Tower Engineering

Project Description

The main aim of this project was the renovation of the interior space within the existing library premises.

The scope was the removal of the existing ceiling and installation of a new ceiling along with an updated HVAC system. Additionally, redesigning of furniture systems, reception area, and floor finishes were integral parts of the project.

SCG played a crucial role in supporting the design architect throughout the entire project lifecycle. We were involved in the development of both as-built and proposed models to facilitate visualization and planning. Also, the creation of comprehensive Design Development (DD) and Construction Drawing (CD) sets for submission to city authorities.

• Project Size – Approx. 10739 sq. ft.
• Software Used –
• Model and sheet creation - Autodesk Revit
• Drawing coordination and checking - Bluebeam Studio

Project Description

The brief was to create a model for an industrial warehouse. CSJ received a design brief stating to model a manufacturing space with specialized specifications, and an administrative and training facility. The design requirement of the main production unit having a metal roof, and a specialized cellar having an enclosure of extra thick Masonry walls.

The architectural team supported in development of the LOD 300 Revit model and DD and CD sets for submittal. The structural team did the engineering design, LOD 300 Structural Revit model, and produced drawings for the submittals.

Rigorous coordination and quality checks were conducted throughout the process, to ensure final deliverables were accurate, clash-free, and met the highest standards.

Project Description

The primary objective was to design the building’s façade, focusing on glass elements of diverse shapes, sizes, and finishes, including clear, tinted, frosted, and reflective glass. The design prioritized energy efficiency, leveraging glass facades to enhance sustainability by maximizing natural daylight penetration, thereby reducing the reliance on artificial lighting and minimizing energy consumption.

The CSJ team provided comprehensive support across various stages of the Revit modelling and sheet-making process. This included project setup, building model development, and the creation of detailed views and sheets.

Active participation in client meetings ensured effective communication and alignment with project requirements. Additionally, rigorous coordination and quality checks were conducted throughout the process, ensuring final deliverables were accurate, clash-free, and met the highest standards.

• Project Size – Approx. 150,000 sq. ft. built-up area
• Software used:
• Model and sheet creation: Autodesk Revit
• Drawing coordination and checking: Bluebeam Studio

Project Description

The 2-story single-family residential building has a large living room with a kitchen and dining area at ground level. At the upper level, there are three bedrooms with a private balcony, large closets, and large operable glass doors. Additionally, The property also provided with good landscape and pool with outdoor seating arrangements.

CSJ's architectural team was involved in supporting the development of a detailed Revit model with LOD 300 and drawing development for city submittal. Structural was also taken care of by CSJ and our structural team was engaged in engineering calculations and creating a LOD 300 structural model along with construction drawings for the city submittal.

• Project Size – Approx. 3000 sq. ft. built-up area
• Software used:
• Model and sheet creation: Autodesk Revit
• Drawing coordination and checking: Bluebeam Studio

Project Description

The goal of this project was to create an as-built Revit model for a two-story residential building. The input data for the model was provided through Matterport, a 3D scanning technology that captures spatial data. CSJ's role in this project was to support the architectural team in the development of a detailed Revit model that would accurately represent the existing conditions of the building. The model had to include the modelling of interior and exterior modelling of key architectural components such as Walls, Doors, Windows, and fixed furniture. Sanitary Fixtures, Stairs and Railings, Lighting fixtures, Ceiling etc.

CSJ's role was crucial in ensuring the model was developed with the appropriate level of detail, which involved collaborating closely with the architectural team. This allowed for a comprehensive digital representation of the building that could be used for analysis, planning, and further development.

CSJ’s structural team played a crucial role in supporting the architect throughout the entire project lifecycle. The team was involved in the development of both as-built and proposed models to facilitate visualization and planning. Also, the creation of comprehensive Design Development (DD) and Construction Drawing (CD) sets for submission to city authorities.

• Project Size – Approx. 5,596 sq. ft. built-up area
• Software used: Autodesk Revit, Autodesk ReCap

Project Description

This three-story single-family residential building features a spacious living room combined with a kitchen and dining area. There are well-sized bedrooms, each with a private balcony, large closets, and expansive operable glass doors. The property also boasts a thoughtfully designed landscape with outdoor seating areas, offering a comfortable and inviting outdoor environment.

CSJ provided essential support to the architectural team by developing high-quality interior and exterior renders. These renders accurately reflected the materials, design elements, and specifications of the building, enhancing the visual representation and ensuring alignment with the project's design vision.

• Project Size – Approx. 3450 sq. ft. built-up area
• Software used
• Model and sheet creation: Autodesk Revit
• Rendering: Twinmotion

Project Description

Two-story with Basement Single Dwelling custom home with Masonry Site Walls. Wood frame construction with slab on grade and concrete foundation. Flat roof framed with wood joists. Floor framing consists of wood-manufactured joists. The lateral system consists of light-framed wood shear walls.

CSJ’s structural team was engaged for structural design and drawings. The team produced a LOD300 Revit model and created DD and CD sets for submittal.

Active coordination with the Architectural team was needed to ensure a clash-free model. quality checks were conducted throughout the process, to ensure final deliverables were accurate, and met the highest standards

• Project Size – Approx. 6000 sq. ft. built-up area

Project Description

A modern two-story home that seamlessly blends modern luxury with a refined industrial design. This two-story masterpiece offers approximately 4,000 square feet of meticulously crafted living space.

CSJ’s scope was to provide engineering and drafting support for this custom home. A Steel and Wood frame structure with slab on grade and concrete foundation. Flat roof framed with Steel and wood joists. Floor framing consists of wood-manufactured joists. The lateral system consists of light-framed wood shearwalls.

• Project Size – 4,000 sq. ft.
• Software Used – Enercalc, Autodesk Revit, Bluebeam Studio and AutoCAD

Project Description

This project involved the development of a multistorey office building, approximately 400,000 square feet of built-up area.

The scope included creating a design-build model to facilitate visualization, planning, and the preparation of a comprehensive construction document that was compliant with city codes and standards.

CSJ played a crucial role in supporting the design architect throughout the project lifecycle. The team developed a detailed architectural model at a Level of Development (LOD) 350, based on design inputs from the client. This model was utilized to generate construction documents required for city approvals. In addition, CSJ managed the BIM360 workflow to ensure efficient model management and facilitated seamless collaboration among stakeholders. The team also provided critical support for BIM coordination and identifying interdisciplinary clashes.

• Project Size – Approx. 400,000 sq. ft.
• Software used:
• Model and sheet creation: Autodesk Revit / Naviswork
• Drawing coordination and checking: Bluebeam Studio

Project Description

The primary goal of this project was to renovate both the interior and exterior spaces of the existing office building. The scope of work encompassed the removal and replacement of the ceiling, installation of a modern HVAC system, and comprehensive upgrades to the furniture layout, reception area, and flooring.

Significant structural enhancements were undertaken, including substantial modifications to the roof and its supporting framework, as well as some modifications to certain exterior walls.

CSJ played a crucial role in supporting the design architect throughout the entire project lifecycle. We were involved in the development of both as-built and proposed models to facilitate visualization and planning. Also, the creation of comprehensive Design Development (DD) and Construction Drawing (CD) sets for submission to city authorities.

To effectively address the challenges posed by extreme weather conditions, building insulation, and waterproofing were prioritized as critical components. CSJ collaborated closely with the design team, utilizing their inputs to develop comprehensive construction detail drawings.

• Project Size – Approx. 6000 sq. ft.
• Software used:
• Model and sheet creation: Autodesk Revit
• Drawing coordination and checking: Bluebeam Studio

Project Description

This two-story motel building features a spa, an in-house restaurant and a fitness centre. There are well-sized rooms on each floor, with a hallway to provide access to the rooms. CSJ’s structural team was engaged for structural design and drawings. The team produced a LOD300 Revit model and created DD and CD sets for submittal.

Active coordination with the Architectural team was needed to ensure a clash-free model. quality checks were conducted throughout the process, to ensure final deliverables were accurate, and met the highest standards

• Project Size – Approx. 6000 sq. ft.
• Software used: Autodesk Revit, Navisworks, Bluebeam Studio

Project Description

This project involved the Analysis of an Existing 60 ft. tower.

The scope was the removal of the existing ceiling and installation of a new ceiling along with an updated HVAC system. Additionally, redesigning of furniture systems, reception area, and floor finishes were integral parts of the project.

The scope included analysis of existing tower to facilitate new equipment installation and design of mounting system. Additionally strengthening of failed members & Guy wires that involves preparation of a comprehensive design document that was compliant with TIA-222-H codes and standards.

CSJ played a crucial role in supporting the design throughout the project lifecycle. The team developed a detailed structural drawing for strengthening preparation based on design inputs.

• Tower Height – 60 ft.
• Software used:
• Engineering: TNX Tower & Bluebeam
• Drawings: AutoCAD

Project Description

This project involved the Analysis of an Existing 250 ft. tower.

The scope included analysis of existing tower to facilitate new equipment installation and design of mounting system. Additionally strengthening of failed members that involves preparation of a comprehensive design document that was compliant with TIA-222-H codes and standards.

• Tower Height – 250 ft.
• Software used:
• Engineering: OpenTower Designer & Bluebeam

Project Description

This project involved the Analysis of an Existing 60 ft. tower.

The scope included analysis of existing tower having unique 3 reinforcement support member to facilitate new equipment installation and design of mounting system. Additionally strengthening of failed members involves preparation of a comprehensive design document that was compliant with TIA-222-H codes and standards.

CSJ played a crucial role in supporting the design throughout the project lifecycle. The team developed a detailed structural drawing for strengthening preparation based on design inputs.

• Tower Height – 60 ft.
• Software used:
• Engineering: OpenTower Designer & Bluebeam
• Drawings: AutoCAD

Project Description

This project involved the Analysis of an Existing 80 ft. tower.

The scope included analysis of existing tower having to facilitate new equipment installation and design of mounting system which involves preparation of a comprehensive design document that was compliant with TIA-222-H codes and standards.

• Tower Height – 80 ft.
• Software used:
• Engineering: OpenTower Designer & Bluebeam

Project Description

This project included an analysis of the existing shelter floor and the design of anchorage systems for securing new equipment to the floor and walls. It also involved the design of an ice-bridge connection, an H-frame for Raycap and Slack box connections to the wall, and the footing design for the ice-bridge post which involves the preparation of comprehensive structural drawing documents complied with TIA-222H and ASCE 7-16 codes and standards.

• Shelter Size – Approx. 330 Sq. Ft.
• Software used:
• Engineering: Enercalc software & Bluebeam
• Drawing: AutoCAD

Project Description

This project involved the analysis of the existing shelter floor, along with the design of anchorage systems for new equipment to be secured to the floor and walls. It also included the design of an ice-bridge connection, an H-frame for Raycap and Slack box connections to the wall, and the installation of ladder trays and boot entry panels. Additionally, the project involved the design of a new fence supported by helical piles as footings which involves the preparation of comprehensive structural drawing documents complied with TIA-222H and ASCE 7-16 codes and standards.

• Shelter Size – Approx. 110 Sq. Ft.
• Software used:
• Engineering: Enercalc software & Bluebeam
• Drawing: AutoCAD