Haniya Mohamad Ihsan

Indian institute of technology Madras is ranking No 1 in Engineering and overall category for past 9 consecutive years according to the Indian ministry of humans resources and development I have obtained a CGPA of 7.51 out of 10 DESIGN OF COLD FORMED STEEL SKELETON (B.Tech Project) Guide: Dr. Arul Jayachandran S (Jun17 to May'18) Studied Direct Strength Method(AISI S100-2007), Effective Width Method(IS 801) and buckling equations Obtained the buckling curve and design curve for both beam and column using CUFSM STRUCTURAL ENGINEERING BUILDING EXTENSION (B.Tech Project-Case study) (Jun17 to May'18) Designed a Cold formed extension building and analysed a typical frame extracted in STAAD Pro Carried out CUFSM analysis of various channel sections and obtained the efficient steel section for the structure STRUCTURAL STEEL DESIGN EXPERIANCE (Winter Project) Guide: Dr. Arul Jayachandran S 1-NAPHTA STORAGE TANK A large steel cylindrical tank at Jaipur (Dec16 to Jan17) Manual calculation and application of loads to the structure in STAAD Pro Study of Wind loads and applications of the same in conformance with IS 875-3 (1987) Researched both 1-Foot Method and Variable Design Point Method for shell thickness calculations using API 650 and IS 800 2-STEEL FOOT OVERBRIDGE, Stretching between Ramanujan IT City and MRTS, Chennai (Dec17 to Jan18) Contributed to the design of elevated cable structure walkway providing access to three arms across four line traffic on OMR road Carried out structural evaluation and estimation of steel deck with open sky roofing INTERNSHIP WITH DR. ARUL JAYACHANDRAN S (May17 to June17) Carried out a Stability evaluation of two BPCL Petroleum outlet Pre-fabricated canopy structure at Banashankari and ISRO Layout, Bangalore Manually Recalculated the data and made correction in the provided STAAD file accordingly Analysed the canopy structure in STAAD Pro, Evaluated factors compromising safety and impairing durability INTERNSHIP AT BBR (INDIA) PVT LTD, Bangalore ( July16) Researched Advantages and Limitations of Prestressing, Losses in Prestressing, Analysing and designing of members, Anchorage and jacking devices for pre tensioning and post tensioning Analysed and designed a post tensioned slab, calculated the anchorage and jacking requirements