Load paths, solved.
Connections, certified.
Drawings, fabrication-ready.

Sri Kandhan Engineering Solutions Private Limited provides structural steel detailing services that support modern construction, fabrication and erection requirements. Our engineering team develops accurate 3D models, coordinated steel shop drawings, fabrication drawings and erection deliverables so that designers, engineers, fabricators and contractors all work from consistent information.

Our detailing workflow addresses the delivery problems that cost projects time: design inconsistencies, coordination gaps, material wastage and avoidable rework. Every output is developed to support fabrication accuracy, erection planning and the clear integration of structural connections throughout construction.

Coordinated BIM models and CAD-based drawings allow direct collaboration between engineering, fabrication and construction teams, which improves material usage and reduces drawing conflicts before they reach the workshop.

Our systematic detailing approach resolves typical design and implementation conflicts through precise connection information, constructability reviews and coordinated deliverables.

• Resolve design inconsistencies through clash detection and constructability reviews.
• Produce coordinated drawings and clash-free structural steel models.
• Minimise waste and cost through structured steel detailing workflows.
• Prepare optimised shop drawings suited to fabrication requirements.
• Detail welded, bolted and hybrid connections to the applicable fabrication and detailing standards.
• Present clear connection information within each relevant drawing package.
• Work to applicable international standards, including AISC, CISC, BS, AS/NZS and IS requirements.
• Improve collaboration and error prevention through BIM workflows, 3D modelling and CAD-driven engineering.

Modern steel connection engineering depends on accuracy, constructability and compliance with the applicable design standards. Our connection design services cover beam-to-column, beam-to-beam, column-to-column and other project-specific structural connections.

We provide coordinated support from connection concept development through detailed design, modelling, drawing preparation and final technical validation. The approach weighs structural performance against fabrication practicality, erection requirements and material optimisation.

Accurate connection design minimises material wastage, reduces requests for information, prevents field conflicts and improves project timelines. That makes coordinated connection engineering valuable to structural engineers, fabricators, contractors and erection teams alike.

Our approach addresses the connection-design problems that create cost, and supports accurate, efficient outcomes suited to each project.

• Follow applicable international design, fabrication and safety standards.
• Coordinate delegated connection-design responsibilities against the relevant engineering information.
• Use detailed connection modelling to reduce errors, save time and improve resource utilisation.
• Apply Tekla Structures, SDS2 or other appropriate BIM workflows according to project requirements.
• Improve execution speed and accuracy through model-based connection coordination.
• Simplify complex connection arrangements through clear detailing and constructability review.
• Maintain coordination between structural engineers, detailers, fabricators and erectors.

Precast concrete provides strong, economical and fast construction for a wide range of building and infrastructure applications. Our precast detailing services support accurate fabrication, coordinated installation and clear communication between everyone involved in the project.

We prepare precast panel details, coordinated BIM models, reinforcement information, shop drawings and fabrication drawings against the available structural and architectural requirements. The workflow addresses dimensional errors, reinforcement congestion, lifting considerations and on-site installation challenges while holding to the approved design intent.

Accurate precast detailing integrates individual components into the overall structure and supports efficient planning of panelisation, production, transportation, lifting and erection.

Our precast workflow addresses the factors that decide whether a panel arrives ready to install or ready to argue about.

• Maintain dimensional accuracy so prefabricated elements fit according to structural drawings and design intent.
• Coordinate reinforcement-bar placement and manage congestion within precast concrete sections.
• Develop practical details supporting safe lifting, movement and panel handling during construction.
• Coordinate connections between precast units and adjoining structural elements to reduce assembly difficulty.
• Minimise material waste during fabrication while maintaining structural integrity.
• Follow applicable architectural requirements and align detailing with relevant global and local standards.

Miscellaneous steel detailing demands a working understanding of engineering intent, fabrication practice and installation reality. Our services cover the non-primary but essential components that carry safety, accessibility and function across construction and industrial facilities.

Scope can include stairs, handrails, guardrails, ladders, platforms, grating, gates, support frames and ornamental steelwork. Each component is coordinated against the surrounding structural and architectural systems to produce accurate, fabrication-ready shop drawings and installation information.

Combining accurate detailing, connection coordination and material optimisation reduces rework, controls waste and supports efficient fabrication and installation.

Secondary components create coordination, tolerance and installation problems out of proportion to their tonnage. Our BIM-based approach manages them through accurate modelling, clear drawings and multidisciplinary coordination.

• Integrate stairs, railings and platforms within complex structural and architectural layouts.
• Adapt detailing to project-specific geometry and installation requirements.
• Reduce fabrication errors and costly rework through accurate shop drawings and controlled tolerances.
• Optimise material usage while maintaining structural integrity and fabrication quality.
• Coordinate with engineers, designers, detailers and fabricators to satisfy design intent and function.
• Develop clear connection and assembly information for workshop production and site installation.

Accurate estimates, quantity take-offs and cost assessments decide whether a complex steel structure is delivered on time and on budget. Our estimating services help engineers, contractors, fabricators and estimators make informed decisions from organised quantity and scope information.

The workflow combines engineering understanding with digital take-off methods to develop reliable material quantities and cost-planning inputs. Accurate projections reduce estimating errors, improve procurement decisions and support better control of construction and fabrication cost.

Each take-off is built from your drawings and specifications, and returns quantities organised the way your commercial team actually needs them.

• Review structural drawings, specifications and available design information.
• Prepare steel material quantity take-offs.
• Identify primary steel, secondary steel and miscellaneous steel quantities as required.
• Organise quantities by member type, material grade or relevant work package.
• Support fabrication, procurement and tender-planning requirements.
• Highlight scope gaps, assumptions and information requiring clarification.
• Provide structured estimating information for budgeting and commercial review.

For scopes requiring a broader review of timelines, resources and cost, a structured project cost assessment provides clarity beyond the initial material estimate.

Pre-engineered metal buildings provide economical, high-performance and scalable solutions for industrial, commercial, agricultural and recreational applications. These systems combine standardised structural frames with coordinated roof and wall systems to simplify fabrication and construction.

Our PEB design services focus on precision engineering, structural coordination, material optimisation and compliance with the applicable building standards. Integrated design and detailing align the primary framing, secondary members, connections, cladding interfaces and assembly requirements.

A properly coordinated PEB solution delivers efficient fabrication, simplified assembly, cost effectiveness and dependable structural performance across a range of building applications.

From framing layout through to erection information, the package is coordinated as one model rather than assembled from separate deliverables.

• Structural framing layout and design coordination.
• Primary and secondary steel-system integration.
• Connection design and detailing coordination.
• Roof and wall-system interface coordination.
• Material optimisation and constructability consideration.
• 3D structural modelling and clash review.
• Fabrication drawings and erection information.
• Applicable code and client-standard compliance.

For effective planning of materials, timelines and engineering scope, an early structured cost assessment provides useful clarity.

Planning an engineering assignment requires a clear view of technical scope, resources, delivery schedule and estimated cost. Our Project Cost Assessment helps you evaluate the engineering effort and budget required before execution begins.

By sharing high-level project information, you allow our engineering team to review the technical requirements and build a cost-estimation framework suited to the requested scope. The assessment can cover construction engineering, manufacturing engineering, utilities engineering and multidisciplinary plant engineering.

We evaluate scope complexity, design standards, modelling requirements, work location, input quality, deliverable formats and expected timelines, then estimate the effort, resources and delivery milestones needed to complete the assignment.

• Plan engineering budgets more accurately.
• Identify scope gaps before execution.
• Reduce the risk of cost overruns.
• Align delivery schedules with available engineering resources.
• Define assumptions, exclusions and required client inputs.
• Improve decision-making before project kickoff.
• Establish transparent scope and delivery expectations.

Whether the requirement is at an early planning stage or ready for immediate execution, our team can analyse the available information and provide practical cost insight aligned with relevant engineering practice.