With decades of experience, Cutech Quality Solutions delivers advanced structural analysis, structural modelling, and structural analysis and design services that maximise value across projects of every scale. From low- to high-rise buildings to complex renovations and adaptive reuse initiatives, we provide innovative, practical, and cost-efficient engineering solutions.
Our structural engineers remain hands-on through each project stage, ensuring safe, compliant, and high-performing designs. We specialise in transforming complex engineering challenges into streamlined, economical, and buildable outcomes that exceed client expectations.
Our Core Structural Analysis and Design Capabilities
- New Building Design - Complete architectural and structural analysis and design for residential, commercial, and industrial developments—optimised for safety, functionality, and compliance.
- Additions & Alterations (A&A) - Detailed structural assessment, redesign, and strengthening of existing buildings to support new loads, uses, or spatial configurations.
- Basement & Underground Structures - Advanced structural modelling and design for deep excavations, retaining systems, and foundation engineering.
- Water Retaining Structures - Engineering solutions for reservoirs, tanks, and water-retaining systems requiring watertight performance under stringent safety criteria.
- BIM & Integrated Structural Modelling - 3D BIM modelling for coordination, clash detection, and lifecycle planning using industry-leading digital engineering workflows.
- Feasibility & Concept Studies - Technical and economic assessments that evaluate structural viability, risks, and potential optimisation strategies.
- Value Engineering - Performance-driven evaluation of design alternatives to enhance cost efficiency, buildability, and long-term asset performance.
Structural Design Codes & Standards We Follow
All structural analysis and design is carried out in accordance with:
- Eurocodes (EN 1990–1999)
- ISO 9001 for robust quality management
- Design for Safety (DFSP) requirements by Singapore’s Ministry of Manpower
- Client- and project-specific regulatory frameworks
Key Benefits of Our Structural Services
Partnering with is for Structural Analysis and Design Services provides clients with:
- Assurance that every structure is safe, stable, and performance-optimised
- Reduced project risks through engineering critical assessment and failure analysis
- Compliance with all major regulatory bodies and DFSP requirements
- Informed decision-making backed by feasibility studies and technical reviews
- Extended asset life through condition assessments and inspections
- Practical, safe, and efficient temporary works solutions
Who Needs Our Structural Analysis and Design Services?
Our structural services benefit:
- Engineering consultants seeking specialist peer review
- Developers and owners undertaking new construction or major renovations
- EPC and design-build teams handling complex or high-risk projects
- Industrial facility operators needing capacity upgrades
- Government agencies managing public infrastructure
Why Choose Cutech for Structural Analysis and Design Services
We combine precision engineering expertise with advanced structural modelling, failure analysis, and DFSP certification to deliver robust, cost-effective, and safe structural solutions. From feasibility through final inspection, we provide comprehensive technical support that safeguards your project, schedule, and investment.
FAQs About Structural Analysis and Design
What is the difference between structural analysis, structural modelling, and structural design, and when is each used?
Structural modelling creates the digital/analytical model of the structure.
Structural analysis calculates how the structure behaves under loads.
Structural design sizes and details members to meet safety and code requirements.
Each step builds on the previous one and is used from concept development through final design.
How do Eurocodes influence structural analysis and design outcomes for different building types?
Eurocodes define load factors, material rules, and safety requirements.
They affect structural sizing, detailing, and serviceability, and ensure consistency across different building types through harmonised standards and National Annex provisions.
What are the most common structural failures in existing buildings, and how are they assessed?
Typical failures include concrete deterioration, foundation settlement, overloading, cracking, and connection issues. Assessment is done through visual inspection, NDT, material testing, structural re-analysis, and monitoring.
How does BIM-based structural modelling improve accuracy and reduce risk?
BIM enhances coordination, detects clashes early, improves modelling accuracy, automates quantities, and reduces site conflicts, leading to fewer errors, safer construction, and better project control.
What factors affect the feasibility of an underground or basement structure?
Key factors include soil conditions, groundwater level, adjacent structures, excavation method, retaining system, waterproofing, regulatory requirements, and overall cost and programme constraints.
Do you provide end-to-end structural engineering support?
Yes. We support the entire lifecycle — from feasibility and modelling to analysis, design, regulatory submissions, temporary works, and final inspection.