancouver.
Designed by hcma, the centre includes over 188,450 square feet of program space and will be the largest public facility in North Vancouver. It features an aquatic centre, 500-spectator ice rink, seniors’ activity centre, full gymnasium, and indoor and outdoor fitness spaces.
With envelope completed in January, interior work is rapidly underway as the building prepares to open this summer. Distinct but integrated building massing for the different programming requirements include both timber and steel structures, with a feature coffered mass timber roof in the atrium that brings light and openness into the space.
Learn more via the link in bio.
@cityofnorthvancouver | @hcma.ca | Smith Bros. & Wilson | @makeprojectsltd | @westernarchrib
#StructuralEngineers #EngineeringDesign #ConstructionProgress
Check out the highlights from last week’s Design Hive with Perkins&Will + Fast + Epp—a one day multi-disciplinary design sprint.
The challenge was to design a Marine Vertiport. In a single afternoon, teams developed concepts that addressed accessibility, resilience, and complex coastal conditions, then built models and pitched their ideas to a panel of judges.
Huge thanks to all the participants from both firms, organizers, @_concept_lab
for hosting, and our incredible advisors + judges. And a special thank you to our client judges, JR Hammond (Executive Director & Founder, @canadianaam) and Daniel Sitnam (President & CEO, @helijet), for sharing valuable real-world insight and feedback.
Stay tuned for the individual team designs dropping next week 👀
#DesignHive #CrossDisciplinaryWorkshop #Architecture #StructuralEngineers
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