A Global Solution Architect & technology Leader for Honeywell's Connected Safety Industrial IOT Platform & Product. Unifying all business applications under a single eco-system.• Building a grounds up Industrial Industrial IOT platform involving Edge device connectivity, Gateway SW, Cloud microservices in Azure (Service Fabric, Azure Storage) App Service (ReactJS)• Production deployed, working 1-1 with customer base for early adoption and onboarding key customers. * Technology selection, Design decisions, platform strategy, cost tradeoffs, technical Risks, Integration with other Honeywell platform, Hands-on development and debugging.• Critical contributor to Negotiate, influence & prioritize feature, technology (MVO), innovation through VOC, to bring new features/opportunities• Stakeholder management – End User, Marketing, Executive Management, Support, Product manager, Development & HUE teams.* Provides technical insights for product and business strategy* Team building, hiring, coaching, mentoring, people management• Global Solution Architecture (across USA, UK, Germany, India), SW Design, FW Design, Design for Safety, Performance, Scalability & Integration, addressing field issues, roadblocks for the product.• Point of contact for TUV SUD (Regulatory agency) for areas including Safety Architecture, Design, Diagnostics, FMEA, PFD, Safety Plan etc)(Leader: Architecture group)• Build & Manage team of System Engineers – each member is individual architect. Mentoring, Coaching and intervene into their project as required• Architectural governance and cross functional collaboration• Build pipeline for future System Architects• Define, institutionalization and improve best practices across the functional group

Delivered a two end to end Safety systems (Controllers & detector) along with its Interface application (Configuration & Monitoring Software) conforming to SIL2 & ATEX requirement. It is a multi-disciplinary real time, multiprocessor solution. It is a distributed system which includes IO Modules, Communication Bus, Central Controller, Touch Screen interface & remote applications. It is used to monitor standard analogue and digital inputs, run control algorithm and assert the output point.Roles and responsibilities• Solution Architect, Requirement Analysis, Safety Design Engineer, Integration leader, trouble shooter, working with Regulatory agency.• Working across different stakeholders to manage & mitigate program risks – technical risk owner• Product Architecture using Enterprise Architecture (EA) Tool • Design and Development using C• Assisting the development and test team through-out the development life cycle• Mentoring members in the team

Architecture, Design and Development of the Simulation framework to be used in Fuel Tank Simulation Rig for Airbus Aircraft. I worked as individual to take the simulation framework to next level and integrate with larger Real time fuel tank simulation rig. Used C and Tcl/Tk for development.

I was involved in design and development of automation products, POC for the local market, architecture & design consultancy for high risk programs with in Honeywell. During this time I got to work across different business units of Honeywell and got a very good experience of how different systems are designed.

Worked for the Honeywell Aerospace domain during this time in US. I delivered Cabin Pressure Control system during this time - my role was to design, develop, and FAA certification. It was a real time control system developed in C/C++.

Worked as automation engineering. Designed & developed automated test jig for check switching device. Proposed & Developed prototype to control phase difference correction factor.

Worked as electronics engineer. My job included upgrading instruments, installing wire line logging system and performing field jobs.