My philosophy integrates systems thinking with stakeholder alignment, enabling data-driven change that scales. I lead with a consulting mindset, ensuring transformation is embedded, not imposed.
Internal consultant leading strategic digital initiatives across the business unit. I advise senior leadership on aligning data strategies with business objectives to deliver scalable and measurable transformation.
Provided strategic guidance to the CTO office on external funding and Joint Industry Projects (JIPs), aligning innovation efforts with business objectives.
Introduced innovative practices using structured change management frameworks to accelerate adoption across all levels.
Applied consulting methodologies (e.g., stakeholder mapping, impact analysis) to structure and execute high-impact initiatives.
Led cross-functional alignment efforts through executive workshops and strategic dialogues, ensuring data strategy cohesion.
Delivered AI-driven solutions to improve internal workflows and governance.
Improved HSE processes across yards through targeted innovation projects.
Streamlined consulting delivery operations within Entr.
Led hackathons to crowdsource innovation from within the business unit.
Founded and lead a 800+ member professional community focused on digital transformation leadership. The club brings together executives, alumni, and industry leaders through curated events, strategic dialogues, and content-driven initiatives to explore the intersection of business and digital innovation.
Built and scaled the club from concept to a thriving platform recognized within POLIMI GSoM’s alumni ecosystem.
Organized C-level roundtables, hybrid networking events, and thought leadership sessions.
Led content strategy including newsletters, podcast production, and platform analytics.
Fostered cross-sector collaboration by connecting experts from tech, energy, consulting, and academia.
Executive networking and event orchestration
Podcast and multimedia production
Data analysis and performance tracking
Web app development for index publication
Market and trend analysis
Contribute to NTNU’s Engineering Cybernetics Department as a co-supervisor and academic advisor. My involvement supports the development of next-generation researchers in the field of nonlinear control.
Co-supervise post-doctoral and Ph.D. research in control systems and marine vehicle dynamics.
Served as Bachelor and Master thesis examiner across advanced engineering topics.
Act as an industry-academic bridge, translating applied research into real-world innovation contexts.
Led a cross-functional team of 10 engineers and researchers delivering digital solutions for the Built Environment sector. My responsibilities spanned team leadership, strategic planning, and business development at the intersection of digital technologies and infrastructure innovation.
Directed day-to-day operations and long-term strategy for digital innovation projects within the Built Environment portfolio.
Positioned the group at the forefront of the field by identifying emerging technology opportunities and aligning them with client needs.
Spearheaded initiatives that bridged advanced research with commercial application, enhancing SINTEF’s digital consulting capabilities.
Actively contributed to proposal development and client engagement, supporting business growth and R&D positioning.
Databygg – Project Manager: Led digital innovation efforts focused on data integration and smart infrastructure systems. link
Led cross-sector technical projects at the convergence of automation, robotics, and control systems, focusing on real-world applications in autonomous systems. My role combined project leadership with strategic innovation and external engagement across public and private sectors.
Managed applied R&D in robotics and control for autonomous vehicles and underwater systems.
Developed estimation and control algorithms for drones and robotic platforms.
Mentored research teams and led the definition of KPIs to evaluate technical and strategic progress.
Co-established a European network of Digital Innovation Hubs to support SME adoption of robotics and accelerate digital transformation.
Spearheaded research and development of advanced technologies in the marine and maritime robotics domain, with a focus on autonomy, control systems, and innovation transfer.
Led design, prototyping, and testing of mechanical systems for autonomous marine vehicles.
Developed guidance and control strategies for autonomous navigation and positioning.
Bridged academic research with applied engineering in collaboration with industry stakeholders.
Contributed to the early-stage development of systems now informing offshore automation solutions.
Led development of embedded control systems for truck stability and battery electric vehicles (BEVs), contributing to Volvo’s innovation in e-mobility and autonomous driving.
Developed and implemented longitudinal and lateral control algorithms for commercial vehicle platforms.
Delivered robust software systems by translating system requirements into scalable embedded solutions.
Collaborated with cross-functional teams to ensure reliability and safety across vehicle control systems.
Actively contributed to advanced engineering projects in e-mobility and autonomous technologies.
Graduate School of Management @ Politecnico di Milano International
Final project: Development of a platform to track supply chain CO2e emissions and provide analytics.
Graduate Summa cum laude.
Norwegian University of Science and Technology
Final project: Control of under-actuated marine vehicles. (link)
University of Cassino and Southern Latium
Graduated Summa cum laude.
Porto, Portugal.
Collaboration with the Laboratório de Sistemas e Tecnologia Subaquática (LSTS) run experimental campaigns for the the control systems for underwater autonomous vehicles.
Eindhoven, The Netherlands.
Visiting the Dynamics and Control Group to conduct theoretical research in nonlinear control systems. The objective was to develop advanced control methods for underwater autonomous vehicles.
Porto, Portugal.
Collaboration with the Laboratório de Sistemas e Tecnologia Subaquática (LSTS) run experimental campaigns for the the control systems for underwater autonomous vehicles.
Seville, Spain.
Collaboration with Robotics, Vision and Control Laboratory (GRVC) and the Advanced Center for Aerospace Technologies (CATEC) as part of the Aerial Robotics Cooperative Assembly System. The collaboration resulted in the development and test of advanced Kinematic Control systems for mobile-base manipulators. The results of the collaboration was published and defended in my M.Sc. Thesis titled Study of algorithms for kinematic control of a quadcopter-robotic arm system.
Responsible for the annual budget of the group.
Program manager and vice-chair of R8SYP congress.
IEEE Transaction on Vehicular Technology (TVT)
IEEE Transaction on Automatic Control (TAC)
IEEE Transaction on Control System and Technology (TCST)
IEEE Transaction on Automation Science and Engineering (T-ASE)
IEEE Journal of Oceanic Engineering (JOE)
Elsevier Ocean Engineering
Journal of Ambient Intelligence and Humanized Computing (AIHC)
American Control Conference (ACC)
European Control Conference (ECC)
Conference on Control Applications in Marine Systems (CAMS)
IFAC World Congress