Letizia Nicoletti
Letizia Nicoletti is the CEO of CAL-TEK, the spin-off company of the MSC-LES Lab. Letizia has a very strong experience in managing complex research & development projects in different areas including Modeling & Simulation, Industry 4.0, Extended Reality. She also serves as senior business manager in CAL-TEK where, together with the Board of Directors, steer the business activity of the company maintaing the correct trade off between participation in R&D project and direct business activity of the market.
Letizia is also a very active researcher; indeed she has published more than 100 scientific articles in prestigious international journal and conferences. She is also Program co-Chair of the International Workshop on Simulation for Energy, Sustainable Development and Environment.
Spin-off Representative, CAL-TEK
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1. Human-Robot Collaboration:
Dr. Nicoletti explores the integration of humans and robots within industrial settings, emphasizing efficient task allocation to optimize productivity and ergonomic safety. Her research utilizes simulation-based methods to evaluate human and robot interactions in real-time, ensuring a balanced workload and improving operational efficiency.
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2. Advanced Manufacturing Simulations:
She has developed advanced simulation models that adapt to changes in manufacturing environments. These models help in predicting and enhancing the flexibility and resilience of production systems, making them crucial for adapting to dynamic market demands and technological advancements.
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3. 5G and Industry 4.0:
Dr. Nicoletti's work extends into the applications of 5G technologies, focusing on enhancing robotic network performance for industrial automation. Her studies help in managing network resources efficiently, ensuring high Quality of Service (QoS) for critical industrial applications.
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4. Digital Twin Technologies:
Her research includes the use of Digital Twins for improving human-robot collaborations. These virtual models allow for detailed scenario analyses and optimizations, providing a richer understanding of manufacturing processes and enabling more effective decision-making.
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5. Extended Reality (XR) in Manufacturing:
Dr. Nicoletti investigates the use of XR technologies to support manufacturing processes. This includes developing applications that enhance the capabilities of operators in maintenance, training, and production, integrating digital information with real-world processes.
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6. Ergonomics and Safety in Industrial Settings:
She has contributed to the ergonomic assessment of industrial tasks to prevent musculoskeletal disorders among operators. Her work includes developing frameworks that prioritize interventions based on ergonomic risk assessments, improving workplace safety and operator health.