FIELD-BASED STUDY OF RESIDENTIAL RCC CONSTRUCTION, MATERIAL QUALITY CONTROL AND SITE SAFETY DURING INDUSTRIAL TRAINING

The industrial training at A.M Construction provided practical exposure to residential RCC construction and helped bridge the gap between theoretical learning and field execution. Students observed construction from site layout and excavation through reinforcement, concreting, masonry, plastering, finishing and curing. They also gained experience with material quality checks, the slump cone test, equipment operation, safety practices and structural drawing interpretation. The training strengthened technical understanding, problem-solving ability, professional confidence, teamwork and awareness of construction quality and safety. The documented challenges—especially reinforcement detailing, formwork alignment, vibration, curing, weather delays and material estimation—show how classroom principles are applied under real site conditions. For diploma civil engineering education, such structured field exposure provides valuable practical learning and supports readiness for professional construction environments.

[1] A.M Construction Industrial Training Report, “Building Material & Construction (BMC),” Nirali Prakashan and Tech Knowledge Publications, source material cited in the submitted training report. [2] A.M Construction Industrial Training Report, “Concrete Technology (CTE),” Nirali Prakashan and Tech Knowledge Publications, source material cited in the submitted training report. [3] Direct practical guidance and site observations from Er. Atul More, site engineer/mentor, and Er. Devendra Potdar, RCC designer and mentor, as documented in the submitted industrial training report. [4] Structural and architectural drawings supplied during the training for residential construction projects, as documented in the submitted report. [5] Daily site diary observations, demonstrations by skilled labourers, and field-learning records documented in the submitted industrial training report.