Cloud Native approach and how it can be implemented in enterprise environment. Clarification of terms and concepts behind PaaS, CaaS, IaaS and so on using Heroku, Kubernetes, AWS, Google Cloud and OpenShift as example. Understanding 12-factors and beyond, impact for legacy implementation and on way of work. Automation and connection to DevOps. Investigate the concept of API-First, current standards and potential usages. Understanding how Domain Driven Design (DDD) can be used in enterprise environment to avoid some issues of the past and make it easier to run projects. Present results to stakeholders and document into company WIKI. Understanding whether Event Storming can play a role to improve requirements collection and clarification process, together with analysis of big picture and how it could be used within enterprise environment. Present results to stakeholders and document into company WIKI.
Custom development of a Python solution to perform static code analysis of TIBCO BW5.x and BWSE artifacts checked out from svn. It was used to check number and name of service operations, namespace name, partner invocation, naming conventions for the technical artifact, service repository service name and namespace matching and other key elements. Results were automatically saved as csv files for further analysis.
Program based on multi vendor technologies, having the scope to automate procedures in a transport company. As member of System Team in a SAFe organization, is to build and mantain knowledge base (Jira) on TIBCO products and processes. Participate to functional, architectural and technical discussions for designing solutions. Support implementation teams in case of issues.
Service migration from different projects to new platform on linux based environments on AWS cloud from on premise Windows environments. Analysis of the code, documentation, assess the status of source and target environment, assess the status of legacy projects and their artifacts. Propose mitigations to increase code robustness.
Scope of the project is the development from scratch of a SOA platform using TIBCO ActiveMatrix Service Grid product and plugins in order to integrate new systems under development for automating processes within the public railway network. Participate to functional, architectural and technical discussions for designing the AMX services. Analysis of the data source and presentation of results Development of concept artifacts (AMX SG, BW, Java). Design and implement AMX Services (Mediation, BWSE, Java).
Collection and analysis of business requirements for TIBCO AFS based platform. Collection and definition of systems' requirements and specifications for EAI layer. Architecture/ project enhancement analysis and high level proposal. Support to project and technical management about plan, execution and status check of the activities. Definition, execution and support for Functional/Integration/Performance tests concept, scenario, scripts, result analysis, acceptance criteria.
AFS Project audit. Collect and document knowledge of the project providing a critical and proactive view of project status and areas of improvements. The following areas where covered
Observations and recommendations were shared and discussed with the customer.
Evaluating behavior of the Integration Layer architecture under high load conditions. The target is also to check if the system matches the scalability requirements and performance metrics required. In the team scope there is also the high availability of TIBCO products and TIBCO application components in the Integration Architecture. Test engineer is responsible for the design and development of all the Performance tests., which includes:
Analyse, define and propose a SOA oriented architecture for PA, using cutting hedge technologies available. Development of integration between OrderCapture Interface and AFS. Development of integration between AFS and BackEnd Systems (stubbed) plus BPM procedure for handling automatic and manual tasks (with dedicated GUI), using AMX BPM 1.x. Business and market analysis of the topic and setup of the presentation.
TIBCO Spotfire POC for Performance Test Realtime Monitoring Analysis, design and POC development of TIBCO Spotfire usage for monitoring of Perf Test at EAI Use Case level. Combine logging information with NFRs matrix into realtime dashboards able to compare test result SLAs with expected ones (Residential and Business customers), in order to identify bottleneck, provide feedback on NFRs.
AMX BPM and AFF POC. Analyse, define and propose a SOA oriented architecture for TELCOs, using cutting hedge technologies available. Development of integration between CRM and AFF, Siebel message transformed into Tibco Order, using AMX 3.x. Development of integration between AFF and BackEnd Systems (stubbed) plus BPM procedure for handling automatic and manual tasks (with dedicated GUI), using AMX BPM 1.x.
Operations Support on the ALL-IP Project. I’m working on Integration Support & Quality Assurance to ensure the maximum system availability through a process of constant proactive system analysis and improvement. The Operation Support provide a number of services to different parts of the Swisscom organisation and these consists of:
Internal Activities. Installation and test of TIBCO Active Matrix Policy Agent, TIBCO Active Matrix Policy Manager, TIBCO Active Matrix Service Bus, TIBCO Active Matrix Service Grid, TIBCO Active Matrix BPM. Implementation and test of web service binding by SOAP over Http and JMS. Implementation and test of sample Business processes.
Working as IT Account Manager and Team Lead: Support management decisions, create business opportunities, manage team, mentor junior colleagues. Hire talents.
Study
June 2009
June 2005
June 2003
Certifications
Jan 2012
Professional and Leadership Know-how
Professional know-how
Leadership know-how
Country know-how
Profil
Insurance
Finance
Telecommunications
Aviation
Retail and Manufacturing
Cloud Native approach and how it can be implemented in enterprise environment. Clarification of terms and concepts behind PaaS, CaaS, IaaS and so on using Heroku, Kubernetes, AWS, Google Cloud and OpenShift as example. Understanding 12-factors and beyond, impact for legacy implementation and on way of work. Automation and connection to DevOps. Investigate the concept of API-First, current standards and potential usages. Understanding how Domain Driven Design (DDD) can be used in enterprise environment to avoid some issues of the past and make it easier to run projects. Present results to stakeholders and document into company WIKI. Understanding whether Event Storming can play a role to improve requirements collection and clarification process, together with analysis of big picture and how it could be used within enterprise environment. Present results to stakeholders and document into company WIKI.
Custom development of a Python solution to perform static code analysis of TIBCO BW5.x and BWSE artifacts checked out from svn. It was used to check number and name of service operations, namespace name, partner invocation, naming conventions for the technical artifact, service repository service name and namespace matching and other key elements. Results were automatically saved as csv files for further analysis.
Program based on multi vendor technologies, having the scope to automate procedures in a transport company. As member of System Team in a SAFe organization, is to build and mantain knowledge base (Jira) on TIBCO products and processes. Participate to functional, architectural and technical discussions for designing solutions. Support implementation teams in case of issues.
Service migration from different projects to new platform on linux based environments on AWS cloud from on premise Windows environments. Analysis of the code, documentation, assess the status of source and target environment, assess the status of legacy projects and their artifacts. Propose mitigations to increase code robustness.
Scope of the project is the development from scratch of a SOA platform using TIBCO ActiveMatrix Service Grid product and plugins in order to integrate new systems under development for automating processes within the public railway network. Participate to functional, architectural and technical discussions for designing the AMX services. Analysis of the data source and presentation of results Development of concept artifacts (AMX SG, BW, Java). Design and implement AMX Services (Mediation, BWSE, Java).
Collection and analysis of business requirements for TIBCO AFS based platform. Collection and definition of systems' requirements and specifications for EAI layer. Architecture/ project enhancement analysis and high level proposal. Support to project and technical management about plan, execution and status check of the activities. Definition, execution and support for Functional/Integration/Performance tests concept, scenario, scripts, result analysis, acceptance criteria.
AFS Project audit. Collect and document knowledge of the project providing a critical and proactive view of project status and areas of improvements. The following areas where covered
Observations and recommendations were shared and discussed with the customer.
Evaluating behavior of the Integration Layer architecture under high load conditions. The target is also to check if the system matches the scalability requirements and performance metrics required. In the team scope there is also the high availability of TIBCO products and TIBCO application components in the Integration Architecture. Test engineer is responsible for the design and development of all the Performance tests., which includes:
Analyse, define and propose a SOA oriented architecture for PA, using cutting hedge technologies available. Development of integration between OrderCapture Interface and AFS. Development of integration between AFS and BackEnd Systems (stubbed) plus BPM procedure for handling automatic and manual tasks (with dedicated GUI), using AMX BPM 1.x. Business and market analysis of the topic and setup of the presentation.
TIBCO Spotfire POC for Performance Test Realtime Monitoring Analysis, design and POC development of TIBCO Spotfire usage for monitoring of Perf Test at EAI Use Case level. Combine logging information with NFRs matrix into realtime dashboards able to compare test result SLAs with expected ones (Residential and Business customers), in order to identify bottleneck, provide feedback on NFRs.
AMX BPM and AFF POC. Analyse, define and propose a SOA oriented architecture for TELCOs, using cutting hedge technologies available. Development of integration between CRM and AFF, Siebel message transformed into Tibco Order, using AMX 3.x. Development of integration between AFF and BackEnd Systems (stubbed) plus BPM procedure for handling automatic and manual tasks (with dedicated GUI), using AMX BPM 1.x.
Operations Support on the ALL-IP Project. I’m working on Integration Support & Quality Assurance to ensure the maximum system availability through a process of constant proactive system analysis and improvement. The Operation Support provide a number of services to different parts of the Swisscom organisation and these consists of:
Internal Activities. Installation and test of TIBCO Active Matrix Policy Agent, TIBCO Active Matrix Policy Manager, TIBCO Active Matrix Service Bus, TIBCO Active Matrix Service Grid, TIBCO Active Matrix BPM. Implementation and test of web service binding by SOAP over Http and JMS. Implementation and test of sample Business processes.
Working as IT Account Manager and Team Lead: Support management decisions, create business opportunities, manage team, mentor junior colleagues. Hire talents.
Study
June 2009
June 2005
June 2003
Certifications
Jan 2012
Professional and Leadership Know-how
Professional know-how
Leadership know-how
Country know-how
Profil
Insurance
Finance
Telecommunications
Aviation
Retail and Manufacturing