Our expertise in BIM modelling services covers architectural, structural, and MEP projects. Moreover, we ensure that each discipline is seamlessly integrated, enabling accurate, coordinated, and efficient project delivery.
In construction and engineering, Building Information Modelling (BIM) has become a game-changer. It is no longer just a tool; instead, it serves as the foundation for smart, efficient, and coordinated project execution. With BIM, we can create a digital 3D model that not only shows how a building looks but also explains how it functions, how it will be constructed, and how it can be maintained. As a result, stakeholders can make faster and smarter decisions.
At Mechansys, we specialize in delivering professional BIM services that help construction companies, architects, and engineers streamline their workflows. Therefore, our clients save both time and resources while achieving higher project accuracy.
We are a system integrator and engineering firm that remains independent of any single technology. This means we select the most suitable software and tools to provide top-notch engineering services. In addition, our team brings 20+ years of experience, delivering BIM solutions across commercial buildings, infrastructure projects, industrial plants, and utilities.
We have successfully used BIM not just for design and coordination, but also for early issue detection, error reduction, and improved construction planning. Consequently, our clients benefit from reduced rework, fewer delays, and smarter decision-making from day one.
We’ve supported BIM implementation across industries such as oil and gas, petrochemicals, power generation, and industrial manufacturing. In addition, we collaborate closely with architects, consultants, and contractors to ensure that design, planning, and execution remain fully aligned. As a result, projects are completed with fewer last-minute changes and reduced costs.
Step 1: Project Input Collection
We begin by gathering architectural drawings, structural layouts, MEP schemes, and site conditions. This initial step ensures we have a clear picture of what needs to be modelled and coordinated.
Step 2: 3D Model Development
Using advanced software such as Revit, Navisworks, and Tekla, we create coordinated 3D models. For example, this includes walls, doors, windows, columns, beams, slabs, and all MEP services.
Step 3: Clash Detection & Coordination
One of BIM’s major strengths is early clash detection. Therefore, we use Navisworks to identify conflicts—such as a pipe cutting through a beam or a duct overlapping with a column. By resolving these issues early, we prevent costly on-site errors.
Step 4: Construction Sequencing (4D BIM)
We link the 3D model to the construction schedule. This helps visualize the project step by step, making logistics, site setup, and subcontractor management more efficient.
Step 5: Quantity Take-off & BOQ (5D BIM)
Quantities are extracted directly from the model to prepare an accurate Bill of Quantities. Consequently, cost estimation becomes more reliable, reducing surprises in procurement and planning.
Step 6: Review & Validation
We review the model with stakeholders to identify coordination gaps or missing details. After validation, the model is ready for execution.
Step 7: Handover & Facility Management (6D BIM)
Finally, the validated BIM model is handed over for operations and maintenance. Since it includes details like warranties, manufacturer data, and servicing schedules, facility management becomes smoother and more organized.
If you’re planning a project and want to streamline your design and execution, our BIM team can help you do it right from day one. Let’s talk about how BIM can improve your next build.
Want to see how we’ve used BIM in real projects? Check out our BIM case studies here.
Mechansys is a professional engineering design and analysis service provider. At Mechansys, we’ve built a strong reputation for solving complex engineering challenges in the oil and gas industry. From upstream to downstream, we support our clients with services like piping design, pipe stress analysis, support engineering, CFD, FEA, seismic analysis, acoustics analysis, structural design, product development, BIM, and MEP. Our focus is on delivering practical, safe, and efficient solutions tailored to this high-stakes sector. Learn more.
The petrochemical sector demands precision and reliability at every stage of design. At Mechansys, we work closely with clients in this field to develop efficient, code-compliant, and maintenance-friendly systems. Our expertise includes piping design, pipe stress analysis, support engineering, CFD, FEA, seismic and acoustics analysis, structural design, product development, BIM, and MEP that supports both greenfield and brownfield projects. Learn More.
Whether it’s conventional thermal plants or renewable setups, power generation projects come with high pressure both literally and figuratively. Our team provides design and analysis services for piping design, pipe stress analysis, support engineering, CFD, FEA, seismic and acoustics analysis, structural design, product development, BIM, and MEP, we help clients deliver safe, sustainable, and cost-effective power solutions. Learn More.
From heavy machinery to production lines, industrial facilities rely on strong, reliable engineering design. Mechansys supports manufacturing plants with detailed piping design, pipe stress analysis, support engineering, CFD, FEA, seismic and acoustics analysis, structural design, product development, BIM, and MEP services. We combine technical know-how with on-site practicality to get things done right. Learn More.