Full-Stack Development for a new Passenger Information System, set to be implemented across CP’s entire fleet, ensuring security, scalability, and user-centric performance.Tech stack: HTML, CSS, Svelte, JavaScript, Node.js, Electron, Vite, MariaDB, Docker, and GitLab.Applied secure software development principles to protect data integrity, confidentiality, and system availability.Designed and implemented scalable architectures with robust authentication, authorization, and data encryption mechanisms.Developed RESTful APIs and user interfaces, combining performance optimization with intuitive and secure design.Integrated CI/CD pipelines to automate secure builds, deployments, and testing, enhancing software reliability.

Led the development of advanced electrical simulation models using C++, ensuring high performance and scalability in complex systems.Designed and implemented software architectures tailored to meet both technical and business requirements, focusing on modularity and maintainability.Spearheaded quality assurance initiatives, including rigorous code reviews, automated testing frameworks, and seamless CI/CD pipelines to enhance development efficiency.Prioritized customer-centric development, integrating feedback loops to deliver solutions aligned with user needs and expectations.Drove product strategy, balancing technical innovation with market demands to create impactful, forward-looking software solutions.

Provided technical leadership in the development of electrical simulation models, delivering scalable and efficient software solutions.Developed C++ libraries (DLLs) for simulation software, enabling accurate mimicking of real Vestas equipment for enhanced testing and validation.Managed and optimized CI/CD pipelines using Jenkins, streamlining the development lifecycle and ensuring seamless deployments.Collaborated on software architecture design, focusing on modular and maintainable solutions for long-term project success.Created automation tools and scripts with Python and Groovy, reducing manual effort and improving development workflows.Integrated DevOps best practices across teams, aligning development processes with operational requirements to improve efficiency.

Developed software solutions for advanced power system simulations, utilizing languages such as C++, C and Python to ensure accuracy and performance on power system simulation tools including PSS/E and PSCAD.Profoundly refactored legacy code models to enhance scalability and maintainability.Collaborated with cross-disciplinary teams to integrate software solutions into broader simulation workflows, ensuring seamless functionality.

Conducted cutting-edge research on substation systems digitalization, focusing on Protection, Automation, and Control (PAC) systems, with an emphasis on industry-standard communication protocols such as IEC 61850, IEC 61869, IEC 60870-5-104, and IEEE 1588.Simulated communication networks in Real Time, integrating physical equipment in closed-loop setups using advanced Real-Time simulators for more accurate system modeling and testing.Acquired deep expertise in computer communication networks, specifically in configuring and managing industrial protocols critical to modern power systems and substations.Designed and implemented a substation testing platform, integrating IEDs from multiple manufacturers, SCADA systems (national and local), switches, routers, and other essential PAC components.Tested PAC equipment using analog signals and IEC 61850 protocols, performing IEC 61850 conformance tests and conducting closed-loop Real-Time simulations to ensure system integrity and reliability.Developed a co-simulation platform that synchronized power systems and communication network simulations, improving design accuracy and validating system performance under realistic conditions.Created a semi-automated methodology for configuring IEDs and switches in compliance with IEC 61850 standards, streamlining the configuration process and enhancing the optimization of future substation resources.Contributed to various R&D tasks, including database development, testing configurations, and advancing methodologies for integrating PAC systems, ensuring project success and driving innovation in substation systems.

Bruno has developed his M.Sc. Thesis in Portuguese TSO obtaining a grade of 20 (out of 20). This work was published in the paper entitled "Condition-based Maintenance: a forward step on the Power System Protection Maintenance at the Portuguese Transmission System Operator" presented in IET Developments in Power System Protection 2016 (DPSP 2016) conference.

Teaching Assistant in lecture LSDI (Laboratório de Sistemas Digitais, Digital Systems Laboratory), of the Integrated Master in Electrical and Computers Engineering. The function was about helping students, in the laboratory, both in practical and theoretical doubts that they have and helping Professors from the course whenever they need (in students evaluation, student's work correction, substitution classes, exams surveillance, etc.).

He participated in a summer Internship in the Portuguese Distribution System Operator (EDPDistribuição). The internship was about to follow technical maintenance procedures in Portuguese DSO's High and Medium Voltages Network. Bruno had a grade of 5-Excelent (out of 5) in the internship.