Experience

skyguide

• Switzerland
• Airlines and Aviation
• 700 & Above Employee

• Solutions Architect (Aviation)

  • Jun 2023 - Present

  Zurich, Switzerland Subject: automate the collection of aeronautical data for Skyguide. ▪️ Generate the technical solution architecture for automating: - the collection of Aeronautical Information data (including AIXM) from a centralised supplier (DCS) - the transformation of aeronautical data using FME transformation. - the update of Swiss & European Aeronautical Database (ADBS and AED). ▪️ Define solution architecture, application architecture, data architecture, security policies and… Show more Subject: automate the collection of aeronautical data for Skyguide. ▪️ Generate the technical solution architecture for automating: - the collection of Aeronautical Information data (including AIXM) from a centralised supplier (DCS) - the transformation of aeronautical data using FME transformation. - the update of Swiss & European Aeronautical Database (ADBS and AED). ▪️ Define solution architecture, application architecture, data architecture, security policies and architecture quality attributes (performance, availability, monitoring and patterns). ▪️ Generate Business Rules and Processes using BPMN. ▪️ Lead architecture modelling using ArchiMate (component interaction and deployment). Show less



Worldline Switzerland

• Switzerland
• Financial Services
• 100 - 200 Employee

• Senior Systems/ Requirements Engineer (Payment Services)

  • 2022 - Present

  Biel, Berne, Switzerland 09/22 -> 05/23: 100% 06/23 -> Now: 40% Subject: Responsible for Co-ordinating the development and integration of PCI compliant payment protocols (including XML based protocoles) and protocol converters between Payment Terminals and Electronic Cash Resisters, in an agile environment using scrum. ▪ Requirements Engineering: - Perform requirement elicitation with various stakeholders (project management, business engineers, product owners, senior management, protocol and… Show more 09/22 -> 05/23: 100% 06/23 -> Now: 40% Subject: Responsible for Co-ordinating the development and integration of PCI compliant payment protocols (including XML based protocoles) and protocol converters between Payment Terminals and Electronic Cash Resisters, in an agile environment using scrum. ▪ Requirements Engineering: - Perform requirement elicitation with various stakeholders (project management, business engineers, product owners, senior management, protocol and security experts). - Perform use case analysis and stakeholder requirements analysis using UML/SysML diagrams BPMN (Business Process Model and Notation) flows, data flow diagrams, context diagrams, state diagrams to define technical requirements (functional and quality requirements) and systems architectures. ▪ Technical specification/ documentation: Generated system specification using Technical Newsletters with Confluence. Creation of Jira Epics, Issues tickets and User Stories for the software development team. ▪ System Modelling: - Created and Implemented modelling guides (for SysML/UML) to comply with OMG standards. - Performed flow analysis using sequence, use case, activity, component, state machine and class diagrams ▪ Cybersecurity Coordination: Co-ordinate major cybersecurity enhancements on different OSI model layers. Generate solution concepts and architectures, perform trade studies and lead implementation. Show less



Parker Meggitt

• United Kingdom
• Aviation and Aerospace Component Manufacturing
• 700 & Above Employee

• Systems/ Requirements Engineer - Project Lead (Military Aerospace)

  • 2021 - 2022

  Fribourg, Switzerland Subject: Embedded Systems: Aerospace Engine Monitoring Systems and Sensors. ▪ Technical Coordination: Coordinate embedded systems development (Engine Monitoring of $1M+) throughout the V-model (using ARP4754 - similar to SPICE Automotive). Lead all technical discussions with customers and internal teams. Act as project’s cross-functional technical interface between hardware, software, safety, testing & manufacturing teams. Ensure product in accordance with agreed standards/processes,… Show more Subject: Embedded Systems: Aerospace Engine Monitoring Systems and Sensors. ▪ Technical Coordination: Coordinate embedded systems development (Engine Monitoring of $1M+) throughout the V-model (using ARP4754 - similar to SPICE Automotive). Lead all technical discussions with customers and internal teams. Act as project’s cross-functional technical interface between hardware, software, safety, testing & manufacturing teams. Ensure product in accordance with agreed standards/processes, quality, cost and planning. ▪ System Design: Lead system design activities for engine monitoring and sensing systems: - Requirements Engineering: Perform requirement elicitation and capture with stakeholders, requirement analysis, requirement decomposition, requirement allocation to type (functional, non functional: environmental, performance, maintainability, reliability, security, etc) and team (HW, SW, Mechanical, System, Test) and performed requirement traceability (using DOORs and RTM). - Develop architectures (functional and physical), identify interfaces (from systems to bit level) and perform functional allocation of all functions to subsystems. ▪ Research and development (R&D): Lead simulations (Simulink modelling) for selecting optimal system configuration of emerging electro-optical sensing technologies and develop signal processing algorithms. ▪ V&V/Testing : generated Verification and Validation strategy, including managing integration and tests. ▪ System Reliability: Supported Failure Modes and Effects Analysis (FMEA). ▪ Customer Support: Resolve wide spectrum of engineering issues, investigating using root cause analysis, troubleshooting. ▪ Technical Specification/ Documentation: Generated technical documentation for embedded system development project: System Plan document + System Design Specification (SDS), Interface Control Document (ICD), Kick-off technical presentation (50+ military customers - includes preparation and presentation) Show less



Pilatus Aircraft Ltd

• Switzerland
• Aviation and Aerospace Component Manufacturing
• 500 - 600 Employee

• Systems/ Requirements Engineer (Military Aerospace)

  • 2021 - 2021

  Stans, Nidwalden, Switzerland Subject: Military Aerospace Training Systems: Mission Planning and Debriefing Systems. (TXT Consultant) ▪ Technical Coordination/ Systems Engineering: Co-ordinated acquisition and support phase work-packages with SW & HW teams, engineering department, flight test, suppliers & government organisations. Led the application of the V-model for the Ground Based Training System (GBTS) products as per the system engineering processes, procedures and quality management standards. ▪… Show more Subject: Military Aerospace Training Systems: Mission Planning and Debriefing Systems. (TXT Consultant) ▪ Technical Coordination/ Systems Engineering: Co-ordinated acquisition and support phase work-packages with SW & HW teams, engineering department, flight test, suppliers & government organisations. Led the application of the V-model for the Ground Based Training System (GBTS) products as per the system engineering processes, procedures and quality management standards. ▪ Requirements Engineering: Defined and derived system requirements based on customer contracts, market needs and product lifecycle to design Pilatus pilot training products with a focus on mission planning and debriefing systems (MPS/MDS). Performed require elicitation, fostering a deep understanding of customer needs. Defined interfaces between training systems & aircraft. Performed requirements management and traceability using DOORS. ▪ Verification and Validation (V&V): Manage testing activities: System, functional, non-Regression, maintenance and Acceptance tests (at customer site). Creation of test cases + procedures + generate results. Supported acceptance of products at customer military bases. ▪ Configuration: Provided the necessary inputs to the configuration management (CM) by creating the engineering bill of material (EBOM) and manufacturing bill of material (MBOM), inclusive of instigating the change process for any proposed configuration changes. ▪ Technical Documentation: Authored and reviewed technical documentation as part of the project/product lifecycle, inclusive of technical specifications, system requirements, system design specifications and technical memos whilst applying the ISO 15288 guidelines. Show less



BAE Systems

• United Kingdom
• Defense and Space Manufacturing
• 700 & Above Employee

• Systems Engineer - MBSE Architecture & System Design (Military Aerospace)

  • 2018 - 2021

  United Kingdom ▪ System Design: Led architectural development of the Future Combat Air System (FCAS) Service Oriented Architecture (SAO). architecture of reusable software components as part of a large multi-disciplinary and cross functional team, in an agile environment using scrum: - Led the design of SysML/UML diagrams using MBSE: class, sequence, composite structure, service definition and service dependency diagrams. Software used: PTC Integrity Modeler - Performed stakeholder requirements… Show more ▪ System Design: Led architectural development of the Future Combat Air System (FCAS) Service Oriented Architecture (SAO). architecture of reusable software components as part of a large multi-disciplinary and cross functional team, in an agile environment using scrum: - Led the design of SysML/UML diagrams using MBSE: class, sequence, composite structure, service definition and service dependency diagrams. Software used: PTC Integrity Modeler - Performed stakeholder requirements refinement and decomposition into lower, technical, systems requirements. - Performed functional analysis of software components to identify interfaces. - Performed functional analysis of software components. - Led Use Case Analysis - Components include: autonomous task and objective handling, communication, navigation, power, propulsion, human interaction, networks, HMI, threats, sensing, radar, vehicle guidance, health assessment, anomaly detection, vehicle performance, cyber defence, storage, flight control. ▪ V&V: Coordinated internal and external design reviews using agile methodologies. ▪ Innovation: Developed an automated macro to generate the main contractual documents containing the technical work of 20+ engineers, which was formally accepted by the MOD. ▪ Technical Coordination: Coordinated flight control system stability analysis while managing 2 new starters. Provided training, set objectives and supervised analysis. ▪ Data Analysis: - Analysed Eurofighter Typhoon Aerodynamics Stability with Wind Tunnel Data. - Analysed Eurofighter Typhoon Flight Control System Stability with the integration of new military stores. ▪ PM Support: Provided cost estimation, capability & risk management. ▪ Technical documentation: reported architecture design progress using Jira and Confluence. Authored the main technical contractual document (spec) for the UK Ministry of Defence. Show less



Simply Sushi Ltd

• United Kingdom
• Restaurants
• 1 - 100 Employee

• Founder, Owner & Director

  • May 2019 - Jan 2020

  United Kingdom Created a company in addition to full time position at BAE Systems. Recruited, trained and managed 2 employees. Responsible of accounting and finances, marketing, adherence to legislations, website creation, stock purchase and many more.



SVIS - Sainte Victoire International School

• France
• Education Management
• 1 - 100 Employee

• Marketing Director (Family owned business)

  • 2018 - 2020

  - Define and implement advertisement plans (using Google Analytics, Google Ads, Google Search Console and Facebook business suite) to improve website SEO. - Negotiate advertisement partnerships with international agencies promoting schools. - Design and update school's website.



Airbus

• France
• Aviation and Aerospace Component Manufacturing
• 700 & Above Employee

• Manufacturing Engineering Intern

  • Jul 2017 - Sep 2017

  France Rotor Manufacturing Department. - Developed an innovative manufacturing method to save defective rotor blades. I conducted technical and financial assessments to convince senior engineers and management to test my process, which was implemented after passing quality checks. - Identified the problem which resulted in a repetitive concentricity defect on blade pins using 5 whys analysis and implemented solutions to prevent this problem from repeating. - Assisted 5S Lean deployment on… Show more Rotor Manufacturing Department. - Developed an innovative manufacturing method to save defective rotor blades. I conducted technical and financial assessments to convince senior engineers and management to test my process, which was implemented after passing quality checks. - Identified the problem which resulted in a repetitive concentricity defect on blade pins using 5 whys analysis and implemented solutions to prevent this problem from repeating. - Assisted 5S Lean deployment on the largest manufacturing machine. Show less