Engineering Engineer
Resume:
PAVAN SRIKAR DASARI
***********@*****.***
linkedin.com/pavansrikar
(504) 909 – 8308
OBJECTIVE:
Seeking a Naval Architecture/Marine Engineer/Structural/Field Engineer Position EDUCATION:
University Of New Orleans, GPA (3.89/4) Aug 2013 - May 2015 Masters in Naval Architecture and Marine Engineering
Marine Engineering Process Modelling.
Analysis and Design of Ship & Offshore Structures.
Coastal Engineering.
Advanced Ship/Off-Shore Platform Motion
Indian Maritime University, India. GPA (8.1/10) Aug 2009 - May 2013 Bachelor of Technology in Naval Architecture and Ocean Engineering Elective Courses:
Submarine & Submersibles Motion analysis
High Performance Marine Vehicles
WORK EXPERIENCE:
Naval Architect – BAE Systems, South East Shipyards ( Mobile, AL Jan 2015 – Present)
Responsible for the lift and turn operations that are being executed. Calculation and also the Implementation of lift according to the plan.
Responsible for execution of commercial ship construction engineering projects by, facilitating the design of systems, structural design, shipyard/subcontractors specifications, equipment selection and interfacing with other disciplines as needed.
Coordinate and conduct drawing review, contract compliance verification, with shipyards owners rep. and regulatory bodies
Provide progress reporting, and schedule management of engineering deliverables.
Naval Architect- Intern - A.K Suda INC (New Orleans, LA. May 2014-August 2014)
Design of hull and structural components for liftboats, oil rigs and barges tug boats
Scantlings and Machinery Calculations using ABS and ABS MODU rules
Stability Support Calculations, Trim & Stability calculations (Intact & Damage)
Fixing ABS comments related to Structure, Piping and Arrangement drawings
Modeling and Global Stress analysis using SACS.
Engineering Intern (Cochin Shipyard Limited-Kerala, India. June 2012– July2012)
Trainee in Ship design, Ship building, Ship repair departments for 8 weeks
Trainee in the design department, knowledge on management tools for advanced outfitting and material flow optimization method IHOP (Integrated Hull Outfit Paint). PROJECTS:
Vibrational Analysis on Ship Propeller and Shaft:
Developed a three mass model of propeller, shaft, and engine.
Calculated and compare the results that are obtained from a simplified three mass model of the propulsion system and the Ansys model.
FEM Analysis on Ship Hull Vibration:
Modeling of the hull structural system: Designed a 2-D model considering the ship to be a beam and then a 3-D model by taking all the longitudinal and transverse strength members, defined properties and selection of materials, meshing and solved the model in
“HYPERMESH” software
Mass Calculations: Self weight of hull and added mass distributed station wise, Buoyancy is given as spring with the damping
Analysis: The Natural frequency of the ship is calculated using the “Todd and kumai’s formulas”, and this is compared to results obtained from the 2-D and the 3-D models in Hypermesh
Preliminary ship design of Panamax Bulk Carrier of 65000DWT:
Data collection, Preliminary ship design, Lines plan generation, General arrangement drawing, Capacity calculations, Scantling calculations using IRS Rules-2012, Structural Drawing and Weight estimation, Stability Calculations, Rudder and Propeller design.
Construction and working of a Hovercraft model:
Developed lines plan and Hydrostatics, construction of model with FRP sheets and tested if meeting the required lift and thrust
SKILLS:
Programming:
C, MATLAB, Python, FORTRAN.
Technical:
AUTO CAD: 2D, 3D
SHIP CONSTRUCTOR
MAXSURF: Modeling, Hydromax, Hull speed, Sea Keeping
SOLID WORKS: Modeling, Animation
HYPERMESH: Modeling, Case Analysis
PATRAN: Modeling, Static Structural, Modal, Fluent, Linear Buckling
SACS: Hull Modeling, Intact and Damage analysis, Motions prediction
RHINO
WAMIT
TRIBON: Lines and Structural Module
BASICS of Ship Flow NavCad, Moses, GHS
Class Rules:
Knowledge of ABS, ABS MODU, DNV, LR, familiar with IMO, MARPOL & SOLAS Regulations.
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