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Licensed Professional Engineer — M.S. Structural Engineering

Rittik Bhowmik

Engineering structures that withstand the elements.

Moffatt & Nichol P.E. — Texas SUNY Buffalo M.S. 7+ Years
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I design marine & naval structures,
engineer for offshore wind,
and build what withstands.

Marine StructuresNaval InfrastructureOffshore WindLoad RatingStructural AnalysisConstruction Support Marine StructuresNaval InfrastructureOffshore WindLoad RatingStructural AnalysisConstruction Support
Structural Engineer, P.E. ✦
Rittik Bhowmik

What I Do

Designing
resilient
structures

01

MarineStructures

Wharf and pier design, pile-supported platforms, waterfront infrastructure, and coastal engineering solutions.

02

NavalInfrastructure

Dry dock design, caisson structures, federal shipyard facilities, and military-grade structural systems.

03

OffshoreWind

Wind port terminals, heavy-load wharves, and infrastructure supporting the next generation of renewable energy.

04

StructuralAnalysis

FEA modeling, load rating, non-destructive testing, and advanced computational structural engineering.

0+

Years Experience

0+

Key Projects

0

Publications

0+

Software Tools

Credentials

Professional License

P.E.
TX

Professional Engineer (P.E.)

Texas Board of Professional Engineers and Land Surveyors · LIC# 156751 · Active since July 2025

● Active
E.I.T.
MD

Engineer in Training (E.I.T.)

Maryland State Board · Issued August 2019

Professional Work

Key Projects

A selection of structural engineering projects spanning marine, naval, offshore wind, and building infrastructure.

Offshore Wind

Searsport Offshore Wind Terminal

Sears Island, ME

Design of steel pipe pile-supported wharf and relieving platform for Maine's first floating offshore wind turbine generation facility, for MaineDOT.

Naval / Marine

Dry Dock #5 — Pearl Harbor Naval Shipyard

Pearl Harbor, HI

Structural analysis and design of caisson and associated structures at a critical U.S. Navy dry dock facility.

Naval / Marine

Multi-Mission Dry Dock — Puget Sound Naval Shipyard

Bremerton, WA

Analysis and design of caisson and miscellaneous structures for a multi-mission dry dock expansion within the naval shipyard.

Offshore Wind

New Jersey Wind Port

Salem County, NJ

Design of new concrete pile-supported wharf and relieving platform with 6,000 psf live load rating for NJEDA. Included underground storm drainage and manhole structures with heavy vehicular axle loads.

Power Transmission

Key 230 kV Harbor Crossing

Baltimore, MD

Foundation and vessel collision protection design for land and in-water transmission towers spanning the Patapsco River, with full construction support services.

Marine / Federal

U.S. Coast Guard Yard Pier & Wharf

Baltimore, MD

Design of steel pile-supported piers and wharf for a marine travel lift transporting vessels from water to land for sheltered maintenance. Delivered issue-for-construction documents.

Load Rating / Port

North Locust Point Pier

Maryland Port Authority, Baltimore, MD

Load rating analysis of existing timber piles and pier structures, preliminary sheet pile wall modeling, cost estimation, and material take-off.

Building Diagnostics

Emory University Structural Assessment

Atlanta, GA

GPR non-destructive testing of concrete structures, column shear crack restoration design using epoxy injections and carbon fiber patching, and shoring load path calculations.

Structural / Building

Township — 60-Unit Residential Complex

Bilaspur, India

Wind and lateral loading analysis for a 60-row townhome housing development and shopping complex, with custom automated spreadsheet design tools.

Cultural / Civic

Dumka Planetarium

National Council of Science Museums, India

Reinforced concrete structural analysis and design using STAAD-Pro and ETABS, validated against IS codes using custom automated spreadsheet tools.

Showing 10 of 10 projects

Graduate Research

Academic Projects

Bridge Engineering

Steel Highway Bridge Design

SUNY Buffalo · Dec 2019

Designed and load-rated two steel plate girder highway bridges (240ft total span, continuous for live loads) and a 90ft span bridge per AASHTO LRFD 2017 and NY State DOT BD Manual, cross-verified with CSI Bridge.

Bridge Engineering

Prestressed Concrete Highway Bridge

SUNY Buffalo · Apr 2019

Prestressed concrete bridge of 240ft span, made continuous for live loads per AASHTO LRFD 2017 and PCI Design Handbook. FEA of prestressed girder performed using ABAQUS.

Lateral Load Design

Ductile Lateral Load Resisting Systems

SUNY Buffalo · Apr 2019

Designed numerous lateral load resisting systems including SMRF, SCBF, EBF, BRBF, and Steel Plate Shear Walls for multiple story/bay configurations per AISC provisions.

Toolset

Software & Skills

Analysis & FEA

ETABSSAP-2000STAAD-ProCSI BridgeABAQUSRAM Connection

Design & Drafting

REVITAutoCADMATHCADHilti ProfisSupportITCWALLSHEET

Standards & Methods

AASHTO LRFDAISC StandardsACI 318FEALoad RatingGPR TestingConstruction Support

Background

Education

🎓

M.S. — Structural Engineering

The State University of New York at Buffalo

Buffalo, New York, USA · 2018–2019

🏗

B.Tech — Civil Engineering

West Bengal University of Technology

Kolkata, West Bengal, India · 2013–2017

Research

Publications

2017

Review Paper on Blast Loading and Blast Resistant Structures — IJCIET

2017

Review on Bubble Deck with Spherical Hollow Balls — IJCIET