Civil Engineering

JSW+ boasts a longstanding commitment to providing exceptional civil engineering services across both mainland and island grounds at the Billy Bishop Airport, collaborating with Stolport, Porter, and the Port Authority for decades. Our recent endeavors focused on enhancing the Stolport facilities, incorporating a new Fixed-Base Operator (FBO) office, a car wash, and a cutting-edge plane hangar.

The comprehensive scope of our work encompassed crucial elements, starting with drainage improvements to ensure efficient stormwater management in alignment with new designs. This meticulous approach aimed at capturing existing runoff while safeguarding existing areas from the impacts of new construction. JSW+ also took the lead in providing essential sanitary sewers and watermains to the newly constructed buildings, seamlessly facilitating the increased demand brought about by these valuable additions.

An integral part of our service involved a meticulous analysis of the existing pumping station to discern whether upgrades were necessary to meet the evolving demands of the airport. Additionally, our team executed a strategic regrading and redesign of the parking lot and roadways, optimizing the layout to facilitate efficient drainage to new catchbasins and storm sewers. In essence, our multifaceted contributions to the Billy Bishop Airport grounds reflect our unwavering dedication to elevating infrastructure standards and ensuring the seamless integration of cutting-edge facilities.

JSW+ plays a pivotal role in the transformation of Toronto’s urban fabric with the construction of the innovative 41st Division Police Station at 2222 Eglinton Avenue East. As an essential member of the project team, we bring our extensive civil engineering expertise to shape the foundation of this groundbreaking facility.

Spanning 60,000 square feet and implemented in two progressive phases, the 41st Division Police Station stands out as a trailblazer by achieving the distinction of being Canada’s first net-zero emission police station. Our involvement covers every facet of civil engineering, from comprehensive site planning, grading, and servicing to intricate stormwater management.

Emphasizing sustainability, the project incorporates cutting-edge solutions such as geothermal heating, solar panels for electricity generation, and a sophisticated stormwater reuse system for irrigation purposes. JSW+’s meticulous planning ensures the seamless integration of these innovative technologies into the broader infrastructure, setting a new standard for environmentally conscious design in law enforcement facilities.

Our commitment extends beyond conventional civil engineering tasks, encompassing the facilitation of complex systems that contribute to the station’s sustainability objectives. As the 41st Division Police Station redefines the concept of modern policing, JSW+ stands at the forefront, providing the engineering backbone that aligns seamlessly with the visionary goals of this groundbreaking initiative.

JSW+ played a pivotal role in the comprehensive redevelopment of 270 Barton Avenue, where we spearheaded the creation of the St. Raymond and St. Bruno Elementary School. Collaborating with the Toronto Catholic District School Board (TCDSB), this project unfolded as a transformative venture. Our civil engineering prowess was instrumental in navigating the complexities of constructing a modern educational facility.

The project initiated with the meticulous demolition of an existing structure, setting the stage for a 3-storey, 4,328 m² architectural marvel. Our civil services commenced with intricate site servicing, encompassing water, storm, and sanitary systems. Through strategic planning and precise execution, we laid the groundwork for a robust infrastructure that aligns seamlessly with the demands of a contemporary educational institution.

Stormwater management took center stage in our comprehensive approach. JSW+ engineers delved into the intricacies of designing sustainable drainage solutions, ensuring optimal functionality while adhering to environmental standards. The outcome is a sophisticated system that effectively manages stormwater, safeguarding the school premises and contributing to broader sustainability goals.

Beyond the physical infrastructure, JSW+ actively engaged in comprehensive report writing, methodical contract administration, and rigorous on-site inspections. Our commitment to quality extended to precise quantity take-offs and navigating the intricate landscape of securing permits. This holistic approach resulted in the creation of more than a building—it’s an environment tailored for educational excellence.

From foundational groundwork to the minutiae of permits, JSW+ has left an indelible imprint on the landscape of St. Raymond and St. Bruno Elementary School. The result is a testament to our unwavering commitment to delivering cutting-edge civil engineering solutions that shape vibrant, sustainable, and functionally superior educational spaces.

In the vibrant landscape of Mississauga, JSW+ took center stage in the revitalization of 4600 Dixie Road, the esteemed Region of Peel Police Division 12. Our comprehensive civil engineering services unfolded as a symphony, orchestrating the rehabilitation of the existing 1-storey concrete building and sculpting a brand-new parking lot and landscaped area. This transformative venture demanded a meticulous blend of innovation and precision to infuse new life into the infrastructure.

Navigating the realm of civil engineering intricacies, JSW+ embarked on a multifaceted journey. Our expertise in drainage and stormwater management became the cornerstone of the project, involving sophisticated modeling, detailed report writing, and strategic permitting processes. We delved into the nuances of construction administration, steering the project toward excellence.

Storm sewer design and capacity analysis emerged as critical facets, ensuring the site’s resilience in the face of nature’s forces. Our team meticulously crafted servicing plans, offering a blueprint that harmonizes functionality with aesthetic appeal. The orchestration continued with the meticulous preparation of new asphalt profiles, curb designs, and the integration of sidewalks and landscaping.

JSW+’s commitment to excellence extended beyond conventional boundaries. We became architects of change, reshaping the landscape of Dixie Road through innovative storm sewer solutions and forward-thinking design. The legacy of our work at Region of Peel Police Division 12 stands as a testament to our dedication to elevating infrastructures with a vision that encompasses resilience, functionality, and aesthetic harmony.

Nestled in downtown Toronto, the Jack Layton Ferry Terminal serves as a vital hub for ferry transportation, connecting commuters to Toronto Islands. JSW+ undertook a comprehensive analysis of the terminal’s stormwater and sanitary conditions, addressing critical challenges and offering innovative solutions.

The intricacies of ferry operations presented a unique challenge, particularly in managing effluent discharge from the three ferries. The City of Toronto raised concerns about backups and surcharges impacting their infrastructure during these discharge events. JSW+ conducted a thorough examination, identifying issues and formulating precise design drawings to enhance the drainage system.

Our tailored recommendations aimed not only to resolve existing challenges but also to future-proof the sanitary capacity of the system. By addressing the complexities of ferry effluent discharge, we contributed to the resilience and efficiency of the Jack Layton Ferry Terminal, ensuring smooth operations and minimizing impact on surrounding infrastructure.

JSW+ has been a pivotal force in shaping the Humber College Campus in Toronto, with our commitment spanning various crucial projects since the early 1990s. From the Humber College Commons at Lakeshore Campus to the Link to Daycare and Roof Drainage Facilitation, our diverse civil engineering applications have significantly contributed to the campus’s growth and development.

The Humber College Welcome Center and Athletics site stand as testaments to our comprehensive approach, focusing on innovative and sustainable solutions. Our involvement extends beyond these projects, covering essential facets like the North Campus, Queen’s Plate, Parking Lot #6, and watermain replacement. Throughout our collaboration, JSW+ has showcased expertise in stormwater management, grading, site servicing, earthworks, watermain replacement, and comprehensive civil engineering services.

As stewards of the campus’s engineering legacy, we continue to prioritize the efficient integration of infrastructure, ensuring the seamless functionality and sustainability of Humber College’s dynamic educational environment. JSW+ remains committed to enhancing the campus landscape and supporting its evolving needs through our extensive civil engineering contributions.

JSW+ took center stage at Centennial Park within Exhibition Place, spearheading a pivotal project in 2019 focused on revitalizing the historic McGillivray Fountain. Tasked with conducting a detailed investigation, our team delved into the intricate aspects of drainage and water works to ensure a comprehensive restoration.

The project unfolded with a meticulous examination of drainage shortfalls, paving the way for strategic solutions in stormwater management. The scope expanded to include a sophisticated watermain installation plan, designed to feed the resplendent McGillivray Fountain. Employing advanced water main modeling analysis, JSW+ orchestrated the implementation of a new 150mm watermain, complete with curb stops, originating from a concrete bunker to ensure an optimal circulation jet supply for the fountain.

In addition to these infrastructure enhancements, our team introduced innovative measures to handle stormwater runoff effectively. New drain lines were seamlessly integrated into a purpose-designed infiltration trench, offering a sustainable solution to expel accumulated stormwater and groundwater runoff from the fountain during inactive periods. Notably, JSW+ went above and beyond by incorporating a contingency plan, introducing a new overflow system to address emergencies and manage excess runoff.

This comprehensive approach underscored JSW+’s commitment to marrying historical preservation with cutting-edge engineering solutions, contributing to the enduring legacy of Exhibition Place’s Centennial Park.

In 2006, JSW undertook a significant endeavor, spearheading the relocation of the historical Mimico Railway Station to its current site at 10 Judston Street in Etobicoke. While the station has undergone subsequent relocations since our involvement, JSW’s initial work laid the groundwork for establishing a new and enduring home for this historic landmark.

Our team orchestrated a seamless relocation process, showcasing our prowess in civil engineering to facilitate the construction of the new train station. The multifaceted project included the creation of detailed design drawings, comprehensive analysis, and insightful reports aimed at implementing water, storm, and sanitary services essential for the functioning of the railway station.

Beyond the station itself, JSW’s scope encompassed the careful grading of Coronation Park to optimize stormwater runoff. The stormwater management strategy employed forward-thinking techniques, incorporating Low Impact Development (LID) principles. Oversize v-bottom swales and a 1.5m deep infiltration trench, equipped with perforated storm sewers, were strategically integrated to enhance stormwater infiltration, showcasing JSW’s commitment to sustainable and innovative engineering solutions.

At 700 Mulock Drive in Newmarket, the transformative journey of the Newmarket Islamic Centre was shaped by JSW+’s comprehensive civil engineering services. Our commitment to excellence extended across a spectrum of crucial elements, including water, sanitary, and storm services, providing a foundation for the sustained functionality of the facility.

In the realm of water management, JSW+ initiated a robust water main modeling analysis, ensuring a resilient and efficient water distribution system. The stormwater infrastructure received meticulous attention, featuring the implementation of cutting-edge storm sewer design and capacity analysis. JSW+’s role further encompassed the formulation and execution of strategic stormwater management solutions, fostering resilience against environmental challenges.

The complexity of the project demanded a nuanced approach to sanitary engineering. JSW+ facilitated detailed sanitary sewer capacity analysis and design, contributing to the optimization of the facility’s wastewater management. Our involvement extended to the creation of comprehensive servicing plans, addressing the intricate network of sanitary systems and ensuring their seamless integration.

Construction management unfolded as a cornerstone of JSW+’s engagement, with active participation in the rehabilitation and enhancement of critical infrastructure. The integration of Low Impact Development (LID) techniques, such as infiltration trenches, showcased JSW+’s commitment to sustainable engineering practices, underscoring the project’s environmental consciousness.

Beyond planning, JSW+ played a central role in the development of tender documents, conducting rigorous inspections, and providing adept contract administration throughout the project’s lifecycle. The Newmarket Islamic Centre project stands as a testament to JSW+’s prowess in delivering holistic, innovative, and meticulously executed civil engineering solutions tailored to the unique needs of our clients.

At 60 Tiffield Avenue, JSW+ undertook a pivotal role in elevating the functionality and resilience of Toronto Water’s multifaceted facility. Our comprehensive civil engineering services were instrumental in addressing a spectrum of challenges and optimizing critical infrastructure elements.

The cornerstone of our engagement lay in stormwater management, where JSW+ conducted an in-depth review and analysis. The objective was to enhance the site’s drainage capacity, strategically accommodating new building additions, employee recreational areas, and revamped traffic management systems. The integration of innovative storm sewer design emerged as a key facet, aligning with our commitment to sustainable and effective water management practices.

The project’s scope extended to topworks, encompassing the meticulous planning and execution of asphalt, sidewalk, and curb enhancements. This holistic approach aimed to create a cohesive outdoor environment while facilitating new doorways and optimizing the overall site layout. JSW+’s role in the incorporation of new gates and ramps added an extra layer of efficiency and accessibility to the facility.

Navigating the complexities of the project, JSW+ was at the forefront of designing and implementing robust storm sewer systems, ensuring seamless integration with existing infrastructure. Our commitment to delivering innovative and resilient solutions was underscored by a thorough stormwater management review, aligning the facility with contemporary standards and future-proofing its operational capabilities.

Throughout the project lifecycle, JSW+ maintained an unwavering dedication to excellence. Beyond stormwater management, our role extended to comprehensive servicing plans, contributing to the seamless integration of storm sewer design and other critical infrastructure components. The 60 Tiffield Avenue project stands as a testament to JSW+’s ability to deliver tailored, forward-thinking civil engineering solutions that transcend conventional boundaries.

Lindvest Properties Limited embarked on a significant endeavor with the development of the 16.7-hectare Westown residential subdivision, located just south of Sheppard Ave West and approximately80m east of Weston Road. This expansive project, comprisingoftownhouses, semi-detached, and single-detached units, is strategically positioned alongside a CP Rail freight line and a newly emergingresidential community to the south. At the heart of the development, The Brownstones at Westownintroduce a revolutionary stacked townhome design, redefining the concept of urban living withinnovative architecture that promises to reshape the way residents experience townhome living.In collaboration with Lindvest Properties Limited, JSW+played a pivotal role in shaping the infrastructureof the Westown subdivision. Tasked with designing stormwater management systems, grading, municipalservices, road infrastructure, and a stormwater detention pond for storage, JSW+ensured thedevelopment’s functionality and sustainability. By integrating advanced engineering solutions andadhering to stringent regulatory standards, the project not only enhances the residential landscape butalso contributes to the overall livability and resilience of the community. As a testament to LindvestProperties Limited’s vision and JSW+’s expertise, the Westown subdivision stands as a hallmark ofinnovative urban development in the bustling West Toronto area.

In Oakville, Ontario, Dunpar Homes undertook the development of Trafalgar Ridge, an exclusive residential project spanning 1.629 hectares. Comprising 11 blocks and 112 townhome units, the development aimed to blend modern living with the serene Oakville landscape. JSW played a crucial role as civil engineers, spearheading the design of underground facilities, stormwater management systems, grading, and road layout. Additionally, JSW provided essential services such as functional servicing reports, contract administration, and secured a Ministry of Environment conformance certificate, ensuring regulatory compliance and the project’s sustainability.

The meticulous planning and execution by Dunpar Homes and JSW resulted in a thoughtfully designed residential community that seamlessly integrates with its surroundings in Oakville. By incorporating advanced stormwater management techniques and prioritizing functional servicing, the development not only enhances the quality of life for its residents but also contributes positively to the local environment. With its blend of modern amenities and natural charm, Trafalgar Ridge stands as a testament to responsible urban development in Oakville, Ontario.

Aspen Ridge Homes embarked on a prestigious venture, crafting a luxurious enclave of 32 townhomes nestled on a 0.7325-hectare plot situated between Dufferin Street and Forest Run Blvd in a coveted locale. Bordered by Benjamin Hood Crescent and Elderbrook Crescent to the south, the development enjoys a picturesque setting while being conveniently adjacent to a bustling commercial plaza to the north. Tasked with the critical engineering aspects, JSW took charge of designing the municipal servicing, stormwater management systems, grading, and road infrastructure for the northern section of Benjamin Hood Crescent, ensuring optimal functionality and regulatory compliance.

With meticulous attention to detail, JSW’s expertise extended to integrating state-of-the-art stormwater management solutions to mitigate environmental impacts and enhance the overall sustainability of the development. By harmonizing urban luxury with thoughtful engineering, this project not only elevates the residential landscape but also fosters a sense of community within the vibrant neighborhood. As a testament to Aspen Ridge Homes’ commitment to quality and innovation, this townhome development stands as a beacon of sophisticated living in the heart of its surroundings.

Genview Development Corporation embarked on the creation of Kingsview Manors, an exclusive community of 69 luxury homes sprawled across 20.24 hectares of picturesque land in the Township of King. Boasting stunning views of the Humber River and meticulously designed homes, Kingsview Manors stands as one of the most coveted residential addresses within the township. With a focus on blending luxury living with natural beauty, this development offers residents a tranquil haven amidst the scenic landscapes of King Township.

As the civil engineers entrusted with the project, JSW played a crucial role in designing the internal roads and services, grading, and a stormwater management facility to address storm runoff concerns. Tasked with ensuring the effectiveness of stormwater control measures, JSW’s expertise was instrumental in mitigating potential impacts on both the quantity and quality of stormwater runoff from the development. Through thoughtful engineering and adherence to regulatory standards, Kingsview Manors not only offers residents an unparalleled living experience but also sets a new benchmark for sustainable development within the Township of King.

Icon Architects embarked on the development of Presto Towns; a 1.655-hectare project located at 165 Tapscott Road in Scarborough. Comprising stacked townhouses and back-to-back stacked townhouse blocks, the development is strategically positioned at the southeast corner of Tapscott Road and McLevin Avenue, offering residents convenient access to amenities and transportation routes. To ensure the success of the project, JSW+ was engaged as the consultant to provide comprehensive engineering design services, focusing on servicing requirements such as storm and sanitary drainage, water capacity, and stormwater management.

Tasked with evaluating existing infrastructure capacities and determining necessary upgrades, JSW+ delivered a functional servicing report tailored to the needs of Presto Towns. By conducting a thorough stormwater management assessment, JSW+ identified surface drainage solutions and implemented storage measures in accordance with the City’s Wet Weather Flow Management Guidelines. Through their expertise and diligent analysis, JSW+ played a pivotal role in laying the groundwork for a sustainable and well-functioning development at Presto Towns, ensuring the efficient management of stormwater and servicing requirements for residents’ peace of mind.

Forest Green Homes presents the Leslie Street Subdivision, located at 16920 Leslie Street, strategically positioned south of Gorham Street, north of Mulock Drive, and west of Leslie Street. Encompassing a total land area of 15.31 hectares, including a 4.27-hectare woodlot, the proposed subdivision will feature 518 residential units. A significant portion of the woodlot, totaling 11.05 hectares, will be integrated into the development, preserving the natural landscape while offering a desirable living environment for residents. As the subdivision will be built in phases, careful planning and coordination will be essential to ensure the successful implementation of the project.

JSW+ has been entrusted with the critical task of providing a functional servicing report to assess the capacities of existing infrastructure and determine any necessary upgrades to support the development’s needs. Additionally, JSW+ has prepared a comprehensive stormwater management report, identifying the need for a stormwater detention pond. To mitigate thermal impacts on receiving water bodies, low impact development (LID) storm control measures will be implemented as part of the overall stormwater management strategy. Through collaboration and careful consideration of environmental factors, the Leslie Street Subdivision aims to harmoniously blend residential living with ecological preservation, creating a sustainable and vibrant community for future generations.

Neudorfer Corp. spearheaded the ambitious Davenport Subdivision project, envisioning a vibrant mixed-use development comprising 1,354 units at 900 Lansdowne Avenue. Covering an expansive area of approximately 4.52 hectares north of Dupont Street to Davenport Road between Lansdowne Avenue and the CN rail corridor, the project occupies a strategically located parcel in Toronto. To support the rezoning application, JSW+ took charge of providing the Master Functional Servicing and Stormwater Management Report, meticulously evaluating existing infrastructure capacities and determining necessary upgrades to accommodate the development’s needs. In addition to the rezoning support, JSW+ conducted a comprehensive stormwater management assessment, focusing on surface drainage and storage solutions to mitigate potential environmental impacts. As the design engineer for the project, JSW+ assumed a central role in the development process, ensuring the implementation of efficient and sustainable engineering solutions. Moreover, JSW+ provided a Derailment Protection Report, addressing railway setback requirements in collaboration with Metrolinx for all phases of the development. Through their expertise and thorough analysis, JSW+ contributed to the advancement of the Davenport Subdivision project while adhering to regulatory standards and enhancing the surrounding community’s livability and resilience. With Neudorfer Corp.’s vision and JSW+’s engineering prowess, the Davenport Subdivision promises to become a vibrant hub within Toronto’s urban landscape, fostering connectivity, sustainability, and economic vitality for years to come.

Anagni Home Limited embarked on the development of Mansard Gate, a charming 1.131-hectare community featuring 47 townhouse units nestled between Highway 48 (Markham Road) and Hammersly Boulevard, with the north side of Edward Jefferys Avenue serving as its boundary. Notably, the development incorporates a heritage house relocated to the southwest corner of the property, providing a touch of historical charm along Edward Jefferys Avenue. JSW+ played a pivotal role in ensuring the project’s success by providing a comprehensive functional servicing report to assess existing infrastructure capacities and determine necessary upgrades to support the development’s needs.

Recognizing the importance of effective stormwater management, JSW+ also conducted a thorough assessment and determined that stormwater detention storage is provided through a combination of box culverts and oversized storm sewers on the site. These measures facilitate proper drainage, with the sewer system directing runoff in a westerly direction towards Pond 6, Wismer Commons Stormwater Management Pond, located opposite the site on Edward Jeffreys Avenue. Through meticulous planning and diligent engineering, Mansard Gate not only offers residents a modern living experience but also ensures the sustainability and resilience of the surrounding environment.

Nivlog Development’s Greenbrae Circuit Townhouse Infill Development occupies a 0.1949-hectareproperty west of Markham Road, situated along the south side of Greenbrae Circuit opposite Sharbot Avenue. With the proposed townhouse block positioned at the western end of an existing commercial property, the project seeks to seamlessly integrate with the surrounding area while adhering to specific guidelines for infill development. To support the re-zoning and site plan application, JSW+ was enlisted to provide a functional servicing report, evaluating existing infrastructure capacities and determining any upgrades necessary to support the development’s needs. In addition to the functional servicing report, JSW+ conducted a comprehensive stormwater management assessment for the property. This assessment identified the need for a storage tank to accommodate drainage from the site and external areas of the adjacent commercial plaza. Furthermore, a drainage easement was deemed necessary to protect all units, while the installation of a stormceptor was recommended for water quality and run-off treatment, ensuring compliance with regulatory standards. By carefully addressing infrastructure and stormwater management requirements, Nivlog Development aims to create a harmonious and sustainable living environment for future residents of the Greenbrae Circuit Townhouse Infill Development.

Country Homes proposes a townhouse development comprising 133 units, with 15 designated as live/work units, situated on a 5-hectare parcel of land along the north side of Lakeshore Road East in Mississauga. The property’s unique positioning presents various challenges and opportunities, including abutting Cooksville Creek to the east, requiring adherence to an erosion setback limit, and neighboring the Canadian National Railway right-of-way to the north, necessitating a 30-meter setback from the closest building. Additionally, the development’s north boundary borders existing high-density residential apartment towers, while the south boundary abuts a commercial property featuring diverse stores and restaurants.

JSW+ has played a crucial role in supporting the project’s advancement by providing a functional servicing report to facilitate the site plan application process. This report evaluates the capacity of existing infrastructure and identifies any upgrades required to meet the demands of the proposed development, ensuring compliance with regulatory standards and community expectations. Furthermore, a comprehensive construction management report has been prepared to outline the implementation plan and maintenance procedures throughout the construction phase, emphasizing proactive measures to be taken before commencing site work and ensuring smooth project execution. Through collaborative efforts and meticulous planning, Country Homes aims to deliver a thoughtfully designed townhouse community that harmoniously integrates with its surroundings while meeting the needs of residents and adhering to the highest standards of quality and compliance.

High Gate, an exclusive residential community comprising 60 townhouse units arranged in 10 blocks, offers luxurious living in the serene neighborhood of Gorham-College Manor, York, Ontario, Canada. Spanning 1.55 hectares, the property is strategically located south of the Bogart Creek, providing residents with a tranquil natural backdrop. Surrounding the development are various landmarks, including the existing AMICA building to the northeast, single-family residential units to the west, and undeveloped cemetery lands to the south. Accessible via the private roadway, Doak Lane, High Gate promises residents both privacy and convenience in a coveted location.

To ensure the success of the project, JSW+ undertook the task of providing a functional servicing report, evaluating existing infrastructure capacities and identifying necessary upgrades to support the development’s needs. Additionally, JSW+ prepared a comprehensive stormwater management report, ensuring the property meets regulatory requirements by providing the necessary control outflow rate. A separate construction management report was also provided, reflecting the meticulous planning and attention to detail invested in every aspect of the project. Through thoughtful engineering and adherence to community standards, High Gate sets a new standard for luxury living in York, Ontario, offering residents a harmonious blend of comfort, convenience, and environmental stewardship.

Montevallo Developments is behind the proposed Brownstones on Wallace project, which aims to introduce a stacked townhouse community comprising 124 units. Recognizing the importance of efficient infrastructure, Montevallo entrusted JSW with the task of providing engineering designs to meet the development’s servicing requirements, encompassing storm and sanitary drainage, water capacity, and stormwater management. JSW’s scope of work included conducting a thorough assessment of existing infrastructure capacities and determining any necessary upgrades through a functional servicing report, ensuring the project’s seamless integration with the surrounding environment. In addition to servicing requirements, JSW undertook a comprehensive stormwater management assessment for Brownstones on Wallace. By evaluating surface drainage patterns and implementing suitable storage solutions, JSW addressed potential environmental concerns and contributed to the sustainability of the development. Through their expertise and meticulous approach, JSW played a pivotal role in laying the groundwork for a successful and functional community at Brownstones on Wallace, setting a new standard for urban living in the area.

In the vibrant vicinity of Yonge and St. Clair in Toronto, JSW assumed a pivotal role as civil engineers for The Jack, an esteemed condominium development by Aspen Ridge Homes. Our extensive involvement encompassed the comprehensive design of both underground and above-ground infrastructure across the entire site. From the initiation of the project, our team diligently undertook stormwater management, carefully designing systems to efficiently handle water runoff and ensure environmental sustainability. Servicing components, including watermain installation and sanitary sewer design, were executed with precision to meet the demands of the development.

Our role extended to contract administration, overseeing the intricacies of the project’s execution and ensuring compliance with established standards. The facilitation of groundwater and the preparation of functional servicing reports and stormwater management reports were integral aspects of our commitment to a robust and sustainable infrastructure. Furthermore, roadwork design was meticulously orchestrated to enhance both functionality and visual aesthetics. Our comprehensive approach contributed to fostering a well-coordinated and efficient environment for The Jack condominium project, located near the bustling intersection of Yonge and St. Clair in Toronto. By seamlessly integrating various civil engineering aspects, JSW played a pivotal role in ensuring the success and resilience of The Jack development in this prominent Toronto neighborhood.

At the bustling intersection of Markham Road and Bur Oak Avenue, JSW played a crucial role in overseeing the civil engineering aspects of the UV2 Condos project, a distinguished development by Greenpark. Our comprehensive involvement in this condominium project included designing and seamlessly integrating additional water, storm, and sanitary services into the property, with a particular emphasis on sustainable practices. Notably, our team orchestrated the installation of a stormwater retention tank, aligning with Greenpark’s commitment to environmentally conscious development.

A focal point of our civil engineering efforts was the meticulous regrading of specific sections of the property, ensuring optimized functionality and the harmonious alignment of infrastructure elements. Our team’s commitment to innovation extended beyond standard practices, incorporating solutions tailored to the unique demands of the UV2 Condos project. By integrating additional services and implementing sustainable stormwater management practices, we aimed to enhance the overall resilience and operational efficiency of the property.

Situated at 9506 Markham Road, Greenpark’s UV2 Condos exemplifies a harmonious blend of modern living and sustainable design, with JSW’s civil engineering expertise contributing significantly to the success of this vibrant condominium development.

At the heart of Toronto, JSW took a pivotal role in overseeing the civil engineering aspects of the Yorkwood Condos project, an esteemed development by CTN Developments, located at 2839 Jane Street. Our comprehensive involvement in this condominium project included the design and seamless integration of crucial water, storm, and sanitary services into the property, aligning with the high standards set by CTN Developments. Our commitment to innovation was underscored by the incorporation of sustainable practices, contributing to the project’s long-term environmental stewardship.

Notably, our team orchestrated the installation of key infrastructure elements, such as stormwater management systems, to ensure efficient water handling and environmental sustainability. The regrading of specific sections of the property was approached with meticulous attention, guaranteeing optimal functionality and a well-coordinated infrastructure layout.

Situated at 2839 Jane Street, Yorkwood Condos by CTN Developments epitomizes contemporary urban living, and our civil engineering expertise played a vital role in shaping the success and sustainability of this condominium development. Through our comprehensive services, we aimed to enhance the overall functionality, resilience, and environmental consciousness of the Yorkwood Condos property.

In the historic fabric of Toronto, JSW took on a pivotal role in overseeing the civil engineering aspects of The Essery Heritage Homes project, an exquisite development by Aspen Ridge located at 109 Niagara Street. Our comprehensive involvement in this heritage-inspired residential project focused on designing and seamlessly integrating essential water, storm, and sanitary services into the property. Recognizing the unique character of the area, our team worked diligently to align our solutions with the historical context while adhering to modern standards of excellence.

As part of our commitment to sustainable development, we implemented innovative practices in stormwater management, ensuring responsible water handling and environmental consciousness. The regrading of specific sections of the property was executed with precision, enhancing both functionality and the preservation of the site’s historical charm.

Situated at 109 Niagara Street, The Essery Heritage Homes by Aspen Ridge embodies a perfect synergy of heritage preservation and contemporary living. JSW’s civil engineering expertise played a vital role in shaping the success of this residential development, contributing to its functionality, resilience, and seamless integration within the historical fabric of Toronto.

At 840 Dupont Street in Toronto, JSW took a leadership role in the civil engineering aspects of a groundbreaking mixed-use development crafted by Emsatec. This dynamic project seamlessly integrates residential condominiums with commercial spaces, hosting a Food Basics grocery store and a Shoppers Drug Mart. Our comprehensive involvement spanned the design of both underground and above-ground infrastructure, addressing crucial elements such as sanitary sewers, watermains, and stormwater management.

Our focus on the intricate details of stormwater management across the entire site exemplified our commitment to sustainable development practices. Simultaneously, the engineering mandate for this project was clear – deliver a robust and integrated system that seamlessly aligned with the architectural vision. Our expertise extended to the strategic design and facilitation of sanitary sewers, ensuring the efficient and reliable function of essential utilities.

The mixed-use development at 840 Dupont Street stands as a testament to JSW’s commitment to engineering excellence, creating a harmonious blend of modern residential living and accessible commercial amenities. By orchestrating the integration of various infrastructure elements, our team played a pivotal role in shaping a vibrant and sustainable urban space that caters to the diverse needs of the community.

Situated at 141-153 Plains Rd West in Burlington, Ontario, our team currently undertakes the role of civil engineers to design the underground facilities for this property. This encompasses a comprehensive suite of civil engineering services, including meticulous planning and engineering precision to craft an effective and sustainable infrastructure beneath the site. Our commitment to excellence extends to various crucial aspects, incorporating the design and integration of sanitary sewers, watermains, stormwater management systems, and other essential utilities. We focus on delivering a robust underground system that not only meets the property’s specific needs but also adheres to the highest standards of functionality and efficiency. Our team’s expertise in stormwater management ensures responsible water handling, contributing to the sustainability of the infrastructure. Throughout the project, our meticulous approach to grading and site servicing plays a pivotal role in optimizing functionality and enhancing the overall resilience of the underground facilities. By orchestrating these diverse civil engineering services, we contribute to the creation of a well-coordinated and sustainable infrastructure beneath the property at 141-153 Plains Rd West in Burlington, Ontario.

Our distinguished civil engineering team served as the principal municipal engineers for the Shangri-La Hotel construction project located in Downtown Toronto, specializing in essential infrastructure elements. Our primary responsibilities encompassed the meticulous preparation of servicing drawings, which laid the groundwork for water mains, stormwater systems, sanitary facilities, and overall site grading. In the domain of servicing, we ensured the seamless integration of water mains and stormwater management, adhering to the highest municipal standards.

The intricacies of stormwater management were a core focus, as we implemented strategies to safeguard environmental considerations while guaranteeing the effective and sustainable functioning of the site. Our expertise extended to managing sanitary systems, contributing to the overall functionality of the hotel’s infrastructure.

Site grading was executed with precision, balancing the topographical nuances to create an environment that seamlessly combined functionality and aesthetic appeal. Throughout the project, our team played a central role in facilitating construction management, ensuring the smooth coordination of various elements, from water systems to grading.

Our comprehensive approach to municipal engineering for the Shangri-La Hotel construction project reflects our proficiency in addressing a spectrum of essential components, showcasing our commitment to excellence in every facet of municipal engineering projects.

As the key municipal engineers for the Ritz-Carlton project, our role was central to the successful development of a distinguished 44-story tower in downtown Toronto. Our expertise in municipal engineering encompassed a range of critical components, including the design and implementation of essential infrastructure. This involved meticulous planning and execution of sewer systems, water mains, road profiles, service connections, and drainage solutions to ensure the seamless integration of the Ritz-Carlton into the urban fabric. Our team’s strategic approach to stormwater management was particularly instrumental, addressing environmental considerations and contributing to the overall sustainability of the site. With a focus on the municipal engineering aspects, we played a pivotal role in enhancing the connectivity and functionality of the project, ensuring it adhered to the highest standards of urban infrastructure.

In our capacity as municipal engineers for the Novotel Vaughan project, our paramount focus was on shaping the intricate municipal engineering aspects of this notable development. Situated in the heart of Vaughan, our team played a central role in the meticulous design and implementation of critical infrastructure components. This encompassed the strategic planning and execution of sewer systems, water mains, road profiles, service connections, and comprehensive drainage solutions. Our expertise extended to the nuanced orchestration of stormwater management, addressing environmental considerations and fostering sustainability throughout the site. By concentrating on the municipal engineering intricacies, we contributed significantly to the seamless integration of Novotel Vaughan into the urban landscape, ensuring it adhered to the highest standards of municipal infrastructure while enhancing its overall connectivity and functionality.

Our pivotal role as civil engineers for the RBC Data Center and storage facility in Stratford, Ontario, underscored our expertise in a range of crucial services. In the realm of infrastructure design, we meticulously crafted roadways that ensured efficient access to and from the facility. Our commitment to sustainable development was evident in the strategic design of stormwater management systems, effectively mitigating potential environmental impacts. Earthworks were facilitated with precision, optimizing the site for functionality and practicality. Our comprehensive approach extended to the generation of servicing plans, encompassing storm, sanitary, and watermains to guarantee a robust utility network. Grading plans were carefully devised, harmonizing the site’s contours for both aesthetics and operational efficiency. Additionally, our team played a central role in facilitating service connections, ensuring seamless integration into the broader municipal infrastructure. Through these diverse civil engineering services, we fortified the foundation of the RBC Data Center, contributing to its operational excellence and long-term sustainability.

For the Canadian Film Centre in Toronto, our team at JSW took on integral civil engineering responsibilities with a primary focus on enhancing the water infrastructure. Our initial step involved modeling the existing watermain to assess its capacity for both domestic use and fire protection. Through a meticulous analysis, we determined necessary upgrades essential for meeting the evolving needs of the facility. Subsequently, our expertise came to the forefront as we facilitated the design of a new watermain, meticulously outlining the installation procedures, servicing plans, and detailed specifications. Acting as facilitators in contract administration and overseeing the construction phase, we ensured the seamless integration of the upgraded water infrastructure, contributing to the Canadian Film Centre’s enhanced operational capabilities and resilience.

For the Bank of Nova Scotia Eglinton East Campus Power Uplift project situated at 2201 Eglinton Avenue East in Toronto, our team took charge of vital civil engineering tasks for a substantial facility expansion. Assigned to construct a one-story brick building serving as a new utility facility, our involvement encompassed a comprehensive role in grading, servicing, and stormwater management. We diligently managed the permitting process and oversaw contract administration intricacies to facilitate the seamless integration of this facility addition. Through meticulous attention to grading and servicing requirements, implementation of effective stormwater management solutions, and adept guidance through permitting and contract administration, our team significantly contributed to the enhanced operational efficiency and overall resilience of the Bank of Nova Scotia Eglinton East Campus Power Uplift.

In our role as civil engineers for the Caesars Windsor Casino rehabilitation at 377 Riverside Drive East, our expertise was integral in orchestrating crucial stormwater management and drainage improvements, particularly focused on the main entranceway rehabilitation. The scope of our civil engineering services encompassed a multifaceted approach, requiring meticulous planning and execution. For stormwater management, our team implemented strategies to optimize water flow, preventing potential issues and ensuring the resilience of the site. Drainage improvements involved a detailed assessment and enhancement of existing systems, addressing any challenges posed by the rehabilitation efforts. Our focus on storm servicing for the main entranceway involved strategic planning and execution, considering the unique demands of a high-traffic area like a casino entrance. Through adept civil engineering solutions, we facilitated the successful rehabilitation of the Caesars Windsor Casino, ensuring not only aesthetic enhancements but also the long-term functionality and sustainability of the site.

In our comprehensive involvement in the rezoning and site plan application for the 99 Atlantic site, encompassing the surrounding area for Kevric, and notably featuring the 3 Brewers restaurant in Liberty Village, Toronto, our team spearheaded a wide array of critical civil engineering aspects. The scope of our services included stormwater management, grading, site servicing, and earthworks, demanding a strategic and thorough approach. For stormwater management, we implemented innovative solutions to efficiently handle water runoff, ensuring compliance with regulatory standards while enhancing the site’s sustainability. Grading considerations involved meticulous adjustments to the landscape, marrying functionality with aesthetic appeal. Our site servicing efforts comprised the intricate planning and execution of essential infrastructure, while earthworks were facilitated with precision to optimize the site for practical use. The comprehensive suite of civil engineering services undertaken for the rezoning and site plan application not only adhered to the highest standards but also contributed significantly to the successful transformation and functionality of the 99 Atlantic site and its surrounding areas, including the 3 Brewers restaurant in Liberty Village.

Situated at 2000 Argentia Road in Mississauga, JSW played a pivotal role as civil engineers in a critical watermain replacement project. Our dedicated focus centered on the development and execution of effective solutions for the replacement and upgrade of the existing watermain infrastructure at the site. This intricate project was initiated with the goal of not only meeting but exceeding the current standards for water supply systems. With precision and expertise, our team navigated the challenges inherent in replacing aged infrastructure, incorporating innovative techniques to ensure the project’s seamless execution. By enhancing the reliability and functionality of the water supply system, our efforts contributed significantly to the overall improvement of the local infrastructure. The project’s successful completion not only resulted in upgraded watermain infrastructure but also laid the foundation for a more resilient and efficient water supply system in the community.

JSW+ played a pivotal role in the comprehensive civil engineering services for the Amazon Facility situated at 75 Venture Drive in Mississauga. Our involvement spanned rezoning and site plan approval processes, where we spearheaded grading, servicing, and stormwater management initiatives. With a keen focus on precision, we actively contributed to report writing and specification preparation, facilitating the construction of this expansive 27,400 m² industrial facility.

A hallmark of our approach was the incorporation of low-impact development (LID) techniques, notably through the strategic integration of infiltration trenches. These environmentally conscious features aimed at enhancing overall conditions on the site, aligning with our commitment to sustainable engineering practices. JSW+ continues to stand as a driving force in shaping industrial landscapes, ensuring that each project not only meets but exceeds the highest standards of functionality, environmental responsibility, and community impact.

JSW+ has been a stalwart contributor to the evolution of the Stellantis and Chrysler Auto Assembly plant at 2000 Williams Pkwy, Brampton, since the mid-’90s. Our extensive involvement encompassed designing site services, grading, and implementing innovative stormwater management solutions, including infiltration trenches, ponds, and various subsurface storm conveyance systems.

During the rezoning, official plan amendment, and site plan amendment phases, JSW+ played a pivotal role. We engaged in comprehensive stormwater modeling, drawing preparation, detailed design, report writing, and specification development, ensuring compliance with Ministry of Environment Environmental Compliance Approvals (ECAs).

In a more recent undertaking, JSW+ contributed to the reconfiguration of the site, facilitating building additions and the installation of a rail spur line to streamline cargo movement. Our enduring commitment to the Stellantis and Chrysler Auto Assembly plant project exemplifies JSW+’s dedication to sustainable, functional, and resilient industrial landscapes over the years.

Our involvement in the Scarborough BMO SCC project focused on the initial parking lot expansion in2006 as well as the recent expansion in 2020. The recent work consists of regrading of the site to facilitate the seamless installation of underground utilities, ensuring minimal conflict and smooth integration. As civil engineers, our primary task revolved around optimizing the terrain to accommodate the necessary infrastructure adjustments without disrupting the ongoing operations or causing disturbances to the surrounding area. This project aimed to enhance the site’s functionality by strategically addressing potential conflicts between the new utilities and the existing landscape. Furthermore, we provided drainage improvements to the site by facilitating new overland conveyance mechanisms, low impact development devices in the form of infiltration trenches, as well as additional groundwater and stormwater minor systems.

JSW+ played a pivotal role in collaboration with Hopewell for the development of a commercial and industrial facility located at 2095 & 2105 Matheson Boulevard East in Mississauga. This project, consisting of two buildings with dimensions of 5,628 m² and 5,000 m², showcases our comprehensive civil engineering services.

Our involvement spanned the meticulous design of site services, addressing storm, sanitary, and water requirements, and the implementation of tailored stormwater management solutions for each building. Through rezoning, official plan amendment, and site plan amendment phases, JSW+ contributed crucial expertise, ensuring regulatory compliance and the seamless progression of the project.

Detail-oriented throughout, we prepared comprehensive stormwater modeling, drawings, and specifications, facilitating approvals from the Ministry of Environment. This endeavor exemplifies JSW+’s commitment to excellence in civil engineering, delivering cutting-edge solutions for enhanced functionality and sustainability in this Hopewell-led commercial and industrial space at 2095 & 2105 Matheson Boulevard East in Mississauga.

JSW+ played a pivotal role in advancing the stormwater management infrastructure at the ArcelorMittal industrial site in Hamilton, situated at 1330 Burlington St E. Our comprehensive approach involved a detailed stormwater management investigation to assess the existing conditions, identify necessary upgrades for enhanced drainage, and ensure compliance with Ministry of Environment regulations.

Engaging in rigorous stormwater management modeling, our team conducted a thorough analysis of the existing stormwater management weirs. This data formed the basis for a comprehensive stormwater management brief, detailing modeling results and providing actionable recommendations.

In collaboration with ArcelorMittal, JSW+ navigated the regulatory landscape, applying for Environmental Compliance Approval (ECA) updates with the Ministry of Environment. This project showcases our commitment to delivering tailored solutions in civil engineering, ensuring sustainable and efficient stormwater management for industrial facilities like ArcelorMittal in Hamilton.

JSW+ played a pivotal role in advancing stormwater management infrastructure at the Atlas Tube facility for Zekelman Industries, situated at 200 Clark Street in Harrow, Ontario. Similar to our work at ArcelorMittal, our comprehensive civil engineering services included a detailed stormwater management investigation to assess existing conditions, identify necessary upgrades for enhanced drainage, and ensure compliance with Ministry of Environment regulations.

Situated on a 23.70-hectare parcel of land, the Atlas Tube facility operates as a division of Zekelman Industries, the largest independent steel pipe and tube manufacturer in North America. The facility, founded in 1984, manufactures and processes structural steel tubing and steel pipe. The building has undergone multiple modifications, including additions and site expansions.

Our involvement included conducting stormwater management modeling, analyzing existing stormwater management weirs, and preparing a stormwater management brief with recommendations. Working in collaboration with the Town of Essex and addressing complex logistical challenges, we applied for Environmental Compliance Approval updates, aligning with the facility’s growth.

Our commitment to excellence in civil engineering is evident in our tailored solutions for Atlas Tube, ensuring optimal functionality and compliance with environmental regulations. The project stands as a testament to JSW+’s ability to deliver sustainable and efficient stormwater management solutions for industrial facilities.

JSW+ played a pivotal role in the development of the new TR2 data center, strategically located adjacent to the existing TR1 Equinix Data Center at 151 Front Street West. Our comprehensive civil engineering services comprised intricate site servicing, stormwater management, grading, and detailed report writing. Additionally, we undertook watermain modeling and meticulously prepared drawings to facilitate the seamless construction of the cutting-edge data center.

Successfully navigating the intricate web of zoning regulations and site plan approvals, we spearheaded the Zoning By-law Amendment (ZBA) and Site Plan Amendment (SPA) processes. This strategic facilitation ensured compliance with regulatory requirements and laid the groundwork for the new building.

While construction plans were temporarily put on hold, our completed design remains a testament to JSW+’s unwavering commitment to excellence in civil engineering. This project signifies our expertise in delivering comprehensive solutions for advanced data center developments, contributing to the future growth and operational efficiency of Equinix’s infrastructure at 151 Front Street West.

JSW+ has played a integral role at the 3500 Steeles Avenue East site in the City of Markham for decades, demonstrating our enduring commitment to excellence in civil engineering. Initially involved in the site’s original design and construction, our comprehensive services included roadway design, parking lot composition, watermain installation and modeling, sanitary sewer capacity analysis and design, stormwater management modeling, and storm sewer installation. Our expertise contributed to creating a robust infrastructure that accommodates diverse tenants, including industry leaders such as IBM and TD Bank.

In 2021, Canderel once again entrusted JSW+ with a critical project at the site. We were retained to rehabilitate over 2.1 km of firemain, showcasing our dedication to the long-term functionality and safety of the facility. Additionally, we provided design expertise and oversaw contract administration for the installation of a new 150m domestic backup watermain, further enhancing the site’s resilience.

This ongoing partnership underscores JSW+’s ability to deliver comprehensive and sustainable civil engineering solutions. Our work at 3500 Steeles Avenue East continues to be instrumental in supporting the operational needs of multiple tenants and ensuring the site’s infrastructure remains at the forefront of industry standards.

JSW+ has once again demonstrated its expertise in civil engineering by contributing to the expansion of the TOR1 data center, owned by Digital Realty, in Vaughan, Ontario. Tasked with providing comprehensive civil services, including site servicing, stormwater management, grading, and detailed report writing, we played a crucial role in supporting the lead consultant’s efforts to secure Zoning By-law Amendment (ZBA) and Site Plan Approval (SPA) for the construction of a new data center building.

In this project, we extended our proven track record in designing and implementing critical infrastructure components such as a new cul-de-sac roadway and designated pads for generators and GCBs. Our collaborative approach with Digital Realty aimed to facilitate the seamless integration of these essential elements into the existing TOR1 facility, ensuring a cohesive and resilient data center environment.

By leveraging our extensive experience and commitment to excellence, JSW+ continues to be a trusted partner in advancing the capabilities and infrastructure of Digital Realty’s TOR1 data center. Our contribution aligns with the industry’s highest standards, supporting the growth and operational efficiency of this critical facility.

JSW+ played a pivotal role in the development of an affordable housing project at 2 Bicknell Avenue in Toronto, in collaboration with VanMar Constructors. The project, consisting of four low-rise back-to-back townhouse blocks with a total of 52 units, underscores our commitment to contributing to community development.

Our comprehensive civil engineering services encompassed various crucial aspects, including watermain modeling, stormwater management servicing, construction inspection, contract administration, tendering, quantity takeoffs, pumping station design, service connection facilitation, permitting, groundwater facilitation, and irrigation design. These efforts were instrumental in obtaining Zoning By-law Amendment (ZBA) and Site Plan Approval (SPA), showcasing JSW+’s dedication to facilitating projects in partnership with esteemed organizations like VanMar Constructors and addressing housing needs in a sustainable and community-focused manner.

By leveraging our extensive expertise in civil engineering, we actively supported the successful realization of this affordable housing initiative, reflecting our commitment to creating resilient and inclusive communities in Toronto.

JSW+ played a pivotal role in collaboration with Elm Developments for the construction of an impactful residential project at 329 & 343 Carrville Road in Richmond Hill, Ontario. This undertaking comprised the development of 18 townhouse units with a shared 8m wide roadway, reflecting our commitment to innovative and sustainable housing solutions.

Our comprehensive civil engineering services for this project encompassed essential aspects, including watermain modeling, stormwater management servicing, construction inspection, contract administration, tendering, quantity takeoffs, pumping station design, service connection facilitation, permitting, groundwater facilitation, and irrigation design. Notably, our collaboration extended to working closely with the York Region to conduct a sanitary downstream analysis, ensuring that the regional sewers could effectively accommodate the additional influx in sanitary effluent from the site.

This project stands as a testament to JSW+’s dedication to delivering holistic and community-centric solutions in partnership with esteemed developers like Elm Developments. Our expertise in civil engineering played a pivotal role in realizing the vision for this residential development, contributing to the vibrant landscape of Richmond Hill.

JSW+ played a pivotal role in collaboration with Emsatec Canada for the construction of a significant residential project at 26 Ernest Avenue in Toronto. This project comprised the development of three blocks of back-to-back townhouse units, totaling 67 units, highlighting our commitment to delivering innovative and sustainable housing solutions.

Our comprehensive civil engineering services for this project encompassed critical aspects, including watermain modeling, stormwater management servicing, construction inspection, contract administration, tendering, quantity takeoffs, pumping station design, service connection facilitation, permitting, groundwater facilitation, and irrigation design. By leveraging our expertise, we navigated the complexities of urban development, contributing to the success of this townhouse project.

This collaboration serves as a testament to JSW+’s dedication to delivering holistic and community-centric solutions in partnership with esteemed developers like Emsatec Canada. Our commitment to excellence in civil engineering played a pivotal role in bringing this residential development to fruition, enriching the urban fabric of Toronto.

JSW+ played a vital role in collaboration with Fieldgate for the construction of a prominent residential project at 90 Niagara Street, featuring a distinctive five-storey condominium in Toronto. This development showcased our commitment to delivering innovative and sustainable housing solutions, contributing to the city’s urban landscape.

Our comprehensive civil engineering services for this project encompassed crucial aspects, including watermain modeling, stormwater management servicing, construction inspection, contract administration, tendering, quantity takeoffs, pumping station design, service connection facilitation, permitting, groundwater facilitation, and irrigation design. Leveraging our expertise, we navigated the intricacies of urban development, enhancing the success of this condominium project.

This collaboration stands as a testament to JSW+’s dedication to delivering holistic and community-centric solutions in partnership with esteemed developers like Fieldgate. Our commitment to excellence in civil engineering played a pivotal role in realizing the vision for this condominium development, enriching the architectural fabric of Toronto.

In partnership with Neudorfer Corporation, JSW+ played a pivotal role in shaping the urban landscape at 1349 Bloor Street West in Toronto. This transformative project involved the construction of a remarkable 15-storey high-rise condominium, reflecting a harmonious blend of modern design and functionality.

Our comprehensive civil engineering services for this high-rise development covered a spectrum of crucial aspects. From meticulous watermain modeling and stormwater management servicing to construction inspection, contract administration, tendering, and quantity takeoffs, we ensured a seamless integration of vital infrastructure. Additionally, our expertise extended to pumping station design, service connection facilitation, permitting, groundwater management, and irrigation design.

The success of this collaboration exemplifies JSW+’s commitment to delivering holistic and community-centric solutions, showcasing our dedication to excellence in civil engineering. By contributing to the realization of this high-rise condominium, we continue to shape the evolving skyline of Toronto in collaboration with respected partners like Neudorfer Corporation.

In collaboration with Jame Financial, JSW+ played a key role in the development of 1912 Avenue Road, an architectural gem in the heart of Toronto. This project involved the construction of a four-storey commercial building with retail at grade, fronting onto Avenue Road and Brooke Avenue. The basement level was utilized for storage and mechanical purposes, contributing to a total floor area of 2,457 m2.

Our comprehensive civil engineering services catered to the unique needs of this project. From strategic watermain modeling and stormwater management servicing to facilitating construction inspection and ensuring compliance with regulations, JSW+ ensured the seamless integration of essential infrastructure. Despite the absence of dedicated parking spaces, the building’s proximity to a large Green P parking facility and excellent public transit access enhanced its accessibility.

The distinct architectural design, featuring different cube volumes with a contrast of sleek and coarse materials, adds a touch of sophistication to Avenue Road. JSW+’s contribution to this project exemplifies our commitment to excellence and innovation in civil engineering, contributing to the vibrant urban fabric of Toronto.

In the heart of Toronto’s urban transformation, Emsatec Canada’s American Standard project stands as a testament to visionary development. Spanning three distinct phases over 1.5 decades, from the early ’90s to the mid-2000s, this iconic site at 800 Lansdowne Avenue witnessed the rise of six high-rise towers, each a unique blend of residential and commercial space. As the dedicated civil engineering force behind this ambitious endeavor, JSW+ meticulously orchestrated the integration of crucial infrastructure.

Our involvement extended beyond traditional engineering, encompassing the intricate dance of urban planning, stormwater management, grading, and intricate servicing plans. From navigating zoning complexities to designing roadways that seamlessly connect the various phases, JSW+ played a pivotal role in shaping the physical and functional landscape of the American Standard development.

The result is a vibrant community where modernity meets functionality, a blend of sleek architecture and thoughtful urban planning. From the 6-storey structures harmonizing with the neighborhood to the commanding 15-storey towers that mark the skyline, JSW+’s contributions echo through every facet of this urban masterpiece. American Standard is not just a collection of buildings; it’s a living, breathing testament to the collaborative efforts that shape the urban environment.