Engineering knowledge portal
Real-world structural failures, construction accidents, engineering observations and preventive measures — to understand why structural stability, fabrication quality, safe erection and continuous inspection matter.
Every incident here has been traced to a working source. Casualty figures that conflict between outlets are published as a range, not tidied into one number, and engineering mechanisms are presented as possibilities rather than causes.
Filter by category or search by location. Each case study separates what is confirmed, what an investigation has found, what reporters observed, and what nobody has established.
8 case studies
Jamuria, West Burdwan, West Bengal
A structure associated with a blast furnace project collapsed during construction at Jamuria, killing four workers.
Four workers were killed.
Read case studySahibabad, Ghaziabad, Uttar Pradesh
The roof of an under-construction godown collapsed at Sahibabad, Ghaziabad. Eleven people were reported rescued and an FIR was filed.
Eleven people were reported rescued.
Read case studyMankivali village, Khalapur, Raigad, Maharashtra
An under-construction warehouse shed collapsed while it was being erected near Khalapur, Raigad. One worker was killed and between 15 and 25 were injured depending on the source.
One worker was killed.
Read case studyHamirpur, Himachal Pradesh
A span of an under-construction steel truss bridge on the Shimla–Mataur corridor collapsed during launching operations at Hamirpur.
At least five were injured; reporting also described six feared trapped.
Read case studyDelta Square, Khandagiri, Bhubaneswar, Odisha
A basement under construction at a commercial site in Khandagiri, Bhubaneswar, collapsed, taking part of the surrounding ground with it. Later reporting confirmed no injuries.
No injuries were reported in the later reporting.
Read case studyTaratala, Kolkata, West Bengal
An under-construction warehouse collapsed at Taratala, Kolkata. A police chargesheet later named seven people, with reporting referring to substandard materials, deviations from approved plans and steel beams buckling under fresh concrete.
Read case studyVikramshila Setu, Bhagalpur, Bihar
A 25-metre slab section of the Vikramshila Setu at Bhagalpur collapsed. No casualties were reported, and structural and safety audits were subsequently reported to be under way.
No casualties were reported.
Read case studyBadagada, Bhubaneswar, Odisha
A boundary wall running beside an under-construction municipal drain collapsed onto workers. Two were killed and three injured.
Two workers were killed and three were injured.
Read case studyTechnical library
Fifteen mechanisms explained from first principles: how the failure works, what causes it, what the warning signs look like on a real structure, how to inspect for it, and which standards govern the design.
Open the libraryOur approach
Eight stages, each with controls a client can inspect. These are the points at which a structural failure of the kind catalogued on this site is normally either prevented or allowed.
Before anything is cut, the approved drawings and the assumptions behind them are checked: the load cases, the structural details, and whether the drawing revision on site is the one that was designed.
Steel is verified against the specification on receipt. Mill certificates and heat numbers are what link the member in the structure to the grade that was designed for it; without that chain a substitution is undetectable afterwards.
Cutting, fit-up, welding, surface preparation and coating are inspected at defined points. Fit-up is checked before welding is closed out, because after that the only options are expensive.
Anchors are where a structure meets its foundation, and almost all of the performance lives in preparation rather than in the product. Hole cleaning, embedment and curing are the variables that decide whether an anchor holds.
A partly erected frame is a different structure from a finished one and has to be stable at every stage. The erection sequence, the lifting plan and the temporary bracing are engineering documents, not site preference.
Fall protection, permits, exclusion zones and rescue arrangements. The controls that keep the crew alive are also the controls that keep the job legal under Indian construction safety law.
Inspection is only a control if it is recorded, and a record is only a control if a non-conformance closes. Stage-wise sign-off is what stops a deviation progressing to the next stage.
Structures deteriorate, and the failure mode is usually one that was inspectable long before it was visible. Condition assessment, corrosion mapping and periodic inspection are how a structure is kept serviceable rather than replaced.
On scope: this framework describes how AKEN controls the work it carries out. It does not represent that AKEN provides engineering certification, statutory inspection, non-destructive testing, design approval or any specialist service that is not available and authorised for a specific project. Where a stage depends on a third party — an approved designer, a test house or a statutory authority — that third party is named on the project’s own documentation, not implied by this page.
Our position
At AKEN, we recognise that every industrial structure carries a responsibility towards human life, operational reliability and long-term structural performance.
Structural failures are serious reminders of the importance of proper engineering, quality materials, correct installation procedures, effective supervision and continuous inspection. We take these lessons seriously.
For every project undertaken within our scope, AKEN is committed to implementing appropriate engineering reviews, material verification, fabrication quality checks, approved installation methodologies, anchoring procedures, site safety practices and documented inspections.
Our approach focuses on identifying potential risks before they become problems, following approved engineering specifications and addressing deviations through proper technical review and authorisation.
Our promise
We do not compromise on engineering responsibility, workmanship, quality control or site safety.
While no engineering or construction activity can honestly guarantee zero risk or the complete absence of defects, AKEN is committed to taking every reasonable and technically appropriate preventive measure within its scope to minimise risks and deliver work in accordance with approved project requirements.
AKEN — Engineering a stronger tomorrow.
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