Building in British Columbia has changed more in the past two years than it did in the previous decade.

New regulations, updated building codes, and the shift toward fully digital permitting have reshaped how construction projects move from concept to approval. For property owners, developers, and businesses planning a new steel building, understanding this evolving landscape is essential.

The biggest shift came with the rollout of the BC Building Code 2024, which became fully active across the province in March 2025. Alongside this update, many municipalities adopted a Digital Permitting Hub, moving permit applications, plan reviews, and approvals entirely online. Paper applications that were once standard practice have largely disappeared.

While these changes introduced new layers of documentation and compliance, they also created opportunities for well-planned projects to move through the system faster than before.

Steel buildings are particularly well suited to this environment. Because they are often pre-engineered, structurally predictable, and faster to construct, they can streamline both the design and permitting process when managed by an experienced team. When the engineering, drawings, and documentation are prepared correctly from the outset, steel buildings frequently represent the fastest path from approved permit to occupancy.

The key is knowing how to navigate the process.

The “Permit-Ready” Checklist (2026 Requirements)

One of the biggest changes in BC’s permitting environment is that applications are now digital-first. Across much of the province, including jurisdictions in the Fraser Valley and the Capital Regional District, paper permit submissions were officially phased out in early 2026.

All drawings, reports, and engineering documentation must now be submitted through online municipal portals, often using standardized digital formats. This has increased efficiency for municipalities but also means applications must be complete and technically correct before submission.

At the center of most approvals are three critical structural and compliance requirements.

Seismic Standards

British Columbia sits within a seismically active region, and the 2024 BC Building Code strengthened requirements around seismic resilience. Even relatively simple steel buildings must now include enhanced lateral load resistance systems.

For steel structures, this typically means engineered bracing systems, moment frames, or other structural solutions designed to meet updated lateral force requirements outlined in Section 9.23.13 and related structural provisions.

While these changes may sound complex, steel construction actually adapts well to seismic design because steel framing systems can be engineered for flexibility and strength.

Zero Carbon Step Code

Energy and carbon performance are another major component of modern building approvals.

The Zero Carbon Step Code now sets a provincial baseline requirement of EL-1 (Measure Only) for most new buildings. Even relatively straightforward projects, such as warehouses or industrial shops, must now demonstrate their projected greenhouse gas emissions.

This requirement typically involves:

• Energy modelling or carbon modelling
• Mechanical system documentation
• Building envelope performance estimates

Although EL-1 focuses on measurement rather than strict limits, it introduces a new layer of reporting that must be prepared early in the design phase.

Letters of Assurance

Another essential component of the permitting process is the Letters of Assurance, commonly referred to as Schedules A and B.

These documents confirm that the project has been designed and will be reviewed by qualified registered professionals, typically including structural engineers and other consultants.

In practical terms, this means that most steel building projects require a BC-registered Professional Engineer to take responsibility for structural design and compliance.

These assurances protect both the municipality and the property owner by confirming that qualified professionals are accountable for the building’s design and safety.

Zoning and Land Use: More Than Just a Map

Before any building permit is issued, the project must first comply with the zoning bylaws governing the property.

Zoning regulations determine how land can be used and what types of buildings are allowed. They also regulate critical factors such as building placement and density.

Two common zoning considerations are setbacks and site coverage.

Setbacks define how far a building must be located from property lines, roads, and neighbouring parcels. Site coverage limits the percentage of the lot that can be occupied by buildings.

For steel buildings, these requirements can influence the building’s footprint, orientation, and overall design.

Agricultural Land Reserve (ALR)

For rural projects in British Columbia, the Agricultural Land Reserve adds another important layer of regulation.

Many agricultural properties are located within the ALR, which is designed to protect farmland from non-agricultural development.

Steel buildings are commonly used for agricultural purposes such as equipment storage, processing facilities, or barns. However, the ALR distinguishes between farm use and non-farm use structures.

A building used directly for agricultural operations may be permitted more easily than one intended for commercial or industrial activity.

Understanding this distinction is essential when planning steel structures on farmland.

Development Permits

In many urban municipalities, a project must also pass through the Development Permit (DP) process before a building permit can be issued.

Development permits often focus on form and character, meaning how the building fits visually within its surroundings.

Cities such as Surrey, Kelowna, and Victoria frequently require design considerations such as façade treatments, landscaping, architectural screening, or colour guidelines.

As a result, a steel building cannot always be designed as a simple industrial structure. Architectural elements may need to be incorporated to align with municipal design guidelines.

Regional Deep Dives: Climate-Specific Engineering

British Columbia’s geography is incredibly diverse, and building requirements vary significantly depending on the region.

Steel buildings must be engineered to perform reliably in these different environmental conditions.

The Coast (Vancouver and Victoria)

Coastal areas experience high winds, heavy rainfall, and strong seismic considerations.

Steel buildings in these regions typically incorporate reinforced anchoring systems, specialized fasteners, and seismic-grade structural connections designed to handle both wind loads and earthquake forces.

Moisture protection and corrosion-resistant finishes are also important considerations in coastal climates.

The Interior (Okanagan and Thompson)

Interior regions face different challenges.

Increasingly, municipalities in the Okanagan and Thompson regions require projects to comply with Wildfire Development Permit Areas, which impose design requirements aimed at reducing fire risk.

Steel buildings perform well in wildfire-prone environments because steel framing is non-combustible. Additional design measures may include fire-resistant cladding, controlled landscaping zones, and ember-resistant construction details.

Interior climates also experience extreme heat in the summer. Reflective roof coatings, improved insulation systems, and efficient ventilation can help maintain comfortable indoor temperatures while reducing cooling loads.

The North and Mountain Regions

Northern BC and mountain communities must contend with extreme snow loads and deep frost conditions.

Snow load requirements in parts of the Kootenays and Peace River region can reach 10.0 kPa or higher, requiring structural systems designed to support substantial roof weight.

Foundations must also be engineered to account for deep frost penetration, which can affect slab design, footing depth, and overall structural stability.

Steel buildings are well suited to these conditions because their structural components can be precisely engineered to accommodate heavy loads without excessive material use.

Realistic Timelines for 2026

One of the most common questions property owners ask is how long the permitting process will take.

The answer depends on the municipality, the complexity of the project, and whether zoning approvals are already in place.

Some municipalities have implemented Certified Professional (CP) programs, which allow projects reviewed by qualified professionals to move through the system significantly faster.

Cities such as Maple Ridge and Surrey have embraced this approach, allowing review timelines to be reduced dramatically in certain circumstances.

Typical timelines in 2026 look roughly like this.

A small pre-engineered shop or garage may move through the process in six to ten weeks, provided zoning is already compliant.

A standard commercial or industrial steel building project typically requires four to six months from submission to permit approval.

Projects that involve rezoning, development permits, or complex land use approvals may take twelve months or longer.

While these timelines may seem lengthy, careful planning and complete documentation can dramatically reduce delays.

The JCI Advantage: Navigating the Red Tape

Permitting complexity is one of the biggest challenges facing construction projects in BC today.

At JCI Buildings, a major part of our role is helping clients navigate this process smoothly.

Our team coordinates the professionals required to move a project forward, including structural engineers, energy advisors, architects, and municipal consultants. By bringing these disciplines together early in the design phase, we can ensure the building is engineered to meet all applicable codes before the application is submitted.

This integrated approach helps avoid the most common problem municipalities encounter with permit submissions: incomplete applications.

Industry estimates suggest that a significant percentage of building permits in BC are delayed because required documentation or engineering details are missing. These delays can add months to a project timeline.

JCI also works with engineers to explore Alternative Solutions when appropriate. These engineering approaches allow projects to meet building code intent while using innovative structural or material strategies that may reduce costs or improve efficiency.

Because steel buildings are highly adaptable from an engineering perspective, they often provide flexibility in meeting fire safety, energy performance, and structural requirements without unnecessary expense.

 

Permitting and zoning for steel buildings in British Columbia have become more complex in recent years, but the process is far from unpredictable.

With the right preparation, the correct engineering support, and a team familiar with municipal requirements, most projects can move through the system efficiently.

Steel buildings remain one of the most practical and cost-effective construction options available, particularly when speed, durability, and structural performance are priorities.

If you are considering a steel building project in BC, the best place to start is with a clear understanding of your site’s zoning, permit requirements, and engineering constraints.

Don’t guess on your zoning. Contact JCI Buildings for a Site Feasibility Consultation and get expert guidance before you begin your project.