Design of a Smart Lamp Based on a Tensegrity Structure Using Additive Manufacturing

This thesis presents the design of a room lamp based on tensegrity structure with the
aesthetics of lithophanes. The project incorporates different fields of stem sciences from
mechanical engineering to electrical and industrial design through the use of 3D modeling,
remote control microcontroller programing and the iterative design methods. The project is
created with the use of SolidWorks for modeling, Autodesk Fusion for static structure
simulations, and Tasmota firmware for wireless control. The final product shows the use of
additive manufacturing in engineering, smart technologies and art.