Full stack developer in Developer Services Team providing modern application development tools to enterprise development teams. Emphasis on Cloud, Security, Continuous Integration - Continuous Deployment (CI-CD) and DevOps.** McKesson Technology Leadership Award 2019** one of 5 recipients across the entire organisationTechnologies: ----- Linux, Node, ReactJS, Microservices, Docker, Concourse CI-CD, MySQLCloud Platforms: - Cloud Foundry, Google Cloud Platform, AzureCI-CD: ------------ ConcourseLanguages: ------- Javascript, Typescript, Java, Python3rd party Tools: ------------- GitHub, SonarQube, Veracode, ArtifactoryMethodologies: -- Feature Driven Development, Test Driven Development (FDD & TDD)Projects worked on:- Automatically sign up new teams to 3rd party Tools- React static website with headless CMS backend- CI-CD Pipeline maintenance- Integrate security threat aggregator to automate workflow- Worked on tool to automate network block-list updates- Automated security updates across enterprise servers.

Full stack developer working on automating business and operational workflows.Technologies: --- AngularJS, ASP.NET web app, SQL ServerMethodology: -- Scrum TeamProject worked on:- Single Page App (SPA) to manage a software distribution systemTechnologies: --- ASP.NET, Telerik, SQL Server, TFS, Octopus DeployMethodology: -- Agile directly with product ownerProjects worked on:- Developed an Order Tracking System for international pharmaceutical shipments from forecasting to ordering to shipping and financial reporting.- Automated workflow of CD duplication process from order processing through the duplication process and shipping- Automated many business workflows in Production, Finance, HR, ITIL, Travel, Logistics, Management

- Lead developer for an application that allowed users to build product configuration web pages. Users, who were familiar with the configuration requirements of a product used a drag and drop interface to build up a configuration web page. This web page would be completed by customers to configure the product to their requirements.- Technologies: --- Java, JSP, JavaScript, VB, COM .

- Team Lead of a project to develop an intelligent diagramming solution in Visio to allow users to quickly and easily draw Process Plant schematic diagrams (P&IDs), which were automatically labelled and associated with underlying data. Partner companies used it as a front-end schematic drawing interface for more sophisticated 3-D plant CAD models- Reviewing solutions developed by third parties. I advised them on techniques and improvements that they could make to enhance their solutions. I travelled to Germany meeting a wide variety of technical clients and consulting with them. I represented the company at various trade showsTechnologies: --- Visio, C++, VBA, Event-driven programming, MS Office

Developed applications in various CAD systems for multiple clients. Taught night classes on AutoLISP programming in Waterford RTCTechnologies: --- AutoLISP, Intergraph, Unix, Oracle DB, VAXCAD systems: ----AutoCAD, Intergraph GIS, EUCLID CAD/CAMProjects worked on:- Render 2-D AutoCAD sketches of cut glass patterns to photo-realistic 3-D images- GIS application to record telephone line network Intergraph MGE CAD- Car wiring harness BOM calculation using EUCLID CAD- AutoCAD interface to drive numerically controlled machines

Software development for projects related to the roll out of the Boeing 777 airplane. The first Boeing plane manufactured using 100% virtual mockup.** Employee of the quarter Award **Technologies: -- CATIA, UNIX, DB2, IMS, C, FORTRAN, COBOL, JCL, IBM MainframeProjects worked on:- Design and implement a Computer Aided Design (CAD) system to allow users to retrieve structural component part numbers by specifying dimensions graphically (project 777 airplane design)- Design and implement an automated tool to migrate FORTRAN programs to C code.- Write test routines for code migrated from DEC-VMS to UNIX

- Conducting electronic data-gathering operations on well bores at sites worldwide (U.K, Italy and Africa). This involved planning, organising and supervising the operations.- Analysis of complex geophysical data using sophisticated software packages.- Trouble shooting of state-of-the-art computer controlled electronic measuring systems, both software and hardware.- Introduction and sales of new high-tech services.- Engineer-in-charge of remote location, with responsibility for three engineers and eight local staff.- Training of engineers in new and established services.