Project Engineering — Riser & Jumpers

• Supported installation team through a mid-installation length shortage, coordinating cross-functional mitigation.
• Delivered integrity and fitness-for-service assessments for subsea riser and jumper systems.
• Built coupled OrcaFlex models for extreme environmental loading and installation scenarios.
• Led technical interfaces across design, installation, and client engineering teams.

Senior Subsea Engineer

• Performed pull-in and seal engagement engineering; built an automated modeling tool for the process.
• Ran deployment, recovery, and installation analysis for suction anchors, ROVs, umbilical risers, flexible hoses, and UTAs.
• Automated engineering workflows with Python and the OrcaFlex API, saving 1,900+ hours annually.
• Trained engineers in Python automation and fatigue assessment methodology.

• Eneva Nanook (Brazil) — failure assessment and integrity evaluation for FSRU flexible systems.
• Shell Crux — rapid mitigation of a mid-installation length shortage.
• BP Argos (Gulf of Mexico) — fatigue analysis and installation dwell-time evaluation.
• Shell Whale (Gulf of Mexico) — extreme analysis and I-Tube load validation.
• Pazflor Repair (Angola, TotalEnergies) — fatigue reassessment for a modified flexible line.
• LLOG Salamanca (Gulf of Mexico) — BSR sizing optimization for dual OD flexible risers.
• Mozambique Development — installation fatigue, crush assessment, and line-crossing evaluation.

M.Tech, Ocean Engineering — IIT Madras

• Hydrodynamics, offshore structures, rigid riser design; storm surge & inundation modelling project.

B.Tech, Mechanical Engineering — Kalyani Government Engineering College

• FEM stress analysis of a dental crown (ANSYS).