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### Slide 1 – Introduction * The internship was completed as part of the Civil Engineering diploma programme. * Duration: Three weeks. * The internship was conducted under the K…
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### Slide 1 – Introduction * The internship was completed as part of the Civil Engineering diploma programme. * Duration: Three weeks. * The internship was conducted under the Kerala Road Fund Board (KRFB). * The training took place at the Zilla Court Bridge reconstruction site. * It provided practical knowledge of bridge construction activities. ### Slide 2 – About KRFB Kerala Road Fund Board (KRFB) * A statutory body established by the Government of Kerala. * Works for the development and improvement of road infrastructure. * Supports the planning and execution of infrastructure projects. * Focuses on quality, safety and durability. * Plays an important role in improving transportation facilities. ### Slide 3 – Objectives of the Internship * To understand practical civil engineering activities. * To observe bridge construction procedures. * To study pile foundation construction. * To understand reinforcement and concreting works. * To learn surveying using a Total Station. * To observe construction material testing and quality control. * To understand site safety measures. ### Slide 4 – Overview of the Bridge Project Reconstruction of Zilla Court Bridge, Alappuzha * The project involves the reconstruction of a bridge across the Vada Canal. * Foundation and structural construction activities were observed. * Different stages of bridge construction were studied. * Site engineers explained construction methods and procedures. * Quality control and safety practices were also observed. ### Slide 5– Pile Foundation Works * Observed the pile boring process. * Studied the use of slurry to maintain borehole stability. * Observed the Standard Penetration Test (SPT). * Learned about reinforcement cage fabrication and installation. * Observed concrete placement for pile foundations. * Understood the importance of foundations in transferring structural loads to the soil. ### Slide 6 – Reinforcement and Concreting * Observed reinforcement fabrication and fixing. * Studied reinforcement cage installation. * Observed concrete supply using a transit mixer. * Learned about concrete temperature testing. * Observed concrete cube sample preparation. * Understood the importance of proper reinforcement placement and concrete quality. ### Slide 7– Laboratory and Quality Control Tests The following tests were studied during the internship: * Concrete Cube Compression Test: Evaluates the compressive strength of concrete. * Rebound Hammer Test: Estimates concrete surface hardness and strength. * Ultrasonic Pulse Velocity (UPV) Test: Assesses concrete quality and uniformity. * Aggregate Impact Value Test: Evaluates aggregate resistance to impact. * Sieve Analysis Test: Determines the particle-size distribution of aggregates. ### Slide 8 – Other Construction Activities * Observed retaining wall construction. * Studied reinforcement work for the drain wall. * Observed raft foundation deshuttering. * Learned about pile chipping and pile foundation preparation. * Observed concreting using construction equipment. * Studied surveying activities using a Total Station. ### Slide 9 – Skills and Knowledge Gained * Practical understanding of bridge construction. * Knowledge of foundation and reinforcement works. * Familiarity with concrete and aggregate testing. * Basic understanding of surveying procedures. * Awareness of construction safety and quality control. * Improved observation, communication and teamwork skills. ### Slide 10 – Conclusion * The three-week internship provided valuable practical experience. * It helped connect theoretical knowledge with actual site activities. * Various foundation, reinforcement, concreting and testing procedures were observed. * The internship improved my understanding of construction practices Follow Design: {"palette":["Deep canal navy #0F1E36 — dominant title typography and grounding frames","Kerala water teal #0D7A75 — primary accent for bridge and canal water references","Sandstone gravel #EAE6DF — warm civic neutral background tone","Crisp plaster #FFFFFF — elevated card containers","Terracotta rust #C25E3B — inspection flags and key outcome highlights"],"fonts":{"Lora":"https://fonts.googleapis.com/css2?family=Lora:ital,wght@0,400..700;1,400..700&display=swap","IBM Plex Sans":"https://fonts.googleapis.com/css2?family=IBM+Plex+Sans:ital,wght@0,100..700;1,100..700&display=swap"},"type":"Lora in semi-bold for authoritative, civic-grade headings that convey public works heritage; IBM Plex Sans in regular and medium weights for clean, highly legible body narratives and multi-point site observations.","layout":"Clean editorial journal layout with generous outer margins, two-column split cards comparing foundation and superstructure tasks, left-aligned title anchors, and a horizontal linear milestone strip at the bottom.","framework_treatment":"Frameless floating white cards with soft boundary shadows against the sandstone canvas, hairline dividers between construction steps, neat pill tags for test names, and high-clarity numbered list containers.","feels_like":"A state infrastructure board's public monograph on civil works and engineering apprenticeships"}
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This community presentation was shared by Al thijani as a complete 10-slide example. ### Slide 1 – Introduction * The internship was completed as part of the Civil Engineering diploma programme. * Duration: Three weeks. * The internship was conducted under the K… The preview lets you review the full sequence in order, rather than judging the design from a single cover image.
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