Jurnal Elkomika (Oct 2022)

E-Growth Monitoring System (EGMS) sebagai Upaya Penurunan Prevalensi Stunting

  • HUSNENI MUKHTAR,
  • HESTY SUSANTI,
  • WILLY ANUGRAH CAHYADI,
  • DIEN RAHMAWATI,
  • TEUKU ZULKARNAIN MUTTAQIEN,
  • OOY ARIE SUDIYONO,
  • KUSNAHADI SUSANTO,
  • SUTO SETIYADI,
  • ARIK GERALDI,
  • YOGA PUJIRAHARJO,
  • SHEIZI PRISTA SARI,
  • EKA AFRIMA SARI,
  • DIENA YUDIARTI

DOI
https://doi.org/10.26760/elkomika.v10i4.903
Journal volume & issue
Vol. 10, no. 4

Abstract

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ABSTRAK Pemerintah Indonesia melalui Stranas Percepatan Pencegahan Anak Kerdil (stunting) 2018-2024 memprioritaskan pencegahan dan penurunan prevalensi stunting dengan menyasar berbagai penyebab langsung dan tidak langsung yang memerlukan kerjasama dan koordinasi lintas sektor di seluruh tingkatan pemerintah, swasta, dunia usaha dan masyarakat, terutama di Posyandu. EGrowth Monitoring System (EGMS) yang dirancang ini berfungsi untuk mengukur tumbuh kembang bayi dan balita, terutama mendeteksi terjadinya stunting dan gizi buruk sejak dini agar dapat dilakukan upaya perbaikan secara tepat. Implementasi produk inovasi ini menggunakan sensor ultrasonik dan load cell untuk mengukur tinggi badan dan berat badan bayi dan balita, di mana rentang error pembacaan sensor-sensor tersebut secara berturut-turut adalah 0,01 – 4,36% dan 0,00 – 1,43%. Kata kunci: stunting, e-growth monitoring system, berat badan, tinggi badan, posyandu ABSTRACT Indonesian government, through National Strategy for Preventing Child Stunting 2018-2024, prioritize both prevention and reduction of stunting prevalence by targeting the causes. It requires inter-sector coordinations between government, private companies, businesses, and citizens, especially in local clinics. E-Growth Monitoring System (EGMS) is proposed to measure the growth of infant and toddler, specifically to detect a possible stunting and bad nutrition as early as possible in order to devise an improvement effectively. The implementation of this innovation employs the use of both ultrasonic sensor and load cell to measure the body height and weight of infant and toddler. Its expected margin of error for the sensors are 0.01 – 4.36% and 0.00 – 1.43% for ultrasonic sensor and load cell, respectively. Keywords: stunting, e-growth monitoring system, weight, height, posyandu

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