Dr. Nikolaos Karalis

• Contribute substantially to the design and development of Rovial’s large structures, its elements and components, coupling mechanisms. • Perform stress, stability, vibration, and other kinds of analysis and optimization. • Lead the printing, integration and manufacturing of structural and assembly elements and components to create the experimental proof of concept prototype. • Interact with Structure and Space, for the domain-based constraints, requirements and specifications gathering.

A. Explore and analyze modeling, simulation and analysis tools for structure element and coupling mechanism design for in space domain. B. Contribute to the design and development of Rovial’s large structure, its modular elements, connectors and coupling components, incorporating robotics driven assembly needs. C. Analyze and optimize integrated structures and assemblies. D. 3D print elements and integrating mechanical components for creating the experimental proof of concept systems.

Instructor for the courses: • ACFT Structures ad Systems for Airframe and Powerplant Engineering Technician - Module 11 • Helicopter Aerodynamics, Structures and Ststems - Module 12 • Aircraft Aerodynamics Structures and Systems - Module 13 • Gas Turbine Engines - Module 15 • Propellers - Module 17

Mechanical Design Designing mechanical systems for various types of industries using NX Siemens, Solidworks

Air and Ground Transport Vehicles Option

Geotechnology