Concrete Structures

Strong, dependable concrete structures start with the right engineering. At Bold Engineering, our concrete structure engineers design and review reinforced and post-tensioned concrete systems for buildings, bridges, and structures across the Greater Toronto Area. From foundation slabs to complex superstructure frames, we can handle it all. We combine practical field experience with detailed engineering, so your building performs safely and efficiently for years to come.

We design cast-in-place, precast, post-tensioned, and foundation systems with one goal in mind: reliable and cost-effective performance. We also review contractor submittals, shop drawings, and structural calculations. Our work covers parking structures, podiums, shear walls, columns, beams, and slabs. For rehabilitation, we perform condition assessments, crack analysis, reinforcement evaluation, and repair specifications.

At Bold Engineering, we bring a practical mindset and technical expertise to every concrete structure project we take on. We believe in clear, direct updates so you always know how your project is progressing. Our team learns about your building’s purpose, site conditions, and long-term goals to design concrete structures that align with code and perform reliably for years to come. Here’s why property owners and builders across the Greater Toronto Area choose to work with us:

Comprehensive Project Oversight: From site evaluations to engineering plans and reviews, we manage each phase with care.

Transparent Quotes: We provide clear, upfront pricing so you can plan your budget confidently.

Experienced Professionals: Our engineers have hands-on knowledge and stay current with concrete design standards and methods.

Actionable Guidance: We deliver clear, practical recommendations to help you move your project forward.

Accurate Data: We pay close attention to every detail, giving you reliable information to support informed decisions.

We start with a kickoff meeting to review loads, site conditions, and owner priorities. Next, we perform structural modeling, using beam-spring, shell, and 3D frame analysis tools, for deflection, strength, and vibration. Our designs include slab thickness, reinforcement layout, joint placement, and detailing for temperature and shrinkage control. We also provide post-tensioning profiles, tendon layouts, anchorage design, and drawings ready for fabrication and installation.

We’ll coordinate with geotechnical engineers to size footing elements and address settlement. Our specification packages include concrete mix, exposure classes, durability criteria, and surface finishes based on use and exposure.

When your concrete is engineered well, you’ll have predictable performance, fewer field issues, and long-term reliability. You’ll reduce material waste and contractor rework and deliver a structure that stands the test of time:

• Optimized concrete volume and reinforcement to minimize cost
• Minimized cracking through proper jointing and reinforcement placement
• Reduced construction delays from clear and buildable drawings
• Enhanced occupant comfort with rigid slabs and low vibration
• Longevity in harsh environments thanks to durability detailing

Aging buildings require careful evaluation and remediation. Our concrete structure engineers conduct field surveys, measure crack width, perform rebound and core testing, and inspect exposed rebar. We analyze distress mechanisms like alkali-silica reaction, corrosion, fatigue, and settlement, then recommend repair strategies such as carbon fibre strengthening, FRP wrapping, injection sealing, or concrete jacketing.

We also design strengthening for changes in loading, such as tenant reconfiguration, mechanical additions, or occupancy change, and prepare documentation for permit approval.

Even in lower-hazard regions like Toronto, seismic load and vibration control matter in tall structures, parking garages, or buildings with sensitive equipment. We model response spectra, dynamic load cases, and modal behaviours to confirm that the design meets OBC and NBCC requirements. We can design seismic joints, ductile reinforcement, and fall-protection systems. For labs or data centres, we address vibration frequency to prevent equipment malfunction.

Great design only realizes its value with smooth implementation. We coordinate with mechanical, electrical, and envelope teams to avoid clashes in beams, fittings, or penetrations. We review formwork and shoring drawings before concrete pours. At critical stages, our engineers visit the site to check rebar placement, anchorage embedment, and concrete curing procedures.

We’re ready to answer contractor questions at the slab deck or podium forming stage to keep your schedule moving.

We support sustainability goals through low-carbon mixes, supplementary cementitious materials, and optimization of material usage. For mass concrete, we model thermal development and hour methods to reduce cracking. We also specify exposure classes, entrained air, and cover requirements for parking structures and below-grade elements, so they resist freeze-thaw cycles and de-icing salts.

When you need a team of reliable and highly skilled concrete structure engineers in the GTA for your next project, you can count on us at Bold Engineering to get the job done right. We’ll review your structural needs and deliver designs that are safe, economical, and fit for your site.