NYC Department of Housing Preservation & Development has announced the selection of the Norma, an 11-story, 100% affordable home ownership project designed by Leong Leong with Almat Urban and Bedford Stuyvesant Restoration Corporation. The Norma (named in honor of Norma Merrick Sklarek, the first African American woman to pass her license exam to officially become an architect in both New York and California) will give rise to 44 homeownership opportunities through a mix of 1- to 3-bedroom condo-style coops for low- to moderate-income households with a broad range of affordability. Under the plans, the Brownsville Multi Service Wellness and Health Center will operate a new urgent care facility on the ground floor, providing services for adult medicine, pediatrics, physical therapy, OB/GYN, mental health and dentistry among others. A community terrace on the second floor will create space for community building, resident organizing and activities. Additionally, the building is designed to comply with Passive House energy efficiency and sustainability standards with a fully electric mechanical heating and cooling systems. Green Roof, Stormwater Retention, and Mechanical Systems In order to reduce load on the CSO, gardens and green spaces adjacent to the Northern facade can use storm-water in a retention and irrigation effort. A 1,067 sf green roof above the eleventh floor penthouse will absorb heavy rains and provide an extra layer of insulation, which will increase the energy efficiency and lower carbon footprints. The pavement in the rear yard of the site will be permeable so that aquifers can be recharged. Proposed planters on the second floor and eleventh floor amenity spaces with small trees and foliage will provide shade and a nice visual touch, as well as storm-water retention in its own right. The team proposes the use of a high-performance, high-efficiency HVAC system. Initial research centers on the feasibility of a variable refrigerant flow unit (VRF) mini-split with a heat recovery ventilator (HRV) unit, to provide (at least part of) the mechanical heating and cooling for the building. Home / Multifamily THE NORMA on FULTON STREET ARCHITECT . Leong Leong PROJECT SIZE . 80,000 SF SCOPE . Go Go NYC Department of Housing Preservation & Development has announced the selection of the Norma, an 11-story, 100% affordable home ownership project designed by Leong Leong with Almat Urban and Bedford Stuyvesant Restoration Corporation. The Norma (named in honor of Norma Merrick Sklarek, the first African American woman to pass her license exam to officially become an architect in both New York and California) will give rise to 44 homeownership opportunities through a mix of 1- to 3-bedroom condo-style coops for low- to moderate-income households with a broad range of affordability. Under the plans, the Brownsville Multi Service Wellness and Health Center will operate a new urgent care facility on the ground floor, providing services for adult medicine, pediatrics, physical therapy, OB/GYN, mental health and dentistry among others. A community terrace on the second floor will create space for community building, resident organizing and activities. Additionally, the building is designed to comply with Passive House energy efficiency and sustainability standards with a fully electric mechanical heating and cooling systems. Green Roof, Stormwater Retention, and Mechanical Systems In order to reduce load on the CSO, gardens and green spaces adjacent to the Northern facade can use storm-water in a retention and irrigation effort. A 1,067 sf green roof above the eleventh floor penthouse will absorb heavy rains and provide an extra layer of insulation, which will increase the energy efficiency and lower carbon footprints. The pavement in the rear yard of the site will be permeable so that aquifers can be recharged. Proposed planters on the second floor and eleventh floor amenity spaces with small trees and foliage will provide shade and a nice visual touch, as well as storm-water retention in its own right. The team proposes the use of a high-performance, high-efficiency HVAC system. Initial research centers on the feasibility of a variable refrigerant flow unit (VRF) mini-split with a heat recovery ventilator (HRV) unit, to provide (at least part of) the mechanical heating and cooling for the building.

Altera Engineering Multifamily Projects Our Projects Multifamily 2560 BOSTON ROAD, BRONX, NY EBENEZER PLAZA, BROOKLYN, NY 326 ROCKAWAY AVENUE 37 HILLSIDE AVE, NEW YORK, NY 66 READE STREET TIMBALE TERRACE 30 WATER STREET, OSSINING 30 WEST, VILLAGE OF HAVERSTRAW EAST TREMONT COMMUNITY DISTRICT 6, BRONX CENTRIC WOODSIDE NYC THE POPE FRANCIS APARTMENTS AT LORETO WALTON AVENUE 230 EAST 18TH STREET, BROOKLYN VAN CORTLANDT GREEN ADULT CARE FACILITY 776 MYRTLE, BROOKLYN 18 WEST 116TH STREET, NYC 435 WEST 48TH STREET 554 PROSPECT PLACE 1062 HANCOCK STREET, BROOKLYN 149-151 WEST 9TH STREET 31 LISPENARD 915 WEST END AVENUE CITY POINT TOWER PHASE ONE SYDNEY HOUSE 733 OCEAN PARKWAY THE PARASOL PROJECT 712 BROADWAY 325 WEST 93RD STREET YWCA OF BROOKLYN ROCHESTER SUYDAM NIHOP 144 WEST STREET, GREENPOINT, BROOKLYN 2457 FREDERICK DOUGLASS BOULEVARD 309 WEST 86TH STREET DAYSPRING COMMONS, 227 ELM, YONKERS ONE DROMORE APARTMENTS PARK EDGE THE NORMA on FULTON STREET

A 2-phase senior supportive housing project in Inwood neighborhood of Manhattan developed by RiseBoro and Coconut Properties. Phase I is a 112,000 SF 9-storey building comprising of 156 studio and 1-bedroom apartments, as well as community engagement spaces. In addition, the ground floor will be a new 9,000 SF home to Rocky Mountain Baptist Church. Founded in 1973, RiseBoro Community Partnership is a non-profit organization based in Bushwick, Brooklyn that offers housing and family services. RiseBoro has been responsible for the development of over 3,000 units of affordable housing, ranging from single-family homes to scattered site rehabs to large mixed use developments. Through various home ownership programs, RiseBoro has been responsible for the sponsorship and marketing of over 1,200 units to first-time home buyers. Currently, RiseBoro manages over 1,800 affordable units that provide permanent housing for low to moderate-income families, senior citizens, and a host of special needs populations including formerly homeless families, veterans, physically disabled, and victims of domestic violence. 37 Hillside Avenue is being designed to meet US Passive House Institute standards for energy efficiency. Passive House standard emphasizes air-tight, continuously insulated building envelope without thermal bridges, high performance windows and balanced heat and moisture recovery ventilation. Passive House buildings are expected to consume 75-90% less energy than traditional buildings. The building is cooled and heated with a variable-refrigerant flow heat recovery system. Packaged rooftop energy recovery ventilators supply filtered and conditioned fresh air directly into each apartment and exhaust from kitchens and bathrooms in a continuous ventilation cycle. Hot water for domestic use is generated by high efficiency gas-fired water heaters. Home / Multifamily 37 HILLSIDE AVE, NEW YORK, NY ARCHITECT . Architecture In Formation & SLCE PROJECT SIZE . Phase I: 111,000 SF . Phase II: 154,440 SF PROJECT COST . SCOPE . HVAC, sprinkler, plumbing and electrical power, fire alarm design and construction administration Go Go A 2-phase senior supportive housing project in Inwood neighborhood of Manhattan developed by RiseBoro and Coconut Properties. Phase I is a 112,000 SF 9-storey building comprising of 156 studio and 1-bedroom apartments, as well as community engagement spaces. In addition, the ground floor will be a new 9,000 SF home to Rocky Mountain Baptist Church. Founded in 1973, RiseBoro Community Partnership is a non-profit organization based in Bushwick, Brooklyn that offers housing and family services. RiseBoro has been responsible for the development of over 3,000 units of affordable housing, ranging from single-family homes to scattered site rehabs to large mixed use developments. Through various home ownership programs, RiseBoro has been responsible for the sponsorship and marketing of over 1,200 units to first-time home buyers. Currently, RiseBoro manages over 1,800 affordable units that provide permanent housing for low to moderate-income families, senior citizens, and a host of special needs populations including formerly homeless families, veterans, physically disabled, and victims of domestic violence. 37 Hillside Avenue is being designed to meet US Passive House Institute standards for energy efficiency. Passive House standard emphasizes air-tight, continuously insulated building envelope without thermal bridges, high performance windows and balanced heat and moisture recovery ventilation. Passive House buildings are expected to consume 75-90% less energy than traditional buildings. The building is cooled and heated with a variable-refrigerant flow heat recovery system. Packaged rooftop energy recovery ventilators supply filtered and conditioned fresh air directly into each apartment and exhaust from kitchens and bathrooms in a continuous ventilation cycle. Hot water for domestic use is generated by high efficiency gas-fired water heaters.

Located in the Mariner’s Harbor neighborhood, the currently unoccupied 2,715 SF community space is situated on the ground floor of Building Number 5 within the New York City Housing Authority’s Marnier’s Harbor Houses public housing complex, the westernmost public housing development in New York City. Built in 1954, the complex consists of 22 three- and six-story buildings containing 607 apartments housing 1,658 residents across a 21.75-acre site. The project included a complete renovation of the existing space including all finishes, fixtures, HVAC, fire alarm, plumbing, and lighting, and provided flexible, multi-purpose programming. Support spaces included accessible restrooms, a janitor’s closet, and an IT/server closet. Exterior work included replacement of the existing canopy, new doors with actuator and door bell, and new lighting. The program also included community gathering spaces with audio/visual capabilities, a computer lab, and a commercial kitchen. Mechanical systems included: • An all new high efficient all-electric multi-zone VRF system • Distributed ERV’s throughout the space • All new electrical distribution • All new domestic and sanitary plumbing Home / Cultural MARINER'S HARBOR COMMUNITY CENTER ARCHITECT . Architecture In Formation PROJECT SIZE . 2,700 SF PROJECT COST . $6.1 MILLION SCOPE . MEP design Go Go Located in the Mariner’s Harbor neighborhood, the currently unoccupied 2,715 SF community space is situated on the ground floor of Building Number 5 within the New York City Housing Authority’s Marnier’s Harbor Houses public housing complex, the westernmost public housing development in New York City. Built in 1954, the complex consists of 22 three- and six-story buildings containing 607 apartments housing 1,658 residents across a 21.75-acre site. The project included a complete renovation of the existing space including all finishes, fixtures, HVAC, fire alarm, plumbing, and lighting, and provided flexible, multi-purpose programming. Support spaces included accessible restrooms, a janitor’s closet, and an IT/server closet. Exterior work included replacement of the existing canopy, new doors with actuator and door bell, and new lighting. The program also included community gathering spaces with audio/visual capabilities, a computer lab, and a commercial kitchen. Mechanical systems included: • An all new high efficient all-electric multi-zone VRF system • Distributed ERV’s throughout the space • All new electrical distribution • All new domestic and sanitary plumbing

A new 481-unit affordable multifamily complex in Brooklyn. A 2-phase, 2 site development of 4 residential towers on top of a church and retail. The residential component is affordable housing consisting of a 7-story, 9-story and two 11-story towers with a combined area of 475,000 gross square feet. In addition to the residential buildings, the project includes a 34,000 square foot new home to The Church of God of East Flatbush, and 31,000 square feet of core and shell retail spaces. Buildings’ mechanical systems include high efficiency condensing boilers designed to operate with low temperature water. Variable speed pumps, high output baseboard radiators, energy recovery ventilators and variable refrigerant flow systems. The project is designed to meet the latest Enterprise Green Communities requirements for energy and water conservation, resident health and wellbeing and resiliency. The buildings are at least 15% more energy efficient than the current energy code. Home / Multifamily EBENEZER PLAZA, BROOKLYN, NY ARCHITECT . Perkins Eastman PROJECT SIZE . 540,000 GSF PROJECT COST . $ 170,000,000 SCOPE . Full MEP design, and construction administration services, energy modeling and sustainability consulting services, commissioning. HVAC, sprinkler, plumbing and electrical power, fire alarm design and construction administration, sustainability, façade optimization, energy modeling Go Go A new 481-unit affordable multifamily complex in Brooklyn. A 2-phase, 2 site development of 4 residential towers on top of a church and retail. The residential component is affordable housing consisting of a 7-story, 9-story and two 11-story towers with a combined area of 475,000 gross square feet. In addition to the residential buildings, the project includes a 34,000 square foot new home to The Church of God of East Flatbush, and 31,000 square feet of core and shell retail spaces. Buildings’ mechanical systems include high efficiency condensing boilers designed to operate with low temperature water. Variable speed pumps, high output baseboard radiators, energy recovery ventilators and variable refrigerant flow systems. The project is designed to meet the latest Enterprise Green Communities requirements for energy and water conservation, resident health and wellbeing and resiliency. The buildings are at least 15% more energy efficient than the current energy code.

Altera Engineers assist architects and designers with HVAC, Electrical, Fire Protection, Plumbing and Sanitary Engineering, Special and Progress Inspections MEET OUR TEAM Dmitriy Morozov is the co-founder of the firm and is responsible for firm’s strategy and business development. Mr. Morozov’s expertise includes design of heating, cooling, ventilation and central plant systems for commercial, residential and institutional projects as well as energy conservation in new and existing buildings. Mr. Morozov enjoys working closely with designers and building end-users in finding innovative and energy conscious solutions that support designers' vision and end-users' needs. Mr.Morozov has over 20 years of experience in design and construction of building mechanical systems. Mr. Morozov has completed projects totaling over $3 billion in construction costs with over 6 million square feet of space. Alex Kheyfets is a co-founder and principal of the firm’s plumbing division. Mr. Kheyfets is responsible for plumbing and fire protection design and construction services, as well as firm’s technical standards and building codes compliance. His expertise includes design of Plumbing and Fire Protection systems for commercial, residential and institutional projects. Mr.Kheyfets has over 20 years of experience in design and construction of building plumbing and fire protection systems, and has completed projects totaling over $2 billion in construction costs.

The Altera team assists architects and designers with HVAC, Electrical, Fire Protection, Plumbing and Sanitary Engineering, Special and Progress Inspections ENGINEERING DESIGN AND CONSTRUCTION SERVICES We provide quality, responsive and practical engineering design solutions that meet our client’s needs. Our designs are greener, leaner and cost-effective. HVAC Engineering • Complete Heating, Ventilation and Air Conditioning System Design • High-end, Custom Design for Residential, Commercial, Multifamily, Educational and Institutional Spaces • Variable refrigeration volume systems design and optimization • Heat recovery and renewable energy sources • Geothermal unitary systems • Central Chilled Water, Condenser Water, Hot Water, Geothermal and Steam Plants • Thermal Storage and Buffer Systems • Fuel conversions Electrical Engineering • Complete Building Power Distribution • MV and HV Building Service Design • Emergency Power and Stand-by Power • Electrical service upgrades Fire Protection Engineering • Sprinkler and standpipe systems design Plumbing and Sanitary Engineering • Domestic water distributions for lowrise and highrise buildings • Sanitary and storm drainage systems • Storm water collections • Cross connection applications for water and sewer services Special and Progress Inspections • Mechanical Systems • Sprinkler Systems • Heating Systems • Chimneys • Firestop, Draftstop, and Fireblocking Systems • Energy Code Progress TR8 Inspections Resiliency Resilience is the new sustainability. To us, resiliency means an ability to quickly adapt to changes. The most obvious challenges are due to the changing climate with higher temperatures, sea level rise, flooding, drought, and wildfires. Risk and challenges from non-climate-related natural disasters, such as earthquakes and solar flares, and anthropogenic actions like terrorism and cyberterrorism, also call for resilient design. Resilience for businesses and organizations means maintaining continuity of operations in the face of stress and disturbance. Resilience for buildings it means an ability to respond to natural and manmade disasters by providing potable water, sanitation, livable conditions, energy, lighting, safe air, and occupant health. We help our clients assess and quantify risks to their build assets, and implement measures to mitigate them. We provide technical and strategic recommendations for facility design, system specifications, methodologies and processes, and business continuity. Our services include: Advice on design of buildings and building systems capable of handling severe storms, flooding, wildfire, and other impacts that are expected to result from a warming climate Design passive heating and cooling strategies for loss of power or heating fuel Provide risk assessment based on future climatic conditions Advice on site selection Advice architects or owners on material and component selections Design of redundant water supply and sewage systems Design redundant power systems and on-site generation Local Law 87 New York City’s Greener, Greater Buildings Plan Legislation (GGBP) requires all buildings over 50,000 square feet to take specific actions aimed at increasing energy efficiency. These actions include: Measuring and reporting energy use Identifying inefficient systems Optimizing existing systems Our team of energy experts can provide you the support you need to navigate GGBP compliance and access funding available to help pay for required work. We provide comprehensive energy efficiency and compliance services. Our offerings include: ASHRAE Level I, II and III energy audits Commissioning and retro-commissioning Feasibility Studies Benchmarking Energy Audit Energy Master Planning Demand Response Assessments Industrial Process Energy Efficiency Renewable Energy Systems Metering, Verification, and Continuous Monitoring Combined Heat and Power (CHP) & Distributed Generation (DG) Green Building Assessment/Sustainable Design Local Law 97 We can make Local Law compliance work for you! REQUEST HELP High Performance Buildings A high-performance building integrates and optimizes all major high-performance building attributes including energy efficiency, durability, life-cycle performance, and occupant productivity. We offer advisory and engineering design services that enable our clients to successfully address the challenges of designing, implementing and operating a high-performance building or space. Our services include: • Engineering design and implementation of various heating, cooling, ventilation, resource conservation, adaptability, resiliency, and other technologies • Complete sustainability and energy efficiency consulting • Energy Modeling • Intelligent reuse of buildings • Greenhouse gas emissions reductions • Lifecycle assessment • Feasibility studies • NYSERDA rebates and incentives • Optimization of building mechanical systems • Façade/envelope optimization • Advice on wellness and healthy spaces • Assessment of risk in vulnerability to power grid failures, fuel shortages, exposure to legislative changes requiring buildings decrease consumption of resources and emission of greenhouse gas Backflow Prevention DESIGN AND APPROVAL WITHIN 3 WEEKS Call (212) 330-7634 or get started right now by filling in our form below. Our engineering team will be with you in 48 hours. Free phone consultation Competitive fees Fast approvals. Based on typical approval times, most projects are approved within 3 weeks. Individual results may vary subject to specific project conditions. Our team of licensed engineers have experience meeting all NYC code requirements. We offer engineering design and approvals for cross connection applications, for commercial, residential, multifamily and industrial properties including new construction and existing buildings.

The Altera team assists architects and designers with HVAC, Electrical, Fire Protection, Plumbing and Sanitary Engineering, Special and Progress Inspections How may we help you? Get In Touch FIRST NAME LAST NAME EMAIL* MESSAGE Submit

Location: 542 Dean Street, Brooklyn, NY 11217 (between 6th Avenue and Carlton Avenue). Neighborhood: Prospect Heights, under Brooklyn Community Board 8. Park Edge is a proposed affordable housing development in the Prospect Heights neighborhood of Brooklyn, New York City. It is designed as supportive housing specifically for low-income and formerly homeless seniors (older adults). The project aims to convert an underutilized city-owned parking lot into a multi-story residential building, emphasizing 100% affordable units and community integration. The name "Park Edge" reflects its location adjacent to the Dean Playground, highlighting its proximity to recreational amenities. Housing Focus: 100% affordable units targeted at low-income seniors, including those experiencing homelessness. It is part of a broader initiative to address housing needs in an area facing rapid redevelopment and population growth (over 13,000 new residents expected nearby from projects like Pacific Park). Unit Count: 80–100 units (combined estimate with a sister site at 516 Bergen Street; exact breakdown for 542 Dean Street not specified, but prioritized for senior housing). Features include a new entrance to Dean Playground, enhanced public open space, and integration with neighborhood green areas. Emphasis on supportive services to promote long-term vitality for residents. Affordability: Deeply affordable units, aligned with NYC's Housing New York plan and community priorities for public sites. Public Realm Improvements: The development is tied to the Atlantic Avenue Mixed-Use Plan (AAMUP), which prioritizes affordable housing, open space, and community input. It emerged from a 2021 RFP process following community visioning sessions in Crown Heights and Bedford-Stuyvesant. Surrounding Area: Directly adjacent to Dean Playground (a NYC Parks-managed green space with basketball courts, ball fields, and playgrounds), where the project includes plans for a new park entrance, public seating, and greenery. Near major landmarks like Barclays Center, Atlantic Yards/Pacific Park Brooklyn, Prospect Park, and the commercial corridor on Flatbush Avenue. Well-served by transit (e.g., 2/3 trains at Bergen Street station) and amenities including Fire Engine 219 and Police Precinct 78. Map Reference: The site is in a highly walkable, amenity-rich area with easy access to parks, shopping, and public transportation. Community Input: Stemmed from AAMUP processes where residents prioritized affordable housing over other uses for the site. Local leaders, including Council Member Crystal Hudson, have praised it as essential for neighborhood wellbeing. Broader Impact: Addresses NYC's housing crisis by repurposing underused public land. It's one of two Prospect Heights sites in HPD's initiative, creating 80–100+ units total. Challenges: Part of a densely developing area (one of the most populous census tracts in the U.S.), with calls for broad rezoning reviews to mitigate impacts. Home / Multifamily PARK EDGE ARCHITECT . nARCHITECTS, PLLC PROJECT SIZE . 113,000 GSF SCOPE . Design, approvals and construction administration of mechanical, plumbing, sprinkler, electrical and fire alarm systems. Go Go Location: 542 Dean Street, Brooklyn, NY 11217 (between 6th Avenue and Carlton Avenue). Neighborhood: Prospect Heights, under Brooklyn Community Board 8. Park Edge is a proposed affordable housing development in the Prospect Heights neighborhood of Brooklyn, New York City. It is designed as supportive housing specifically for low-income and formerly homeless seniors (older adults). The project aims to convert an underutilized city-owned parking lot into a multi-story residential building, emphasizing 100% affordable units and community integration. The name "Park Edge" reflects its location adjacent to the Dean Playground, highlighting its proximity to recreational amenities. Housing Focus: 100% affordable units targeted at low-income seniors, including those experiencing homelessness. It is part of a broader initiative to address housing needs in an area facing rapid redevelopment and population growth (over 13,000 new residents expected nearby from projects like Pacific Park). Unit Count: 80–100 units (combined estimate with a sister site at 516 Bergen Street; exact breakdown for 542 Dean Street not specified, but prioritized for senior housing). Features include a new entrance to Dean Playground, enhanced public open space, and integration with neighborhood green areas. Emphasis on supportive services to promote long-term vitality for residents. Affordability: Deeply affordable units, aligned with NYC's Housing New York plan and community priorities for public sites. Public Realm Improvements: The development is tied to the Atlantic Avenue Mixed-Use Plan (AAMUP), which prioritizes affordable housing, open space, and community input. It emerged from a 2021 RFP process following community visioning sessions in Crown Heights and Bedford-Stuyvesant. Surrounding Area: Directly adjacent to Dean Playground (a NYC Parks-managed green space with basketball courts, ball fields, and playgrounds), where the project includes plans for a new park entrance, public seating, and greenery. Near major landmarks like Barclays Center, Atlantic Yards/Pacific Park Brooklyn, Prospect Park, and the commercial corridor on Flatbush Avenue. Well-served by transit (e.g., 2/3 trains at Bergen Street station) and amenities including Fire Engine 219 and Police Precinct 78. Map Reference: The site is in a highly walkable, amenity-rich area with easy access to parks, shopping, and public transportation. Community Input: Stemmed from AAMUP processes where residents prioritized affordable housing over other uses for the site. Local leaders, including Council Member Crystal Hudson, have praised it as essential for neighborhood wellbeing. Broader Impact: Addresses NYC's housing crisis by repurposing underused public land. It's one of two Prospect Heights sites in HPD's initiative, creating 80–100+ units total. Challenges: Part of a densely developing area (one of the most populous census tracts in the U.S.), with calls for broad rezoning reviews to mitigate impacts.

Timbale Terrace is located on the parking lot of the NYPD 25th precinct and within the confines of the Special East Harlem Corridors District, which was designated for rezoning in the 2017 East Harlem Rezoning plan to bring 4000 affordable homes to the 96 block area, roughly bounded by East 104th Street to East 132nd Street, between Fifth Avenue and the East River Timbale Terrace will be a 19 story residential building featuring 340 affordable units, including 99 supportive housing units. The development will be constructed on a lot currently used for parking by the 25th Precinct. The building's affordable units will serve households earning between 30% and 80% of the area median income (AMI), while the supportive housing units will be designated for formerly homeless individuals and families. Lantern will provide on site supportive services. Residents will have access to a range of amenities, including rooftop terraces, a fitness and cycling room, community spaces, meeting rooms, and a community pantry. The ground floor will house the Afro Jazz Alliance Music and Arts Center, which will serve as the venue for all of the Alliance’s performances. Supportive housing at Timbale Terrace provides permanent, affordable housing with onsite services for individuals and families who have experienced homelessness and meet specific eligibility criteria. The development is receiving funding through the NYC 15/15 and Extremely Low & Low Income Affordability (ELLA) programs. Supportive units will be available to residents with severe mental illness or substance use disorders through the NYC 15/15 program. Services will focus on maintaining housing stability, connecting tenants with healthcare providers, and supporting education and skill development. Additional programming will include cooking classes, healthy living guidance, free fresh food distribution, art classes, gardening, exercise programs, and trips to sporting and cultural events. Home / Multifamily TIMBALE TERRACE ARCHITECT . Urban Architecture Initiatives PROJECT SIZE . 318,000 GSF, 19 stories, 340 units PROJECT COST . $150 million SCOPE . Design, approvals and construction administration of mechanical, plumbing, sprinkler, electrical and fire alarm systems. The building is being designed to meet Passive House performance standards, featuring a highly efficient building envelope and low energy heating and cooling systems. Altera presented several options for heating, cooling, and domestic hot water generation. After careful consideration, the owners elected to use a variable refrigerant volume (VRV) system for the building's heating and cooling needs. However, Altera engineers faced challenges due to the mandated phase out of R410A refrigerant, which introduced regulatory uncertainty surrounding the use of VRV systems. The newer generations of VRF refrigerants, classified as A2L, are more flammable, and their use has not yet been fully codified in local building regulations. To address this challenge, the team referenced the International Building Code and leveraged the European experience with A2L refrigerants, incorporating design provisions that allow for future adaptation of these refrigerants in New York City. The resulting design incorporates a 3 pipe heat recovery variable refrigerant volume system distributed up and down the building via rated and vented shafts. For the domestic water heating, a CO2 driven heat pump system was selected. To overcome the low rate of heat recovery of the CO2 heat pump system, 7,000 gallons of hot water storage were provided. Go Go Timbale Terrace is located on the parking lot of the NYPD 25th precinct and within the confines of the Special East Harlem Corridors District, which was designated for rezoning in the 2017 East Harlem Rezoning plan to bring 4000 affordable homes to the 96 block area, roughly bounded by East 104th Street to East 132nd Street, between Fifth Avenue and the East River Timbale Terrace will be a 19 story residential building featuring 340 affordable units, including 99 supportive housing units. The development will be constructed on a lot currently used for parking by the 25th Precinct. The building's affordable units will serve households earning between 30% and 80% of the area median income (AMI), while the supportive housing units will be designated for formerly homeless individuals and families. Lantern will provide on site supportive services. Residents will have access to a range of amenities, including rooftop terraces, a fitness and cycling room, community spaces, meeting rooms, and a community pantry. The ground floor will house the Afro Jazz Alliance Music and Arts Center, which will serve as the venue for all of the Alliance’s performances. Supportive housing at Timbale Terrace provides permanent, affordable housing with onsite services for individuals and families who have experienced homelessness and meet specific eligibility criteria. The development is receiving funding through the NYC 15/15 and Extremely Low & Low Income Affordability (ELLA) programs. Supportive units will be available to residents with severe mental illness or substance use disorders through the NYC 15/15 program. Services will focus on maintaining housing stability, connecting tenants with healthcare providers, and supporting education and skill development. Additional programming will include cooking classes, healthy living guidance, free fresh food distribution, art classes, gardening, exercise programs, and trips to sporting and cultural events.

233 BUTLER STREET, GOWANUS, BROOKLYN SCOPE . HVAC, sprinkler, plumbing and electrical power, fire alarm design and construction administration PROJECT COST . WITHHELD Home / Commercial 233 BUTLER STREET, GOWANUS, BROOKLYN ARCHITECT . Union Street Studio PROJECT SIZE . 8,000 GSF PROJECT COST . WITHHELD SCOPE . HVAC, sprinkler, plumbing and electrical power, fire alarm design and construction administration Go Go The 104-year-old building at 233 Butler St., between Nevins and Bond streets, was the headquarters of the American Society for the Prevention of Cruelty to Animals in New York from 1913 to 1979. The 2-story 8,000 SF building was designed in Renaissance Revival style by Renwick, Aspinwall & Tucker. The building was purchased in 2016 by a group of developers and Altera Engineering was retained to assist in upgrade, enlargement and repositioning of the property to several unique food and beverage uses such as Public Records - a Hi-Fi Cafe, Bar and Sound Room. Altera Engineering provided MEP engineering design and approval services, working closely with architects and owners to upgrade building’s infrastructure and integrate state-of-the-art mechanical systems into the existing historic shell. To more precisely match occupancy profiles, mechanical systems for the dance club included a primary dedicated outdoor air system (DOAS) with heat recovery, and a secondary high efficiency variable refrigeration system.

The Altera team assists architects and designers with MEP, HVAC, Electrical, Fire Protection, Plumbing and Sanitary Engineering, Special and Progress Inspections Build With Us Go We are passionate about buildings and the transformative impact they have on people and communities. Our mission is to collaborate closely with designers, architects, and owners from the earliest stages of every project, integrating innovative and energy-efficient systems that enhance, rather than distract from, the architectural vision. At Altera Engineering, we pride ourselves on innovation, precision, and a commitment to sustainability. We push the boundaries of engineering technology, exploring new materials, energy-saving strategies, and smart building systems that reduce environmental impact and enhance long-term operational efficiency. Every project we undertake reflects our dedication to engineering excellence, attention to detail, and delivering results that inspire pride in both our clients and ourselves. We believe that thoughtful engineering is about more than meeting technical requirements—it’s about crafting solutions that blend form, function, and sustainability. Our approach prioritizes seamless coordination between mechanical, electrical, and plumbing systems to ensure they work in harmony with the design intent, creating spaces that are not only beautiful but also highly functional, comfortable, and efficient. Our passion is building better, smarter, and more beautiful environments. Together with our partners, we strive to create spaces that elevate the human experience, enhance the built world, and set new standards for design-driven engineering. Build with us! Go Featured Projects With decades of experience in engineering complex and inspiring projects, Altera Engineering understands that every building presents unique challenges and opportunities. By engaging early in the design process, we can anticipate potential obstacles, offer practical, cost-effective solutions, and optimize system performance while maximizing usable space. We prioritize clear communication, transparency about design trade-offs, and delivering on time all essential factors in driving project success.