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Writer's pictureGanda Negosyo

Tallest 3D printed Rizal monument to rise in DOST

Updated: Jan 22, 2022




The tallest 3D printed monument of Dr. Jose P. Rizal will soon rise and be unveiled at the Department of Science and Technology (DOST) complex in Bicutan, Taguig to celebrate Rizal Day.


To commemorate Rizal’s 125th year of martyrdom on 30 December 2021, the DOST will lead the unveiling of the 12.5 feet tall 3D printed statue, a fitting memorial to the works and accomplishments of Rizal, not only as our national hero but also as a scientist.










The design is inspired by studies and works of scientists, historians and artists of the DOST-National Research Council of the Philippines (DOST-NRCP), depicting the national hero as a medical scientist, an engineer/surveyor, an agriculturist, and a naturalist-environmentalist.


The monument dubbed as “Dr. Jose P. Rizal, The Filipino Scientist,” was 3D printed at the state-of-the-art Advanced Manufacturing Center of the DOST-Metals Industry Research and Development Center (DOST-MIRDC) using Acrylonitrile Styrene Acrylate (ASA), a material known for its high mechanical properties that can withstand impact and high temperature, UV, and has chemical resistant quality.







The structure is further reinforced using steel structure inside the monument that is designed to withstand winds of 330 kph and a 7.0 magnitude earthquake.


This work of art and science is designed by Professor Jose Manuel Sicat, with Rizal the Filipino Scientist as the embodiment of innovation and positive change thus bringing science closer to the people.


“We are paying tribute to the many works of Dr. Jose P. Rizal especially in the field of science,” said DOST Secretary Fortunato T. de la Peña. “We believe that this project is a good inspiration for our youth of today to maximize their capabilities and capacity to learning, like Dr. Rizal, there is no circumstance that could stop us from learning.”









project also showcases the capabilities of the local engineers in creating a massive, complex structure using additive manufacturing technology.


By Joy M. Lazcano, DOST-STII, S&T Media Service
















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