- Wide-flange and HSS frames, steel trusses and canopies tied to new or existing structure
- Portal-frame buildings with mezzanine floors; column, framing and footing layouts
- Tubular-steel buildings and carports designed for site wind speeds (140–150 mph examples)
- HSS-framed pavilions and galvanized-steel porches
- 3D analysis and member design to AISC 360 in Tekla Structural Designer or STAAD.Pro
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Structural engineering for steel, concrete, masonry and wood.
From a single anchor group to a complete building — analysis, design, calculation reports and drawings that reviewers can follow.
- Fin-plate, splice, beam-to-column and base-plate connections to AISC 360 (LRFD / ASD)
- Anchor-group design to ACI 318 and EN 1992-4, including cracked-concrete and splitting checks
- CBFEM connection verification in IDEA StatiCa; manufacturer anchor software (fischer C-FIX)
- Column base plates and anchor bolts for new steel frames
- Clear connection visuals and responses to consultant review comments
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Cold-formed steel framing
- CFS stud walls, ceiling joists, tracks, bridging and headers to AISI S100 / S240
- Cleanroom and interior partition walls braced to the existing structure
- Steel door headers and channel beams for interior openings
- Shipping-container conversions: wall studs, recess modifications and anchorage
- Storage buildings for event halls and school campuses
- Restaurant and medical-facility interiors with steel members and new openings
- Manufacturing cleanrooms inside operating facilities
- CMU walls, roof trusses and slab-on-grade foundations
- Isolated, pad and strip footings; grade beams; slabs on grade (ACI 318)
- Footings designed from 3D-model reactions, including seismic load combinations
- CMU stem walls and masonry walls (TMS 402 / MSJC)
- Tie-ins to existing footings with field-verification requirements
- New homes, detached and attached ADUs, garage and studio conversions, JADUs
- Shear wall layouts and schedules, hold-downs and anchor bolts (NDS / SDPWS)
- Floor systems in dimensional lumber, TJI joists and LVL beams; roof framing and trusses
- Wind and seismic analysis (ASCE 7) with a continuous load path to the foundation
- Bedroom, garage and patio additions tied into existing structure
- Whole-house remodels with steel posts and new openings
- Beam and post replacements, clear-span beams and damaged-framing repairs
- Calculation reports in Tekla Tedds with code references and demand / capacity ratios
- Building models in STAAD.Pro, ETABS and Tekla Structural Designer
- US codes, Indian Standards and international standards where the project requires them (e.g. AS/NZS 1170, Eurocode)
- Calculations-only packages and checks of other designers’ drawings
- Prompt responses to plan-check corrections and consultant comments
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Projects in India — Indian Standards
See the pre-engineered steel building →
See the RCC framed structure →
See the G+3 multipurpose hall, Karnal →
See the public toilet block →
See the G+3 RCC apartment building →
See the G+1 RCC residential building →
- RCC framed buildings: column, beam, slab and footing design to IS 456 (limit-state method)
- Pre-engineered and conventional steel buildings, sheds and mezzanines to IS 800, with ISMB / ISMC and tapered built-up sections
- Earthquake loads to IS 1893 (seismic zone, importance and response-reduction factors) and wind loads to IS 875 (Part 3)
- Analysis and design models in STAAD.Pro and ETABS
- Metric structural drawings: column and footing layouts, beam and slab reinforcement details, column schedules
Codes & software
Standards we design to.
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Send drawings and scope for a fee and schedule.