Helping customer on their Digital Transformation Journey | IT/OT Integration. Solution Architect

Responsibility:
* Managing a diverse team of Technical Experts utilizing agile project management
techniques.
* Definition, deployment of the Machine Monitoring System.
* Transform business requirements into a highly componentized software product.
* Guide the development and integration of software with micro-services architecture.
* Understand requirements and translate them into technical functionalities to deliver
customer value. Defining solutions strategies and roadmaps by working closely with
Product Owner of Rockwell Automation.
* Integration of continuous integration processes and DevOps for software development
(Terraform for defining IAC)
* Architecting Front End (SPA), API Layers, and Backend for the cloud solutions with
following - Azure, Python
* Designing and implementing APIs, including a deep understanding of REST.
* Build Services utilizing container-based technologies including Docker, and Kubernetes.
* Design software systems with various Microsoft technologies and ensure compliance to
all architecture requirements.
* Design architecture for various components and validate tools.
* Coordinate with architects and analysts and maintain technical knowledge.
Project Details:

Industrial Data Platform:
Enrich, Expand, and Expose Data in a simpler, more interoperable, more extensible way
Unlock additional data sources, enable cloud-based solutions, and provide the opportunity for third
party developers
* MES data, IOT data, Maintenance data, etc....
* Analytics and operations management
* Data Platform Components
* Cloud Native Storage - time series/relational/hybrid
* Query engines
Expand data access and modeling tools
* controllers and other devices
* Brownfield and Greenfield
* Data Platform Components
* Next Gen Communication Services
* Edge SW stack
* Device Twin concepts (data/state brokering)
* Data Integration featuring (API mgmt., events, messaging) hubs)
* Broader OPC-UA support
* AI/ML to enrich and automate modeling close to the device

Tech Stack: Azure Cloud Platform, Docker, Kubernetes, API Management, API Gateway
Streaming Platform: Apache Kafka
Cloud Object Storage: MinIO
Distributed SQL Database: Yugabyte, Trino

Unified Asset Performance Management:
Developed a Unified Asset Performance Management (APM) Platform to cater to multiple industry
sectors. The current focus is on Mining (and specifically, Mineral Processing), which will be
subsequently expanded to Chemicals, Metals and Other industries in subsequent years.
The key intent of APM Platform is to provide an end-to-end lifecycle capabilities starting from
configuring an asset to its retiring by leveraging data and associated insights derived via AI / ML
technologies, to become accurate and effective to aid human experience and judgment.
The key modules are Asset Health, Asset Strategy, Asset Reliability and Asset Integrity, which are
overlaid by Asset Configuration and Analytics Modules

Tech stack:
Platform Technology:
* Azure Cloud Tenancy
* Azure IoT Hub
* Azure Streaming Analytics
* Azure SQL
* Azure Data Lake Gen 2
* Azure Data Factory
* Azure Data Bricks
* Azure Kubernetes Service
* Azure LogicApps
* Azure WebApp
* Azure Notification Service
* Azure Functions
* Azure ML Service
* Azure DevOps
* Azure Synapse SQL pool

UI Technology:
* Angular (Latest Stable Version)
* HTML5, SCSS
* Material
* Prettier
* Tslint
* Visual Code (IDE)
* 3rd Party library *
* D3/AmsChart *
* Jasmine/karma

Backend Development:
* .net Core (C#)
* Visual Studio latest
* Microservices Design Pattern
* Log4Net *

Data Science:
* Python
* Pandas and Scikit-Learn / TensorFlow
* Other ML Libraries

LeMans-Machine Monitoring (Low Code IOT Platform)
Deliver Industrial Development Hub Services to analyze and convert Logix Project file to align with
IOT capable systems.
Deliver Industrial Information Hub to connect and Monitor assets (devices)
To Achieve Asset Monitoring, Asset Optimization and Asset Management, Machine Monitoring application
is developed within Rockwell Automation.
Asset monitoring value stream provides capabilities to monitor assets using contextualized data to
provide insights and collaboration. This includes tools so that OEMS can create Digital content and
End users can share their information across enterprise.
Asset Optimization value stream add analysis tools so that OEM and End Users can compare sets across
multiple dimensions. This also includes interface to advanced analytics capability available from
Microsoft and 3rd Parties.
Asset Management value stream is focused on providing OEM the ability to offer value-added services
to end users after the initial sale of the machine.

Responsibility:
* Supporting the development, maintenance and evolution of the site Digitalization
transformation.
* Managing a diverse team of Technical Experts & Support Functions utilizing Agile
project management techniques.
* Identifying, quantifying, planning and implementing best in class digital solutions
relating to:
* Enterprise Resource Planning Systems (ERP)
* Product Life Cycle Management (PLM) & Model Based Engineering (MBSE)

* Definition, deployment, and ongoing support of the Digitalized Manufacturing Execution
System.
* Identifying & delivering Digitalization continuous improvement opportunities across the
entire value chain leading to improved operational efficiency & profitability.
* Transform monolithic software into a highly componentized software product.
* Guide the development and integration of software with micro-services architecture and
service-oriented architecture.
* Understand requirements and translate them into technical functionalities to deliver
customer value. Defining solutions strategies and roadmaps by working closely with
Product Owner.
* Integration of continuous integration processes and DevOps for software development
(TFS, Jenkins, Sonar, Artifactory, Git)
* Architecting complex cloud solutions with one or more of the following - Azure, AWS and
PCF.
* Hands-on integration experience with industry standard messaging products like
RabbitMQ, IBM/MQ)
* Develop Cloud Fitment Models, Cloud Business Case, Cloud Architecture and Design
* Designing and implementing APIs, including a deep understanding of REST, SOAP, HTTP,
UDP etc.
* High technical acumen on SDLC processes and governance/standards - Knowledge on design
patterns, Information Security and Data access controls - Strong familiarity with web
servers and load balancing technologies. - Familiarity with security principles using
SSL protocols and SSO Use cases using SAML
* Know-how of Micro services architecture principles, SOA, Middleware experience as well
as prior hands-on experience in developing Middleware, SOA and .Net or Java Services
utilizing container-based technologies including Docker, and Kubernetes.
* Design software systems with various Microsoft technologies and ensure compliance to
all architecture requirements.
* Design architecture for various components and validate tools.
* Participate in architectural meetings and analyze all technical requirements for Dot
NET applications.
* Review infrastructure for any issues and recommend solutions..
* Coordinate with architects and analysts and maintain technical knowledge.
* Continuous product improvement through maintenance activities on existing products to
correct errors in the original implementation, adding new features or re-architecting
areas for performance improvement.

Project Details:
Digital Transformation Environment & Enterprise Architecture Team
Provides DTE Tool chain, incorporating CI/CD, DevOps tools and an environment focused on delivery.
Continuous Integration and Continuous Deployment - Once the work is completed, it is usually a push
button deploy. Pairing (practice, teach), TDD (practice, teach)

Projects:
A. Micro services Email Factory (C# .NET, WPF)
* The Micro services Factory is a Project that will churn out various Products that are
shared & non-shared services that would cater to IT Systems in the process of scaling,
being more performant, and widening their serviceability to more consumers
* Create common framework services that are needed when large monolith applications are
broken down or new application that is going to be developed in micro services
architecture.
* The consumers will most likely be other IT systems and their users
* The Micro services Factory will constantly be in lookout for Boeing legacy Monolith IT
systems and explore opportunities to provide Micro service friendly services and not
necessarily through SOA.
B. Micro services Portal Development (C# .NET, Angular 2.0)
* Service-Oriented Architecture (SOA), Microservices and Application Programming
Interfaces (API's) are complementary and are all necessary to meet the needs of Boeing
as we enter the 2nd Century. This site will help you understand how to deliver
solutions that comply with current enterprise-wide standards
C. 737 Parts Management System (ASP.NET Core Web API, Angular UI 2.0)
* 737 Parts Management Is the inventory system for the Parts of the 737 Boeing Aircraft.
It connects to ERP System where Data connected using ASP.NET Core Web API. The UI Part
is built using Angular UI.
D. Boeing Commercial Aircraft - Digital Thread Portal (ASP.NET Core Web API, Angular UI 5.0)
* The Digital Visibility Thread (DVT) provides consolidated near-real-time freight
tracking at the part level for Boeing employees.
* The DVT queries Boeing Supply Chain systems to build a comprehensive view of Boeing
orders, then automatically queries freight carrier tracking APIs to return
near-real-time shipment tracking data for these orders.
* This Composite order data and near-real-time tracking data is prepared and then
published to an easy-to-use web portal shown below where it is available to Boeing
Supply Chain employees and their customers.
E. Global Data Access (GDA - ASP.NET Core Web API, Angular UI)
* The Global Data Access provides Single source of data access to other subsystems.
F. IOT Sensor Data Management
* Supporting MOM Services like OEE
* Time-Series Sensor Data Management
* Large Volume/Velocity Dataset Management
* Transactional Data Management
* Enterprise Location Service
G. Remote Monitoring Solution (Using IOT Hub, Stream Analytics and React JS)
* Monitor factory, production lines, station OEE, and KPI values.
* Analyze the telemetry data generated from these devices.
* Respond to alarms.
* Remote monitoring helps to get better visibility into factory devices, assets, and
sensors wherever they happen to be located. Allows collecting and analyzing real-time
device data using a remote monitoring solution that triggers automatic alerts and
actionsfrom remote diagnostics to maintenance requests. It can also command and
control your devices.

Responsibility:
* Delivers high quality products and ensures that best practices and sound Engineering
principals are applied in all phases of the Software Development Life Cycle, Majorly
followed Agile Software Development life cycle for both the projects and divided task
in sprints in 2 weeks of demo.
* Tasks include writing functional specifications, design documentation, coding, unit
testing, debugging, integration, performance tuning, of software modules.
* Working closely with the software testers to resolve defects as well as contributing to
the code coverage of products by generating unit tests.
* Providing software support to live projects using the products
* identify trends that have impact on work unit, or products and articulates implications
to upper management
* Works regularly with senior management on product functional requirements, design
decisions, etc. Evaluates trade-offs of functionality versus risk, cost, and schedule,
and presents these to senior management
* Design and build the WPF Clients (Displays and Forms) to access the Service provider's
methods.
* Code Reviews. Assist the team in Technical issues.
* TDD Development using Rhino Mock as well as using N Unit Framework.
Project Details
ATP Tennis Solution:
* WPF Client Solution using Material Design XAML framework (Magma)
* Logger is based on Angular 2.0 UI
* Rabbit MQ for Distributed Messages.
* Mongo DB as document Collection or as database.
* Micro Services based architecture.
* Viz integration with Magma and logger to show graphics on live television.

ICC Cricket Solution:
* WPF Client Solution using Material Design XAML framework (Magma and Logger)
* Rabbit MQ for Distributed Messages.
* Mongo DB as document Collection or as database.
* Micro Services based architecture.
* Viz integration with Magma and logger to show graphics on live television.
ITV Boxing:

* ASP.NET MVC with Knockout as UI Framework. This is a development done using CMS
framework.