Viorel Marian Barbu

- Mechanical development technical lead for aviation grade heat exchangers in support of the New Generation Narrow Body ( NGNB ) RISE engine program. Development of new air-oil heat exchangers using additive technology - Leading the mechanical development of a dual-fluid additive heat exchanger test stand supporting the technology maturation and product validation - Specialist for large-format prints in the field of Additive metal powder bed manufacturing

- Mechanical component owner for aviation grade heat exchangers development using powder bed Additive manufacturing technology - Technical lead for additive manufacturing internal and external customers projects across multiple industries (Aviation, Automotive and Industrial) - Deployment of Additive Manufacturing trainings supporting customers in the business case identification process and acceleration of the technology adoption - Optimization and qualification of AM designs for production

- Led design and integration of diesel fuel systems for 1.2 to 3 MW Power generation stroke engines - Served as technical liaison with suppliers for product definition and components qualification - Managed fuel system design team, ensuring project milestones were met - Executed system validation using FMEA, improving reliability and safety standards - Led retrofit of turbocharging systems for 10 MW power generation engine - Provided design support for piston optimization in combustion systems

- Conducted NVH FEA analysis for petrol engines. Engine vibration behavior at various frequencies - Developed strategies to reduce engine vibration levels - Executed solids and surface meshing for FEA models and calculated transfer function and radiated noise - Enhanced vibration response with topological optimization - Created predictive models using FEM data correlation

-Technical consultancy for the products; -Drafting of commercial offers and orders; -Maintaining relationships with new partners and advise the customers in choosing products

- Mastered Thermo-Mechanical principles to enhance design efficiency and product performance. - Applied Thermal Rheology to optimize material behaviors in complex systems. - Utilized Advanced Mathematics for precision engineering and problem-solving tasks. - Developed Entrepreneurial skills to drive strategic project planning and execution.

- Excellence in strength of materials, enhancing mechanical resilience and performance. - Proficient in industrial equipment design, improving efficiency and reliability. - Advanced skills in computer-aided design, achieving precision and optimization. - Expertise in vessels and pipes systems, ensuring structural integrity. - Knowledge of industrial transportation mechanisms, facilitating seamless operations.