AT SMK ITENAS KARAWANG, AUTOMATIC PLANTING SYSTEM DESIGN BASED ON ARDUINO

Ahmad Johari; Ahmad Anas

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The International Proceedings aims to publish high-quality scholarly works across multidisciplinary fields, fostering innovation and the exchange of ideas. The scope of the Proceedings includes, but is not limited to, the following three major areas:

Economics and Business Fields: Economics, Digital Business, Accounting, Management, Finance, Communication, HR, Marketing, Business Administration, Public Relations, Strategic Management, Sharia Economics, Sharia Banking, Entrepreneurship, Taxes, Accounting Information Systems, and the like.

IT/Computer Field: Information Technology, Informatics, Computers, Data Mining, Information Systems, Data Base/Programming, Networks, Cyber Security, Embeded Systems, Internet of Things, Software Engineering, Data Science, Artificial Intelligence, Multimedia, Games and Animation and the like.

Health Sector: Medicine, Nursing, Midwifery, Pharmacy, Health Analyst/Medical Laboratory Technology, Physiotherapy, Hospital Administration, Medical Records. Health Information Management, Public Health, Health Law, Electro Medical, Radiology, Anesthesia, Nutrition, Medical Rehabilitation, Blood Bank, K3, Environmental Health, Health Promotion and the like.

Published Oct 10, 2022

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Vol 2 No 2 (2022): International Conference And Call For Proceedings - Scope of IT

Ahmad Johari

Ahmad Anas

Abstract

The level of soil fertility can be influenced by the intensity of the water in it. Therefore we need to keep the soil moisture and temperature in good condition. Currently, watering plants manually is considered inefficient and effective because it requires a lot of energy, the length of the watering process and the inconsistent timing of watering causes a decrease in the quality of plant health. therefore researchers will try to help overcome these problems. This study discusses the design of an Arduino Uno-based automatic plant sprinkler at SMK ITENAS KARAWANG. Researchers hope that this tool can ease the work of watering plants and get better crop yields. This automatic plant sprinkler uses RTC, Soil Moisture sensors and DHT11 to adjust the watering schedule, determine soil moisture content and plant air temperature and is equipped with a 12volt water pump to move water from the tank to the watering place. Then the information about the time, humidity level and air temperature for the sprinkler will be displayed on the LCD screen

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