Developed and managed system models for avionics architecture and design using CATIA Magic or similar MBSE tools.Led and contributed to avionics system development, including requirements definition, functional and safety analysis, and system architecture modeling.Actively participated in functional safety-related activities to ensure compliance with safety standards and regulations.Supported the integration of avionics systems into aircraft platforms, ensuring alignment with… Show more Developed and managed system models for avionics architecture and design using CATIA Magic or similar MBSE tools.Led and contributed to avionics system development, including requirements definition, functional and safety analysis, and system architecture modeling.Actively participated in functional safety-related activities to ensure compliance with safety standards and regulations.Supported the integration of avionics systems into aircraft platforms, ensuring alignment with requirements and interfaces.Performed system simulations, validation, and verification, collaborating with software and hardware teams to optimize system performance.Captured, analyzed, and traced system and implementation requirements across the development lifecycle.Led the design and development of production-grade PCB-based hardware, utilizing microcontrollers, peripherals, and electronic components within an iterative development cycle.Sourced and integrated electronic components to meet stringent functional safety goals for the platform.Established robust testing procedures to identify worst-case scenarios and implement mitigation strategies, ensuring hardware reliability.Developed breakout boards to facilitate efficient hardware integration and streamline software development.Created engineering drawings for third-party PCB manufacturing, ensuring accuracy and adherence to specifications.Managed production-level hardware development, balancing considerations of safety, quality, performance, security, and cost.Collaborated with cross-functional teams to implement, test, and debug solutions, ensuring seamless integration and functionality. Show less

Employed within the ITER project, my focus lies on the implementation of the following functionalities:• Proficiently utilizing the SIEMENS platform, especially the TIA Portal, to monitor the operational status of circuit breakers in the 55NEX0 system across various distribution boards. The integration of 73 Remote Input/Output modules (RIOs) with the S7-1500 CPU ensures precise and reliable performance monitoring.• Panel engineering involves designing, building, and operating panels… Show more Employed within the ITER project, my focus lies on the implementation of the following functionalities:• Proficiently utilizing the SIEMENS platform, especially the TIA Portal, to monitor the operational status of circuit breakers in the 55NEX0 system across various distribution boards. The integration of 73 Remote Input/Output modules (RIOs) with the S7-1500 CPU ensures precise and reliable performance monitoring.• Panel engineering involves designing, building, and operating panels for fusion applications, incorporating components like circuit breakers, relays, and PLCs, and adhering to safety standards.• Skills specific to the design, manufacturing, and testing activities of the CIS system.• Monitoring and verification of the design, manufacturing, and testing activities of the CIS system carried out by ITER Organization and/or national bodies.• Certification for Electrical authorization of Low Voltage operations B1, B1V, B2, B2V, B2V tests, BR, BE tests, measurements, verification, BC, H0, H0V as per European Standards.• Highly skilled in comprehensively analyzing Single-Line Diagram (SLD) and Cable Block Diagrams (CBD) within diverse Product Breakdown Structures (PBS).• Knowledge of European standards and codes. • Experience in the management of critical projects in an international context, coordinating a team of at least 10- 15 people with various interfaces and interested parties.• Management and organization of resources, autonomy, teamwork, and problem resolution.• Realization of complex system projects, project control, and configuration management.• Dissemination of project requirements in terms of design and comfort.• Technical design for the Central Interlock System (CIS), including the development of the central protection system for the Tokamak with Siemens PLC technologies and National Instruments MXI-Express RIOs technologies.• Skills specific to the design, manufacturing, and testing activities of the CIS system. Show less

•Experience includes involvement in cutting-edge diagnostic applications for various Fusion facilities, such as Cavity Ring Down Spectroscopy (CRDS) and Laser Absorption Spectrometry (LAS). Developed high-end Data acquisition software for these applications.•Accomplishments in ensuring quality and excellence during Field Acceptance & Site Acceptance of Hardware Installation & Rack Design, following standardized procedures and guidelines. This involved designing racks and integrating various… Show more •Experience includes involvement in cutting-edge diagnostic applications for various Fusion facilities, such as Cavity Ring Down Spectroscopy (CRDS) and Laser Absorption Spectrometry (LAS). Developed high-end Data acquisition software for these applications.•Accomplishments in ensuring quality and excellence during Field Acceptance & Site Acceptance of Hardware Installation & Rack Design, following standardized procedures and guidelines. This involved designing racks and integrating various components like PLC with its I/O Modules, PXIs with SCB 68 connectors & TB design, and CRIO chassis & its modules with SCU.•Designed and developed Signal Conditioning Modules that are compatible with EMI/EMC requirements. Tested in real experimental scenarios to ensure their effectiveness in mitigating electromagnetic interference.•Proficient in software computing tools like Simatic S7, LabVIEW, and CODAC Core. Well-versed in interfacing PLC with different communication protocols such as MPI, DP, Profinet, RS485, and OPC.•Experienced in designing, installing, and commissioning Signal Conditioning Units for pressure, temperature, flow etc. in challenging environments with electromagnetic radiations and HV transients.•Knowledgeable in PCB designing on platforms like Altium, Proteus Design Suite, Protel, and KiCad.•Skilful in preparing procurement and technical documents using MS Office, Open Office (odt, ods, odp), and Libre-office (Linux).•Led a team of junior engineers and provided guidance to research fellows.•Implemented interfacing techniques between soft tools and control system hardware for custom development of small-scale integrating systems.•Prepared qualitative procurement documents for Data Acquisition systems, Safety & Surveillance systems, and technical documents for software testing & development in various fusion facilities.•Hands-on experience with electrical testing and measurement devices such as oscilloscopes, multimeters, RLC meters, and Megger. Show less

•Extensive knowledge of signal conditioning instruments for pressure, temperature, flow, noise, high magnetic fields, and data acquisition systems (DAQ).•Hands-on experience with electrical testing and measurement devices such as oscilloscopes, multimeters, RLC meters, and Megger.•Proficient in using software computing tools like Simatic S7, LabVIEW, and CODAC Core, with the ability to interface them with PLC using various communication protocols such as MPI, DP, Profinet, RS485, and… Show more •Extensive knowledge of signal conditioning instruments for pressure, temperature, flow, noise, high magnetic fields, and data acquisition systems (DAQ).•Hands-on experience with electrical testing and measurement devices such as oscilloscopes, multimeters, RLC meters, and Megger.•Proficient in using software computing tools like Simatic S7, LabVIEW, and CODAC Core, with the ability to interface them with PLC using various communication protocols such as MPI, DP, Profinet, RS485, and OPC.•Experienced in designing, installing, and commissioning Signal Conditioning Units in challenging environments exposed to electromagnetic radiations and HV transients.•Skilled in creating GA (General Arrangement) and assembly drawings for Signal Conditioning racks.•Involved in the design and development of DMS I&C using an Arduino-based open-source electronics platform.•Involved in designing the infrastructure of Control rooms for Fusion systems.•Proficient in assembling and testing Signal Conditioning boards for HV facilities•Proficient in programming Microcontrollers using the Arduino IDE.•Prepared high-quality procurement documents for Data Acquisition systems, Safety & Surveillance systems, and technical documents for software testing & development in various fusion facilities.•Designed and developed control systems using PLC, integrating them with other soft-computing tools as required by the system.•Capable of designing signal-conditioning units suitable for various signals in both Radio Frequency and high voltage environments, including those with high voltage transients. Show less

• Proficient in utilizing software computing tools such as Simatic S7, LabVIEW, and CODAC Core, allowing seamless interfacing with PLC using various communication protocols like MPI, DP, Profinet, RS485, and OPC.• Skilled in designing, installing, and commissioning Signal Conditioning Units to operate effectively in challenging environments with electromagnetic radiations and HV transients.• Competent in generating GA and assembling drawings for Signal conditioning racks.•… Show more • Proficient in utilizing software computing tools such as Simatic S7, LabVIEW, and CODAC Core, allowing seamless interfacing with PLC using various communication protocols like MPI, DP, Profinet, RS485, and OPC.• Skilled in designing, installing, and commissioning Signal Conditioning Units to operate effectively in challenging environments with electromagnetic radiations and HV transients.• Competent in generating GA and assembling drawings for Signal conditioning racks.• Experienced in designing the infrastructure for Control rooms dedicated to Fusion systems.• Capable of assembling and testing Signal conditioning boards for HV facilities.• Proficient in programming Microcontrollers using Arduino IDE.• Experienced in preparing high-quality procurement documents for Data Acquisition systems, Safety & Surveillance systems, and technical documents for software testing & development for diverse fusion facilities.• Skilled in designing and developing control systems using PLC, integrating them seamlessly with other soft-computing tools to meet specific system requirements.• Capable of designing signal-conditioning units suitable for various signals in Radio Frequency and high voltage environments (including High voltage transients). Show less