Navis SPARCS N4 is the terminal operating system for marine container terminals. It provides full control for yard, vessel, and rail planning, including dispatch of container handling equipment and other work at the terminal.Yard Intelligent Suite – Next Generation Yard Management o Initiated and developed a new team from the ground up two years ago, aiming to create a cutting-edge yard management solution for terminal operations.o Assembled a diverse talent pool, combining experienced professionals, seniors, juniors, college graduates, and interns.o Successfully built and delivered four innovative products to three customers, with an additional 4-5 customers in the pipeline, significantly contributing to the company’s OTR & ARR.o Managed the entire project lifecycle, from onboarding and finalizing requirements to deciding the architecture, building the product, conducting quality evaluations, performance certifications, customer demos, testing support, and go-live support.o Key products developed include:o Tower Checker Solutiono Predictive Housekeepingo Yard Health Alertso Intelligent Deckingo What-If Deckingo Loading Points

o Responsible for overseeing two engineering development teams:o Leading one team in enhancing the N4 - XPS application, focusing on high availability, reliability, and performance using C++.o Leading another team in developing the next-generation Yard Management application, utilizing Java, JavaScript, and REST to optimize, predict, and forecast yard operations.o Successfully executing multiple projects concurrently, providing strategic technical guidance to ensure timely and budget-compliant completion.o Accountable for delivery commitments through effective collaboration with Product Owners.Key Result Areas: o Successfully delivered much scalable and performance improved product (XPS – C++) o Implemented communication & authentication using Rest API - cpprestsdk in C++o Delivered multiple security projects to strengthen the producto Upgraded legacy password to SHA3-512 using Crypto++ lib - Cryptographic hash techniqueo Collaborated with scrum teams along with other stakeholders to achieve 3x times improved in just couple of releaseso Primary objective is to increase the performance of the system (XPS) by Improving the Memory Management and processing speed.o Participate in on-site customer visits and gap analysis in mega terminalso Helping the team with Architecture, design solution, reviewing the code, multi-component testo Focused on delivering the maintainable and testable code o Improved from handling 6M TEU to 15M TEU and from launching 150 to 200 clients o Memory leak reduction, reducing operational data footprints, Container search improvement, Redefining the XPS unit testing frameworko Involve in giving technical guidance in porting the C++ code to java projectso Experience in Crash dump Analysis, Memory Leak Analysis, Profiling to improve code performance, Functional testing, Scripting, and driving Performance Testing

o Handling 3 scrum teams as a program Managero Working with various stakeholders in a release program towards success of ito Owns the delivery commitment from release and drives various areas of program management with support of PO & DMo Scrum Master during the Agile roll out from waterfall modelo Managed to bring a new team to the speed with in 4 sprints, irrespective of different time zones, team with different skill set and different level of experience.o Facilitated scrum ceremonies stand-up, sprint planning, backlog grooming, retrospective meeting and participated in PI meeting

Successfully delivered much scalable and performance improved product ( XPS – C++ )Upgraded legacy password to SHA3-512 using Crypto++ lib - Cryptographic hash techniqueCollaborated with scrum teams along with other stakeholders to achieve 3x times improved in just couple of releasesPrimary objective is to increase the performance of the system (XPS) by Improving the Memory Management and processing speed. Participate in on-site customer visits and gap analysis in mega terminalsHelping the team in design solution, reviewing the code, multi-component testFocused on delivering the maintainable and testable codeImproved from handling 6M TEU to 15M TEU and from launching 150 Clients to 200 clientsMemory leak reduction, Reducing operational data foot prints, Container search improvement, Redefining the XPS unit testing frameworkInvolve in giving technical guidance in porting the C++ code to java projectsExperience in Crash dump Analysis, Functional testing, Scripting and driving Performance Testing

o Managed OTC derivative products such as Swap, FX Option, Bonds, and Swaption trades.o Extensively handled Murex STP trade processing in Oasys Trade Capture, serving as subject matter expert across ASPAC, Tokyo, London, and America.o Designed and implemented Murex to Oasys interfaces for trade booking and payment processing, facilitating finance settlement.o Proficient in batch applications and GUI-based C++ applications on Unix platforms, utilizing xwindows and Motif.o Managed production support levels L1, L2, and L3 across global regions.o Led the retirement of the existing Activity Scheduler Application by integrating its functionalities into the Notification Generator. This history-driven process generates payment authorizations and notices for customers, optimizing fax delivery through Print Notice.o Integration across MOM, Calypso, and Oasys systems within the Indigo project, facilitating trade booking and payment flows to Geneva.

o Crew Tracking System (CTS): Managed crew operations efficiently to minimize flight and crew disruptions, enhancing crew productivity through real-time simulation of user actions for proactive decision-making.o Movement Control System (MCS): Enabled fleet tracking, management, and disruption recovery, supported by decision-making tools that optimize operations control, aircraft scheduling, and maintenance functions for seamless schedule management.o Collaborated closely with major customers such as Emirates, Cathay Pacific, and Jet.o Executed full software development lifecycle (SDLC) activities including requirement analysis, impact analysis, design, coding, and testing.o Contributed to product support by resolving critical system crashes in C++.