Managed the design and production of complex marine vessels, leading a team of engineers and ensuring all project objectives were met.Conducted weekly project reviews with cross-functional teams, ensuring smooth communication and timely progress reporting to stakeholders.Implemented project management tools to streamline workflows, track progress, and allocate resources efficiently.Managed project budgets and schedules, ensuring deliverables were met on time without exceeding cost constraints.Conducted risk assessments and developed mitigation plans, addressing potential challenges before they impact project timelines. Successfully conducted technical interviews aimed at evaluating candidates for junior-level positions.

Key Achievements1. Pioneered the integration of modular building techniques into the design process, leading to significant gains in both space utilization and time efficiency.2. Innovatively developed jigs tailored for assemblies and sub-assemblies, effectively supporting the production team, and contributing to improved manufacturing processes.3. Successfully converted 2D plans into detailed 3D models, providing valuable support to the production team and significantly boosting overall productivity.4. Spearheaded the recommendation and integration of the hydrostatics program Orca 3D, resulting in streamlined design processes and accurate performance predictions.5. Introduced parts interlocking techniques to ensure seamless assembly processes, enhancing foolproof integration of components.Responsibilities• Actively supported management in the process of product design and development, contributing insights and efforts to achieve successful outcomes.• Create innovative layouts for novel boat design concepts by collaborating closely with the sales team and new clients.• Designed comprehensive 3D models of boats and subsequently produced detailed 2D drawings for parts and assemblies, ensuring thorough documentation and accurate representation.• Proficiently created and managed Bill of Materials (BOMs), ensuring accurate documentation and effective resource tracking.• Conducting stability analysis, weight calculations, scantlings, and ballast calculations

* Designing of Structural members for small boats, barges, fishing and other unconventional vessels* Creating 2D and 3D models parts/assemblies, BOM’s and shop drawings using Rhinoceros.* Assist in developing and maintaining company design standards to streamline the engineering process for each project* Converting 3d surfaces into buildable structures and produced drawing for production* Drafting the models as per company drafting standards* Performing weight studies and other hydrostatic test on 3d hull models* Coordinating with customers to implement their design decisions into the 3D model* Rendering of CAD models for customer visualization* Designing vessels to appropriate regulatory standards include USCG, ABYC

• Perform Various Statistical analysis using Excel and SAS tools• Utilize SAS tools to analyze, validate, format and consolidate raw data • Use SAS effectively to import and export raw data from one file formats to another data file format• Ability to export SAS files to various output formats such as HTML, Excel and PDF• Able to use data manipulations procedures such proc univariate, proc freq

CFD Analysis of Motion Characteristics of AMECRC models fitted with Vanes • Master’s degree thesis research, focusing on the motion characteristics of high speed hull forms with vanes• Utilized Maxsurf and Rhinoceros 3D for hull designing, and Star CCM+, Ansys Aqwa and Maxsurf motions, to obtain the motion characteristics and interpreted the resultsResistance Characteristics of High Speed Hull Forms fitted With Vanes • Co-authored technical paper on the resistance characteristics of high speed hull forms with vanes• Presented the paper at the Fast Sea Transportation conference (SNAME FAST 2015)Ocean Engineering Systems Project – “Ordnance Removal Crawler”• Collaborated in preparing a NSF proposal on the topic of Munitions Response in Underwater Environments • Proposed the design of Ordnance Removal Crawler - an autonomous underwater vehicle to recover underwater ammunitionsMatlab script• Developed a software program in MATLAB script for design and optimizaiton of Propeller • Program is based on GAWN propeller seriesDesign Project - Solar boat for “Solar1 – Solar Boat World Championship Race” • Collaborated with a group of twenty members in the multidisciplinary project and assisted in the design and construction of solar powered boat• Project was showcased at the “Engineering and Design Showcase April 2015” jointly organized by Florida Institute of Technology and Northrop Grumman Corporation and won the award for the “Best of Show 2015 – Multidisciplinary Project”

Projects InvolvedProject 1 : Ballast Weight BracketsRole : Modeling and DetailingBallast weight brackets are modeled and installed to maintain C.G range within the specified C.G travel.Project 2 : Various BracketsRole : Modeling and Detailing Brackets were designed by using raster Images and the recommended modifications were incorporated using Part Design and Surface Design workbenches in CATIA V5. The bracket are used to take various loads and also carried out modifications, recommended by detail design department.Project 3 : Inboard Preparation & DMU Role : Modeling and Detailing These activities involve conversion of all the design data to CGM, DXF and CGR format and arranging them in their respective positions in the Assembly. Project 4 : DMU – ActivitiesRole : Checking the Clash and Interference. These activities involve checking the clash and interference between the assemblies using CATIA DMU workbench.

Trained as Dual cadet officer gaining both theoretical and practical insight into many different areas of vessel operations, including navigation, marine engineering, bunkering, deck work, mooring, anchoring, maintenance and repair of auxiliary machinery, safety, cargo operations, leadership, and management. • Assisting the officer-in-charge in navigation, chart correction, deck work, inspection of life-saving devices and supervising the deck crew.• Assisting the engineer-in-charge in preparing the Plant (Main Engine and auxiliaries) prior to sailing, keeping watch and logging of all running machinery during the sailing of the ship. Also helped them during the repair and maintenance of machinery, bunkering, taking inventory of parts and supervising the engine crew.