Why Maintenance Is Not a Technical Issue But a Management Issue Your technicians know what needs doing. The problem is everything around them that stops it from happening. Bad maintenance programmes don't fail in the plant room. They fail in the planning meeting, the budget conversation, and the work order backlog nobody reviews. 1. Planning Failures Disguised as Technical Failures a. The equipment failed — but the PM schedule hadn't been updated since the asset was installed. b. The right parts weren't on site — because nobody owns the critical spares list or reviews it against asset risk. c. The job took three times longer than estimated — because the work order had no scope, no tools listed, no access requirements. 2. Prioritisation That Has No Logic Behind It a. Reactive jobs get done because they're loud. Preventive jobs get pushed because they're quiet. b. Without a formal priority matrix — asset criticality, consequence of failure, occupant impact — ...
QA/QC Engineer – Foundation Work Responsibilities (Detailed Summary)
1. Pre-Construction Stage Review and verify approved drawings, BOQ, and project specifications Ensure compliance with relevant standards such as Bureau of Indian Standards (IS Codes) Study soil investigation report (SBC, water table level, soil type) Verify material approvals (cement, fine aggregate, coarse aggregate, reinforcement steel) Review and approve Method Statements for excavation, PCC, and RCC works 2. Excavation Work Check excavation depth, width, and alignment as per drawings Inspect bottom level and ensure proper dressing (removal of loose/soft soil) Verify dewatering system if groundwater is present Ensure proper compaction of the founding surface Conduct Field Density Test (FDT) if required 3. PCC (Plain Cement Concrete) Verify grade (e.g., M10/M15) and thickness of PCC Check level and surface finish before further work Inspect batching, mixing, and placement process Ensure cube samples are taken for strength testing (7 & 28 days) Monitor proper curing 4. Reinforcement Work Check bar diameter, spacing, number, and placement as per drawings/BBS Verify lap length and anchorage length Ensure proper clear cover using cover blocks Check for cleanliness (no rust, oil, or dirt on steel) 5. Formwork / Shuttering Verify alignment, line, level, and dimensions Ensure formwork is tight and leak-proof Check supports, bracing, and stability Confirm formwork matches structural drawings 6. RCC (Concrete) Work Verify concrete grade (e.g., M20, M25) Check delivery challans and batching details Conduct slump test for workability Take cube samples for compressive strength testing Ensure proper placement and vibration Prevent defects such as honeycombing and segregation 7. Curing & Protection Ensure proper curing for at least 7–14 days Inspect for cracks or surface damage Protect foundation from water accumulation and external disturbances 8. Backfilling Work Use approved backfill material only Ensure layer-wise filling (200–300 mm thickness) Conduct compaction and Field Density Tests (FDT) Maintain optimum moisture content 9. Testing & Documentation Maintain cube test reports and slump test records Keep material test certificates (cement, aggregate, steel) Prepare Inspection Requests (IR) and checklists Maintain Daily Progress Reports (DPR) Ensure all records are properly documented and approved 10. Safety & Quality Compliance Ensure use of PPE (helmet, safety shoes, etc.) Check excavation safety (slope, shoring, barricading) Ensure all activities comply with approved drawings and quality standards Practical Site Approach Follow a simple and effective cycle: Inspect → Record → Approve → Monitor Strong coordination with site engineers, consultants, and contractors is essential to maintain both quality and progress.
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