Design

Abb Transformers

This project involved the structural design and analysis of crane-lifting lugs for industrial transformers manufactured by ABB. The transformers were designated for an offshore location, necessitating a robust design capable of withstanding adverse weather conditions and meeting rigorous client-specific standards. The primary challenge was to ensure the lugs could safely handle operational stresses during lifting while adhering to strict geometric and material constraints. My Scope of Involvement & Design Process As the lead structural engineer for this component, my responsibilities encompassed the full design lifecycle, demonstrating comprehensive knowledge of materials, operational requirements, design constraints, and inter-disciplinary coordination.

Design

Sunday, February 23, 2020 | 3 minutes Read

Maclean Park Air Monitoring Station

Metro Vancouver commissioned the development of a new air quality monitoring station at MacLean Park, 710 Keefer Street, Vancouver, BC. The core requirement was to elevate an “Airpointer + PM” model air quality monitor (Thermo 5030 Sharp and SO2 analyzer), weighing approximately 400 lbs, to a height of 5 meters. This specific elevation was critical for obtaining accurate air quality samples from the surrounding areas. The project presented several unique engineering challenges that my structural design needed to address:

Monday, December 23, 2019 | 4 minutes Read

Lngc Construction Village

LNG Canada is a co-venture between Shell Canada, Petronas, Diamond LNG Canada Ltd. (Mitsubishi), Kogas Canada LNG Ltd. (Korea Gas) and Brion Kitimat LNG Partnership (PetroChina) to develop a liquefied natural gas (LNG) facility on the north coast of British Columbia. The project includes the design, construction and operation of a natural gas gathering system in northeast BC, a pipeline to Kitimat, and at Kitimat a liquefaction terminal and marine off-loading facilities.

Design

Monday, December 23, 2019 | 2 minutes Read

LNGC Non-Process Buildings

As a Structural Design Engineer on the LNGC Non-Process Buildings project in Kitimat, BC, I was integral to the development of critical infrastructure. The project encompassed the design and construction of several key facilities, including the foundations for a new Pre-Engineered Steel Building (PESB) for the materials warehouse, a central workshop, and artic corridor walkways connecting all site buildings. The structural scope was extensive, involving large-scale reinforced concrete foundations and retaining walls designed to withstand challenging site conditions.

Design

Wednesday, October 23, 2019 | 3 minutes Read

Lower Seymour Watershed Admin Building

Design engineer responsible for the foundations of architecturally expressive administration building, consisting of an entry space, office workspaces, a multipurpose area and various rooms. The pitched roof structure will be constructed in cross-laminated timber and will have a number of significant overhangs.

Design

Wednesday, October 23, 2019 | 1 minute Read

Powell River Wastewater Treatment Plant

Project Type: Consolidated Wastewater Treatment Plant Location: Powell River, BC My Role: Structural Designer As a key structural engineering contributor to the Powell River Wastewater Treatment Plant (WWTP), I applied my expertise to this vital community infrastructure project. The facility comprises two main structures: an administration building and a process building. My responsibilities encompassed the detailed design of diverse structural elements utilizing concrete, masonry, steel, and wood-frame construction. I engineered a prominent feature of this facility: a structure incorporating a raft slab foundation supporting a two-storey concrete building, an engineered structural steel roof, and a wood-framed canopy designed for a future green roof.

Sunday, October 20, 2019 | 8 minutes Read

Back Road Inlet Debris Deflector

The existing stormwater run-off inlet structure was experiencing significant operational challenges due to frequent blockages caused by debris. This issue posed a considerable risk of flooding to adjacent properties, necessitating an engineered solution to improve debris management and enhance flood protection. My Scope of Involvement I was tasked with designing a robust and efficient solution to mitigate debris blockages at the stormwater inlet. My primary responsibility was to develop a new debris deflector system and conceptually integrate it with other flood protection measures, such as extended berms. This involved a comprehensive approach, from conceptualization to detailed design, ensuring the new structure would significantly outperform the existing trash rack.

Monday, September 23, 2019 | 3 minutes Read

Aberdeen Lake Dam Upgrades

The Aberdeen Lake Dam, an earthen dam originally constructed in approximately 1908 and previously modified in 1964, required extensive repairs and modifications to ensure its long-term safety and operational efficiency. This project was undertaken for the Regional District of North Okanagan. The scope involved a partial removal and replacement of the existing earthen dam structure, replacement of the low-level outlet pipe, and the installation of a new vertical gate, accompanied by a new gate chamber and access shaft. A critical design parameter was the requirement for all modifications to support a potential future 5-meter rise in the reservoir’s water level.

Design

Monday, September 23, 2019 | 3 minutes Read

Four Winds South Bend Casino and Hotel

603,000 sq ft | Multiphase casino project | 23 stories | Estimated 2023 Structural FeaturesPhase One consists of 175,000 sf of casino gaming, completed in 2018.The casino is constructed of structural steel framing with a braced frame lateral system.Phase Two adds a 23-story, 317-room hotel, designed using flat-plate floors and concrete shearwalls. The hotel’s second level includes a ballroom, meeting spaces, and a full day spa. The third level has an outdoor amenity deck with swimming pool, bar, and rooftop lounge.

Design

Thursday, August 23, 2018 | 1 minute Read

Georgia Aquarium Predator Exhibit

10,000 sq ft | $126 million | 4 stories | Completed in 2020 Structural FeaturesOne of the largest expansions of the Georgia Aquarium to date, the new predator exhibit adds 10,000 sf of gallery space and redesigns the aquarium’s main entrance.The expansion’s saltwater tank is designed to feature sharks and holds over one million gallons of water.Floor to ceiling acrylic windows provide visitors an immersive experience while learning about the apex predators.Uzun + Case designed the original aquarium structure, and since its grand opening in 2005, Uzun + Case has been the structural engineer for numerous expansion and renovations, including the Dolphin Theater.

Design

Thursday, November 23, 2017 | 1 minute Read

Mississippi Aquarium

250,000 sq ft | $40 million | 3 stories | Completed in 2020 Structural FeaturesSitting on 5.8 acres, the aquarium is comprised of 7 buildings and 6 exterior exhibits connected by landscaped walkways.The 3-story main building is concrete framed with integral 29-foot deep concrete exhibit tank. All the concrete exhibit tanks are designed in accordance with ACI 350 for water-tightness and durability.LSS equipment is within an exterior yard with an underground pumped drainage system and a perimeter wall designed to hold back storm surge waters.

Design

Thursday, March 23, 2017 | 1 minute Read

Piedmont Atlanta Hospital Marcus Tower

950,000 sq ft | $450 million | 16 stories | Completed in 2020 Structural Features:This major expansion to the Piedmont Atlanta Hospital campus houses critical and acute care patient beds, laboratories, and surgery centers.The signature curved geometry of the building was achieved using post-tensioned concrete framing.Tower columns could not continue through the large open ground floor lobby, resulting in the need for a system of massive 10-foot deep post-tensioned transfer girders above.Special measures were undertaken to accommodate the tie-in to multiple adjacent buildings.The sloping site and variable subgrade conditions resulted in significant earth retention challenges and also the need for multiple foundation types.

Design

Tuesday, August 23, 2016 | 1 minute Read