At RAE, we believe effective project management, cost and schedule controls are critical to successfully delivering a project of any complexity.  RAE subscribes to the internationally recognized Project Management Institute (PMI) approach wherein the successful project addresses the key issues more effectively and efficiently while the projects are completed as per the scope and within the schedule and budget.

A list of key projects that have been successfully delivered to our valuable clients by our project managers, engineers, technicians and other dedicated staff of RAE:

Metrolinx is naming the Hurontario light rail transit (LRT) project as the Hazel McCallion Line, to commemorate the former Mississauga mayor.

Once in service, the 18-kilometre Hazel McCallion Line will bring a new, environmentally friendly and reliable method of transportation to a rapidly growing region. The new transit system will feature 19 stops, travel through two urban growth centres and connect to major transit systems including GO Transit (Milton and Lakeshore West lines), the Mississauga Transitway, Brampton Transit, ZUM and MiWay. The Hazel McCallion Line will operate in its own dedicated lane ensuring a smooth, reliable and convenient ride along the region’s busiest street. 

RAE is providing engineering (contractor's engineer) and construction services on utility, civil and structures to the JV since the bidding stage of this project in 2017.

RAE is part of the design-build team that finance, design, manufacture, construct, maintain, manage and operate a multi-dome sports complex at the Ballantrae Park located at 5592 Aurora Road in Whitchurch-Stouffville, Ontario, Canada.  The Sports Complex consists of two large Air-Supported Structural Domes and a Club House Facility providing space for multiple sports activities throughout the year.  The Sports Complex will have easy access from Aurora Road, parking spaces, restaurant and cafeteria, change rooms, public space and ample space for all-season multi-sport activities.   

RAE's Architectural, multi-disciplinary engineering team, RAE's construction arm along with the industry leading experts and vendors are working together to provide a a turn-key solution that will create positive change in the local community and create many employment opportunities for the local residents.  We are very proud to be part of the team and looking forward to the opening of the Sports Complex.

The Bramshott Sanitary Pumping Station (SPS) will pump the sewage via internal piping arrangements within the wet well and valve chamber and from valve chamber via a 250m long HDPE forcemain to the sanitary outlet at SANMH located on Cumberland Road, from where it will be directed to the Main SPS. The existing forcemain will be elongated in this contract making the total forcemain length 894m.  The SPS capacity also need to be significantly increased to support the imediate and future developments.

RAE's municipal engineering and tunnelling team has engineered and secured approval for the construction of the pumping station upgrades and forcemain extension to be installed by Horizontal Directional Drilling (HDD) Method.  RAE is awarded to construct the pumping station upgrades and forcemain. Construction and our construction arm is actively working on completing this project in early 2024.

The proposed development consists of a 930m2 (10,000ft2) cardiology and diagnostic centre (commercial development) for a reputed medical business in North America.  RAE has undertaken a Transportation Impact Study (TIS) to examine the impact of traffic generated by this new commercial facility and its access at nearby intersections and determine necessary road improvements.  RAE is also providing necessary civil engineering support required for the design and construction of this commercial development. 

The Line 2 development is located in the Town of Mono comprising of 311 Single family homes, 38 Townhomes, a stormwater block, wastewater block, water treatment & reservoir block, parks, and natural heritage area as detailed

RAE completed a water distribution analysis of the proposed development.   This includes creating a stand-alone water distribution network from the proposed water treatment plant to the proposed Line 2 development to service the development and run the model to verify the proposed water distribution network to achieve service criteria during Average Day, Peak Hour, Minimum Hour, and Fire Flow during Maximum Day demand.  RAE will be providing other civil/municipal engineering services for the design and construction of various municipal infrastructure required for this project.

Farmers Fishers Bakers is brought to you by Farmers Restaurant Group, a collection of restaurants majority owned by the more than 50,000 American family farmers of the North Dakota Farmers Union led by Mark Watne, and two lifelong restaurateurs, Mike Vucurevich and Dan Simons.

From the menu to the interior design, and everything in between, our restaurant operates, and is guided by, a very simple principal: we see and share everything Through The Eyes Of The Farmer. Here the source of your food matters. Our culinary team crafts dishes and drinks from scratch, and our team is always working to make sure you have a good time. We do all of this while continuing to focus on operating in a green, sustainable restaurant to protect the health of the land and waterways we all call home.  For more details, refer to https://www.farmersfishersbakers.com/

As part of the restaurant upgrades, the Restaurant Group is considering a spectacular retractable canopy system to boost its outdoor experience to its high-end customers.  The Restaurent Group chose RAE to deliver a turn-key solution for this retractable system comprising of 720 sqft retractable canopy system covering the prestige outdoor seating area, glass wall separating the seating area, LED lighting entire space, heating, fan, drainage, wind and snow response system and automation & controls.  RAE's architecture, multi-disciplinary engineering and construcgtion team is passionately working on this spectacular project and successfully secured some of the key approvals already and gearing up for fabrication.

A watermain is required to be installed crossing a tributory of the Rouge River regulated by the Toronto and Region Conservation Authority.  RAE's tunnelling team engineered and obtained permits and approvals for the watermain to be installed by Horizontal Directional Drilling (HDD) method of construction.  RAE's construction arm will be constructing this watermain.

The Mansion of King development is located on the north of King Road, east of Jane Street and known municipally as 2710 King Road (Subject Lands/site) in Township of King, York Region. The Proposed development is comprised of 65 single detached homes, 66 town houses, park, sewage pumping station (SPS) and storm water pond.

RAE is performing hydraulic analysis (InfoWater Pro) of the Regional water distribution system to ensure the system has the capacity to service this residential development and confirm the sizes and required modification of the water conveyance infrastsructure in coordination with the Township and the Region.  RAE also providing civil engineering and construction services for the design and construciton of a new sanitary pumping station and tunnel crossing (Horizontal Directional Drilling Risk Assessment) required for this development.  

RAE completed a water distribution system hydraulic analysis (InfoWater Pro) to verify the Halton Region Water Distribution system has capacity to service the mixed-use development located Main Street W and north of Tremaine Road (Regional Road 22). RAE also confirmed the size of the proposed watermain to service the development.   

A 3.5 ML Elevated Water Storage Tank is required in Town of Erin to support the imediate development in the Town.  RAE is providing civil engineeing and construction management support services required for detailed engineering and construciton of the Elevated Water Storage Tank.

Fitton Sanitary Pump Station needs flow measurement capabilities to confirm the current service capacity of the station.  RAE installed and commissioned a flow meter and providing technical support for flow data acquisition and interpretation. 

Detailed engineering, municipal/agency approvals, contract document preparation, tendering, bidevaluation and contract administration services required for the construction of a new sanitary pumping station complete with a wet well, emergency storage tank, valve chamber, control building with standby-generator and system integration into Town's SCADAsystem, Building Automation System (BAS) and Site Security System, site services and other components required for the safe operation of the station.

RAE leads the preparation of civil design drawings. contract documents including technical specifications, tender management and engineering support during the tendering process and help owner choose suitable construction contractor.  RAE will be supporting the construction contract once the project is ready for construction.

This project involves constructing a HydroVac material (non‐hazardous waste) processing facility in the City of Toronto.  The function of the new facility is to receive, process (dewater) and/or transfer non‐hazardous soil material from greenfield locations.  The new HydroVac material treatment facility (Facility) is designed to process an average of 600,000 L/day (158,500 Gallons/Day) of slurry with approximately 50% of solid and 50% of liquid in a two-shift operation (maximum) with a target throughput of 350 to 400 GPM, while the Maximum Operational Capacity is considered to be 400 GPM. As such, the Facility will have the operational capacity to receive and process up to 70 vacuum sucker trucks (8,000 to 10,000 Liter Capacity) per day.

RAE is providing process, mechanical and structural engineering services to obtain necessary permits and approvals and construct this facility.

RAE is providing hydraulic modeling and municipal engineering services in support of the servicing for the Base 31 Revitalization District in the Prince Edward County. 

RAE performs hydraulic modeling (InfoWater Pro) of the County's water distribution system to 1) Verify the proposed water distribution network to achieve service criteria during Average Day Demand, Maximum Day Demand, Peak Hour Demand,& Fire Flow during Maximum Day demand  2) Verify the impact on existing systems (Picton heights development) connected to the Picton HBPS based on Historic District Flows 3) Analyse the Free Chlorine Residual in the system. 4) Evaluate Heights Booster Station pump – system upgrade requirements

The design and construction of the interim sanitary pumping station will follow a four-phase approach. This will allow the interim pumping stations to be expanded to service the proposed development of the Base 31 Revitalization District (first two phases).

 Bal Harbour Shops marks its 55th year amidst a $550-million enhancement plan, including new retail and dining that will solidify the destination as a global luxury retail icon for decades to come. The expansion will add nearly 250,000 square feet to the open-air shopping center, nearly doubling Bal Harbour Shops’ current retail space to accommodate the lengthy waiting list of luxury stores that want to bring their exclusive brands to this premier shopping center.

The open-air shopping center includes a Mobile Mall (designed by LOT-EK) for selected luxury stores.  RAE is part of the Mobile Mall Project Team selected to design, fabricate and install a state-of-the art retractable roofing system.  This retractable roofing system has been designed and fabricated to withstand all weather conditions and can be easily disassembled and assembled anywhere in the United States of America.  Visit https://lot-ek.com/ for more details of the overall project.  

 Architectural, Preliminary Engineering, Detailed-Engineering, Permits & Approvals, Procurement, Construction and Commissioning of a 15,000 ft2 cold storage facility located in the Town of Grand Valley as a Consulting Engineering firm as well as an EPCM contractor.  The facility has 1,000 ft2 two story office space, 14,000 ft2 area with state-of-the-art cold storage rooms and refrigeration systems, building fire and HVAC systems, electrical system (500 Amps, 600V 3 phase), plumping, four truck docking areas, parking space, retaining wall between the building and Creek, 200mm diameter - 250m PVC watermain, 300mm diameter – 250m PVC sanitary sewer, underground stormwater management system complete with retention & oil grid separator, access from Industrial Parkway and various components for a fully functional cold storage facility.  RAE’s multi-disciplinary engineering arm and construction arm along with the industry leading experts are working together to provide a turnkey solution.  The facility is expected to be in operation in 2023. 

The Aurora magmeter facility rehabilitation project includes the rehabilitation of 43m of 1050mm diameter sanitary sewer and 9 associated maintenance chambers and associated appurtenances located on Yonge Street at Bloomington Road and Worthington Avenue in the Town of Aurora.

As Contractor's engineer, RAE performed inspections of the sanitary sewer and maintenance holes (Preliminary Inspection) which form the basis for the repair and rehabilitation requirements.  Upon completion of all preparation owrks for rehabilitaiton, RAE Team performed Post Preparation and Removals Inspection and provide comprehensive report to the Contractor and the Region of York.

The nation's capital is unique and its population is diverse. Older adults make up more than 11 percent of its residents, and that number is only expected to grow as D.C.'s boomers' age. Many older adults do not live near Metro stations, the report notes, and seniors in the District are the least likely group to own a car. Compared to the states, D.C. has the highest number of older adults living in multifamily homes. An older adult with a disability lives in more than a third of all age 50-plus households in the city. Read more at the source https://www.aarp.org/livable-communities/getting-around/info-2014/moving-an-age-friendly-dc.html

As part of facilitating more resources available for its residents, the American Association of Retired Personals (AARP) is upgrading its current facility in the Nation's capital. This work includes many building upgrades including the construction of a retractable roof within the existing rotunda on the top (8th) floor of the building located at 601 E St NW, Washington, DC 20004.

RAE's role includes architecture, engineering, City approvals, fabrication, and construction of a fully automated, retractable roof as a turn-key project at the AARP Facility.
    

Hometown Hillsdale is a new master-planned community.  Brought to you by three passionate builders of great communities, these home designs will have a look and personality as unique as the families that call this magical place home.  Please visit https://hometownhillsdale.ca for more details.

RAE has completed the hydraulic modeling of the entire water distribution network for the multi-phase development and completed all civil engineering deliverables required for the water storage tank, water treatment plant and wastewater treatment plant.  RAE will be part of the construction management team that will construct  the entire water and wastewater infrastructure required for this large development.

 “There is no property in our hamlet, nor in our town, that has a more storied existence than the Canoe Place Inn,” reads a Facebook post from the Hampton Bays Historical Society.
If the walls of the Canoe Place Inn could talk, which bygone era would they recall the tales? One can’t help but wonder about the decades spent dancing at the Hampton Bays landmark, just west of the Shinnecock Canal on Old Montauk Highway. It is, after all, the oldest inn in America.
We take a look back at some of the building’s highlights over the past few centuries. In the 1600s, a structure on the property was reportedly a trading station. An inn on the property dates back to the 1700s.
In 2018, one of the largest owners of commercial real estate on Long Island hosted a celebratory cake-cutting to mark the rebirth of the iconic venue. The event followed a 12-year approval process and celebrated the commencement of construction to restore the site. Read more at the source: https://www.danspapers.com/2020/08/reinventions-canoe-place-inn/)
RAE's role includes architecture, engineering, City approvals, fabrication and construction of a fully automated, retractable roof (approximately 2,200 sqft) as a turn-key project at the Historical Canoe Place Inn as part of the Reinventions of the Canoe Place Inn, the oldest Inn in America.
  

Detailed engineering, municipal/agency approvals, contract document preparation, tendering, bidevaluation and contract administration services required for the construction of a new sanitary pumping station and a tunnelled forcemain (horizontal directional drilling).  The pumping station will include a wet well, emergency storage tank, valve chamber, standby-generator and system integration into the Town of Stouffville/Region of York SCADAsystem, Site Security System, site services and other components required for the safe operation of the station.

RAE's role includes preparation of design drawings and full contract documents including technical specifications, tender management and engineering support during the tendering process and construct the tunnelled forcemain and the pumping station.  RAE will be beginning construction in late 2023.

New Holland Brewing Co. said Thursday, Oct. 27, it added a retractable roof to the all-season beer garden at its Grand Rapids brewpub The Knickerbocker, 417 Bridge St. NW. The outdoor beer garden is 1,150 square feet and can seat up to 70 guests.  

“We are thrilled to add to the functionality of the beer garden at our Grand Rapids brewpub,” said New Holland Director of Retail Operations Sheila Cunningham. “Regardless of rain, snow or even too much sun, this is a beautiful space for groups, special events or open seating.  “Our new space also invites guests with medical concerns who may feel uncomfortable dining inside to create savored moments year-round at New Holland.”

RAE's role includes architecture, engineering, City approvals, fabrication, and construction of a fully automated, retractable roof as a turn-key project at the Holland Brewerry.
    

The Rail Over Hurontario Street Bridge (Galt Bridge) is a slab on "I" girder bridge that carries Canadian Pacific Railway (CPR) traffic across the Hurontario Street in the City of Mississauga in four (4) continuous span with a total crossing length of 28m and maximum clearance of 4.6m. 

As part of the Hurontario Light-Rail Transit (LRT) project, the northbound and southbound Hurontario LRT tracks will be on either side of the middle pier of the Galt Bridge and no structural modifications to the bridge are expected.  The Galt bridge is expected to be part of a new station to be built in the near future (after the Hurontario LRT project).

RAE is currently performing condition assessment of the Galt Bridge.  As part of this exercise, RAE will also identify potential impacts to the bridge due to the construction and operation of the Hurontario LRT as well as the future station at this location and provide recommendations to the Hurontario LRT Project Team.

Detailed engineering, municipal approvals, contract document preparation, tendering, bide evaluation and contract administration services required for the construction of a new sanitary pumping station complete with a wet well, emergency storage tank, valve chamber, standby-generator and system integration into the Town of Georgina/Region of York SCADAsystem, Site Security System, site services and other components required for the safe operation of the station.

RAE’s role on this project involves the preparation of design drawings, process narrative and full contract documents including technical specifications, tender management and engineering support during tendering process and helping the owner choose a suitable construction contractor.  RAE will be managing the construction contract once the project is ready for construction.

The Island Wastewater Treatment plant has a rated average daily flow capacity of 365 m3/day. The final effluent is discharged into the subsurface Leaching Beds. Sewage from the residential dwellings is collected in a network of sewers and manholes, ultimately leading to the raw sewage pumping station (RSPS). From the RSPS, sewage is pumped into two treatment trains. Each train consists of an aerated equalization tank, a primary settling tank, a Rotating Biological Contractor (RBC) train, a final settling tank, and a sand filter. A portion of the settleable organic and inorganic particulates are removed through the primary treatment of sewage. Sodium Bicarbonate and Alum are injected into the primary settling tanks to adjust the wastewater pH and promote coagulation/phosphorus removal respectively. Dissolved organics and phosphorous are removed through the integrated primary settling/RBC and the final sedimentation tank. The effluent from the final settling overflows into the filter feed tank and then is pumped into the sand filters where wastewater is denitrified and high phosphorus removal is obtained. Alum and methanol are injected into the filters’ feed line to promote phosphorus removal and denitrification respectively. The tertiary effluent is discharged into a dosing tank where it is pumped into the subsurface leaching beds system. 

RAE installed a grounding system and commission the methanol pumping system required to promote the denitrification of the treated effluent.

Architectural, Preliminary Engineering, Detailed-Engineering, Permits & Approvals, Procurement, Construction and Commissioning of a 150,000 ft2 industrial condominium located in the Town of New Tecumseth as a Consulting Engineering firm as well as an EPCM contractor.  The facility has 23 industrial condominum units each with two story office space, manufacturing/warehouse space, building fire and HVAC systems, electrical system (600V 3 phase), plumping, docking areas, parking space, retaining wall between the building and Beeton Creek, 200mm diameter - 250m PVC watermain, 300mm diameter – 250m PVC sanitary sewer, underground stormwater management system complete with retention & oil grid separator, access from 5th Line and various components for a fully functional industrial condominium.  RAE’s multi-disciplinary engineering arm and construction arm along with the industry leading experts are working together to provide a turnkey solution.  The facility is expected to be in operation 2023. 

Detailed engineering, municipal/agency approvals, contract document preparation, tendering, bidevaluation and contract administration services required for the construction of a new sanitary pumping station complete with a wet well, emergency storage tank, valve chamber, control building with standby-generator and system integration into Town of Aurora/Region of York SCADAsystem, Building Automation System (BAS) and Site Security System, site services and other components required for the safe operation of the station.

RAE leads the preparation of design drawings. process narrative and contract documents including technical specifications, tender management and engineering support during the tendering process and help owner choose suitable construction contractor.  RAE will be managing the construction contract once the project is ready for construction.

Architectural, Preliminary Engineering, Detailed-Engineering, Permits & Approvals, Procurement, Construction and Commissioning of a 50,000 ft² cold storage facility located in the Town of New Tecumseth as a Consulting Engineering firm as well as an EPCM contractor.  The facility has 3,000 ft² two story office space, 48,000 ft² area with state-of-the-art cold storage rooms and refrigeration systems, building fire and HVAC systems, electrical system (800 Amps, 600V 3 phase), plumping, four truck docking areas, parking space, retaining wall between the building and Beeton Creek, 200mm diameter - 250m PVC watermain, 300mm diameter – 250m PVC sanitary sewer, underground stormwater management system complete with retention & oil grid separator, access from Industrial Parkway and various components for a fully functional cold storage facility.  RAE’s multi-disciplinary engineering arm, construction arm along with the industry leading experts are working together to provide a turnkey solution.  The facility is expected to be in operation in 2022. 

The Seventy-Six complex is the world's first triple net-zero (zero energy, zero water and zero waste) residential development with more than 250 affordable housing units by our development partner, South End Development.  This award-winning project revitalizes the community of the historic South End.  The Seventy-Six complex explores new boundaries in sustainable development while being environmentally conscious and economically and socially considerate.

The project location on Second Avenue is in the heart of the South End neighborhood. The mixed-use Complex features healthy, smart, eco-friendly environments. As proof of concept, this project exceeds state initiatives in sustainability and creates new opportunities for the local community. The Complex promotes well-being for every resident, partner, and employee. The Seventy-Six project represents a more robust and balanced ecosystem that will continue to be a positive impact on future generations.

RAE is part of the development team and leading the development of an affordable transit solution, traffic management, transportation demand management, parking, bio-gas cogeneration system, wastewater management system and the renewable energy components to support the development of this world's first triple net-zero development project in the Empire State.  Visit https://www.southenddevelopment.com/the-seventy-six/ for more details of this remarkable project and the entire development team.

This project involves the development of a Subway (Underground and Above Ground Railway) Design Standard for railway stations, corridors and infrastrucutre.  RAE is part of a consortium consisting of architectural and engineering firms that is dedicated to developing a comprehensive Subway Design Standard for this Crown Entity that owns, operates and actively expands the majority of the transit infrastrucutre across Ontario.  RAE's role on this assignment includes civil engineering and strucutral engineering components of the Subway Design Standard. 

 Architectural, Preliminary Engineering, Detailed-Engineering, Permits & Approvals, Procurement, Construction and Commissioning of a 82,000 ft² insulated panel manufacturing facility located in the Town of New Tecumseth as a Consulting Engineering firm as well as an EPCM contractor.  The facility has 4,000 ft² two story office space, a 78,000 ft² manufacturing floor with various semi-automatic machineries for manufacturing, chemical storage and handling area, 12 tonne crane system, complete HVAC system, electrical system (1200 Amps, 600V 3 phase), plumping, discharge stack, four truck drive ins, four truck docking areas, parking space, retaining wall between the building and Beeton Creek, 200mm diameter - 250m PVC watermain, 300mm diameter – 250m PVC sanitary sewer, stormwater management system complete with retention & oil grid separator, access from 5^th Line and various components for a fully functional facility.  RAE’s multi-disciplinary engineering arm and construction arm along with the industry leading experts are working together to provide a turnkey solution to Toronto Sheet Metal.  The design is complete and construction is in progress. The facility is expected to be in operation in 2021. 

The Sanitary Drop Structure Evaluation Study include the development and analysis of industry best practices for sanitary drop structures of all sizes and innovative rehabilitation options along with a review of the Region's existing drop structures.  Based on the findings and engineering for the proposed best drop structure, the design team is recommending a case study for an innovative rehabilitation method/technology, and propose a new standard for new construction of drop structures for the Region.