Jun 2020 – Aug 2022 · 2 yrs 2 mos · India

• Working on Microsoft Assistive technology software product, which enables persons with disability to access Microsoft product as any other normal user. Product is developed using following technology WinUI 2.x, UWP, C++/WinRT, Win32 libraries, deployed to Windows 10 OS.

Jun 2019 – Jun 2020 · 1 yr · bangalore

• Worked on LP Optimization (Linear Programming Optimizer Application) project which is part of Enterprise Supply Planner (ESP). LPOpt takes the supply plan and formulate the Linear programming model and supply as objectives/matrix file to CPLEX LP Solver, and finally generate optimized supply plan, with optimum values of objectives (like maximize profit, reduce cost)
• Roles and Responsibility: -
• ● Involved in Linear Programming Optimizer Application’s Enhancement, and development of Optimization of solving time by Net Change Feature.
• ● Involve in High Level Design, low level design, peer-to-peer code review and Engineering release.

Jan 2019 – May 2019 · 4 mos · bangalore

• Worked on UXP and CEP framework development. CEP provides UI Extensions creation and attaching them to all ADOBE’s Multimedia Host Applications (like Photoshop, Audition, Illustrator, Reader).
• Roles and Responsibility: -
• ● Involved in Development of UXP (open-source Adobe’s Application framework) and CEP framework (Chromium based application framework).
• ● Involved in understanding Requirements, task planning and Work breakdown

Apr 2017 – Jan 2019 · 1 yr 9 mos · Bangalore

• Toshiba X-Ray Image processing System
• working on new generation APEX X-Ray Image processing system as Team Lead.
• technologies used: C++11/14 | Data Structure | Design Pattern | Multi-Threading | Inter-Process Communication | Performance tuning | System Architecture | Operating System concepts.
• Design Principles: OOPS | OOAD | GRASP | STUPID=>SOLID Principle | High Cohesion | DRY | KISS Principle | UML

Mar 2015 – Mar 2017 · 2 yrs · Bengaluru Area, India

• Toshiba X-Ray Machine, Medical Imaging System.
• working on Infinix-I series of C-Arm X-Ray Medical System which is capable of all types of interventional imaging of cardiac and general angiography. Involved in Writing Image Processing Application, Design, and Development of VCT Project.
• technologies used: C++11/14 | Data Structure | Design Pattern | Multi-Threading | Inter-Process Communication | Performance tuning | System Architecture | Operating System concepts.
• Design Principles: OOPS | OOAD | GRASP | STUPID=>SOLID Principle | High Cohesion | DRY | KISS Principle | UML

Apr 2014 – Feb 2015 · 10 mos · Bangalore , India

• In Honeywell, I worked in Intrusion domain and Involved actively in Requirement Analysis, Designing, Coding, and Testing of Galaxy and Flex Intrusion Panel (Embedded device) project. And involved in Design and Development of Eagle Panel Project build on top of GCP Framework.
• technologies used: C++ | Data Structure | Design Pattern | Multi-Threading | Inter-Process Communication | Performance tuning | System Architecture | Operating System concepts.
• Design Principles: OOPS | OOAD | GRASP | STUPID=>SOLID Principle | High Cohesion | DRY | KISS Principle | UML

May 2010 – Apr 2014 · 3 yrs 11 mos · Bengaluru Area, India

• In Altair Engineering I worked in CAE domain, as an Individual Contributor role and Involved actively in Requirement Analysis, HLD-LLD Designing, Coding and Testing of Altair BPEL Process Manager project which is based on WS-BPEL 2.0 specification.
• technologies used: C++ | Data Structure | Design Pattern | Multi-Threading | Inter-Process Communication | Performance tuning | System Architecture | Operating System concepts | QT | QML | MOC | Bingen | CMAKE | CYGWIN.
• Design Principles: OOPS | OOAD | GRASP | STUPID=>SOLID Principle | High Cohesion | DRY | KISS Principle | UML

May 2008 – May 2010 · 2 yrs · Bengaluru Area, India

• In Robert Bosch, I worked in Intrusion domain(Building Security systems), Involved actively in LL Designing, Coding and System Testing of Modular Alarm Panel 5000 (MAP 5000) project (Embedded Device).
• technologies used: C++ | Data Structure | Design Pattern | Multi-Threading | Inter-Process Communication | Performance tuning | System Architecture | Operating System concepts | Embedded Programming | SQL DB.
• Design Principles: OOPS | OOAD | GRASP | STUPID=>SOLID Principle | High Cohesion | DRY | KISS Principle | UML

Feb 2006 – Apr 2008 · 2 yrs 2 mos · Bengaluru Area, India

• During the course of assignment in Siemens, I designed and coded the various modules of two major projects in the CT medical domain( post-processing application for CT Scan Machine), which is based on three-tier application architecture. My main responsibility was to design the interface and writing Image Processing Algorithms of these major applications (Neuro VPCT and Body VPCT), which is based on Siemens own framework called Syngo (wrapped on VC++). Neuro VPCT and Body VPCT used by medical professionals for detection of stroke, tumor in brain and tumor in the different part of the body like lung, pancreas.
• technologies used: C++ | Data Structure | Design Pattern | Multi-Threading | Inter-Process Communication | Performance tuning | System Architecture | Operating System concepts.
• Design Principles: OOPS | OOAD | GRASP | STUPID=>SOLID Principle | High Cohesion | DRY | KISS Principle | UML