H.Y. Engineering Ltd. was involved with this project from initiation to completion including planning services to coordinate the rezoning and subdivision of the property with the City, and preliminary design of the subdivision layout and servicing concepts and alternatives. On-site and off-site design services included lot grading design, stormwater control plans, site servicing, roadworks with bus bay, and complex retaining walls. Erosion and Sediment Control (ESC) design, ESC monitoring, and construction inspection services were also provided for this project.
This large multi-phased development, situated on Burke Mountain in Coquitlam, presented unique grading and stormwater retention and infiltration challenges due to the steep slope of the mountain. H.Y. Engineering coordinated with the City of Coquitlam Planning and Development Services Departments to obtain a Development Permit for the project, which included the preparation of the site servicing concept. H.Y. Engineering also provided engineering services for detailed design of the servicing and roadworks required for this project, as well as Erosion and Sediment Control (ESC) design and monitoring.
H.Y. Engineering was invited to act as prime consultant for the parking lot expansion at the Langley Memorial Hospital. H.Y. Engineering Ltd. worked with the Township of Langley to obtain engineering and planning requirements and approvals for the expansion. On-site design services involved storm sewer drainage design, and roadworks drawings with parking lot layout, line markings, and grading details. The use of rain gardens for stormwater treatment, retention, and infiltration purposes were incorporated into the design. H.Y. Engineering Ltd. put out the call for tender of the civil, electrical, and landscape construction aspects of the project and provided contract administration and coordination on behalf of the Langley Memorial Hospital Foundation. The project met all Township standards and completed in 2014 with 710 new parking spaces for the hospital.
This subdivision included the creation of 9 single family residential lots. The existing house on the property was retained on one of the new lots and the overall subdivision concept has maintained the half acre (gross) lot size in the neighborhood. In addition, our subdivision design also includes a concept that will interface with future development on the north side of 27th Avenue.
The site servicing included significant road upgrades as well as the construction of a new cul-de-sac bulb. The ultimate site grading was addressed through minimal retaining walls in order to address undeveloped neighboring properties. In addition, the development also required full storm sewer, sanitary sewer, and water main upgrades in order to service the current and future development. Tree preservation was a concern in this area and a significant number of trees were retained with covenants and unique building envelope designs.
The subject site is adjacent to the Sunnyside Acres Urban Forest Park (located on the east side of 144th Street) and also includes a greenbelt area located at the rear of the proposed lots (dedicated to the City as parkland). This greenbelt is in addition to the existing greenbelt that is running east to west and serves as a connection to the Sunnyside Areas Park for wildlife and pedestrian traffic.
This project required close interaction with the neighboring property owners in order to develop a concept that is consistent with the immediate and surrounding areas as well as ensuring proper interface with existing and future development.
This is a 24 Unit Townhouse in- fill Development located in North Surrey in which H.Y. Engineering Ltd. contributed to the on and off-site design of this development. The off-site design included liaison with the Department of Fisheries and Oceans (DFO) in order to gain approval for a storm outfall into the creek and the build of a walkway across the fisheries watercourse into the large dedicated park. Further, as a part of the off-site design, H.Y. Engineering Ltd. designed the extension of the storm and sanitary sewers through the residential lane.