Colmenar Viejo, Community of Madrid, Spain
- Technical evaluation and analysis of equipment conformity for its testing and qualification according to standards: analysis of applicability and technical reports. - Project engineer and manager within the framework of the STUMM-PROTO project for IFMIF DONES and nuclear fusion research: 1) Preparation of presentations about project advances/status and MoMs 2) Collection/Management of project requirements and interfaces between work packages 3) Writing and review of technical project documents: - Project and systems requirements/specifications - Test plans and reports of experimental tests (electronics, pressure, and vaccum leaks tests, FATs/SATs) - Systems conceptual and final design reports; including P&IDs and blocks diagrams, BoMs, communications/signals lists and diagrams and lists (control and monitoring variables) 4) Planning and participation in experimental testing campaigns: validation/acceptance of ad-hoc and commercial components 5) Selection, sizing, and acquisition of commercial components (HW, burst disks, control valves, electrical and digital connections, power supply sources (including UPSs), relief valves, pressure and vacuum sensors, vacuum feedthroughs and flanges, thermocouples, data acquisition systems, interlocks or lighting towers). Market surveys and contact with suppliers, definition of components and requirements (negotiation) / Costs control 6) Conceptual and final design of systems (control, interlocking, pressure, vacuum, failures trees, and safety systems) based on commercial components (according to standards) 7) Power calculations 8) Presentation and discussion of results/designs/project requirements 9) Design, selection and assembly of electrical control cabinets 10) LTSpice Simulation of electronics systems and Arduino programming of PLCs - Safety engineer for the safety analysis/testing of equipments for CE marking - Project Engineer (and WP leader) - MicroSats: STEPHANIK project 1. Management 2. Systems conceptual design
- Development of detailed simulation models and simulation by Monte Carlo methods of nuclear technologies: reactors, neutron detectors and spent nuclear fuel dry casks - Validation and comparison of burn-up simulation systems for nuclear reactors: PWRs, BWRs and MAGNOX reactors - Characterization and validation of simulation models of neutron spectrometry systems - Estimation of neutron spectra by neutron unfolding codes with iterative algorithms - Safety and criticality assessment of spent nuclear fuel dry casks for the safe storage of PWR and BWR spent nuclear fuel - Analysis of chemical processes for the recycling of spent nuclear fuel - Technical reports - Research articles - Presentation of results in technical project meetings - Data management - Participation in European projects: PUMMA and EURAD projects
Systems Architect (external technical services provider) for the Radiological and Environmental Monitoring System (REMS) developed by Fusion for Energy (F4E) for the ITER project. - Data management - Identification of systems functions - Conceptual design of systems under safety and operational requirements - Identification of commercial off-the-shelf components - Drawing of 2D systems layouts (integration on building 2D layouts) - Technical reports (design description and substantiation documents) - Lists of components (including cost analysis) - Estimation of power supply needs (power calculi with different power supply trains) - Identification of components constraints and qualification needs - Design of operation procedures and mitigation actions to minimize the impact of abnormal events with operational impact on the systems - Integration of systems - Optimization of systems under safety and operational requirements - Understanding of technical and project requirements - Update of Process Flow Diagrams (PFDs) - Review of technical and project management documentation - Technical presentations, discussions, and meetings - Identification of standard technical solutions for the design of ISO compliance systems - Safety analysis of systems and proposal of technical solutions Tasks developed for the following facilities: - Tokamak Assembly Preparation Building - Tokamak Complex - Hot Cell Facility
- Modeling and characterization of neutron area monitors by Monte Carlo simulation toolkits (MCNP6 and PHITS 2.88) - Data management - Technical Reports - Research articles - Participation in national and international congresses - Design and development of novel neutron area monitors
- Modeling and characterization of neutron area monitors by Monte Carlo simulation toolkits (MCNP6 and PHITS 2.88) - Data management - Technical Reports - Research articles - Participation in national and international congresses - Design and development of novel neutron area monitors - Design and development of extended-range Bonner spheres - Calculation of neutron spectra in radioactive facilities - Neutron activation calculi in shielding materials for radioactive and nuclear facilities - Estimation of neutron spectra in radioactive facilities with different unfolding codes: BUNKIUT, ReBUNKI, NSDann and NSDUAZ - Benchmarking activities: comparison of computational and experimental results - Modeling and simulation of neutron source terms shielding containers - Comparison of nuclear data libraries for the computational characterization of neutron area monitors (MCNP6) - Co-direction of Degree Final Projects and Master´s Degree Final Projects
- Modeling and characterization of neutron area monitors by Monte Carlo simulation toolkits (MCNP6) - Benchmarking activities: comparison of computational and experimental results - Data management - Research articles