The Student Executive Board (BEM) of the Faculty of Agriculture (FP) was included in the top 40 of best student associations in PHP2D. UNS was also nominated as the top 40 of best support campus in the PHP2D program from BEM FP and Association of Agricultural Extension and Communication (HM Pelita). BEM FP UNS was also nominated as the top 40 best partner institution for their collaboration with the Tourism, Youth, and Sports Office of Karanganyar District and for the collaboration between HM Pelita and Kragan Village Government.

Two supervisors for PHP2D UNS were also nominated in the top 40: Mei Tri Sundari, M.Si., supervisor for BEM FP programs, and Dr. Setyaningrum Ariviani, supervisor for International Association of Students in Agricultural and Related Sciences (IAAS) FP. Lastly, HM Pelita UNS was nominated in the best student associations in the P3D program.

These nominees will go through a series of the selection process before the announcement in the night award ceremony on 6 December 2021. A team leader of the PHP2D program from BEM FP, Ahmad Musthofa Anshori, stated that he is delighted and grateful to pass to the final round of PHP2D.

“Alhamdulillah, happy and did not expect. Our team is preparing the required documents to be uploaded for assessment. Hopefully, we got the best result and could bring home a medal and make UNS almamater proud,” Ahmad Musthofa said on Monday (29/11/2021).

The team leader of PHP2D HM Pelita UNS, Novianto Yoga Wibisono, also said that he is proud and thankful because his team’s hard works were paid off. He also said that his team would hold a coordination with the village and supervisor to ensure that the Abdidaya program could run smoothly.

The Vice-Rector for Academic and Student Affairs UNS, Prof. Ahmad Yunus, also expressed support from the university.

“Congratulation to all students and supervisors who are nominated. Please revise according to the suggestions from the reviewers during the monitoring. If you have more presentations, improve the presenter to deliver a better presentation,” Prof. Yunus stated. Humas UNS

Reporter: Bayu Aji Prasetya
Editor: Dwi Hastuti

The post UNS Faculty Members and Student Associations Nominated in Abdidaya 2021 appeared first on Universitas Sebelas Maret.

Between the monitoring and evaluation held by LPPM UNS on Thursday (21/10/2021), Ubaidillah stated that the high Covid-19 infection level in Indonesia caused chaos because many patients were experiencing difficulty breathing and struggling to find breathing apparatus. This condition inspired Ubaidillah and his team to create a non-invasive breathing apparatus. “We also see an opportunity because of the minimum use of non-invasive breathing apparatus in the form of CPAP helmet, while CPAP helmet has been found to significantly reduce virus aerosolization, which is beneficial in reducing the transmission of Covid-19,” Ubaidillah explained.

With assistance from Rizqi Husain Alfathan, Bioma Cakrawala, Muhammad Dzaky Musyaffa, Rani Dwilarasati, and Azzahra Fadhlila Aulia Nisa, Ubaidillah added an oxygen sensor and oxygen saturation sensor (SpO2) on CPAP helmet. The helmet was designed with IoT technology which enables people to receive direct measuring results through a smartphone. The helmet is reusable after replacing the oxygen cylinder and neck adhesive. Ubaidillah and the team hoped that this tool could help healthcare workers and healthcare providers in handling Covid – 19 pandemic.

3D Design and Innovation

the CPAP helmet has several 3D design excellence that facilitates the assembly and dismantling process with materials that are compatible with the patient’s body, reusable after sterilization process of the components, and replacing the oxygen tank and neck adhesive. The IoT component in the helmet aims to monitor oxygen level and saturation. “The Prototype CPAP Helmet is equipped with electronic components including Envitec OOM202 oxygen sensor, max30102 oximeter sensor, Bluetooth HC-05 module, and Arduino mega pro-2560 integrated with the IoT system,” Ubaidillah added.

The oxygen sensor was installed to measure the oxygen level inside the helmet, while the oximeter sensor measured patients’ oxygen saturation when they scanned their fingers on the infra-red sensor. The measurement results will be read by Arduino and sent to the smartphone using the Bluetooth HC-05 module, and the user could monitor the results on their phone in realtime. This innovative application can be used by everybody. Humas UNS

Reporter: Dwi Hastuti

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