JLPT 7.0

Japanese Language Proficiency Test (JLPT) serves as a valuable aid for mastering the Japanese language and preparing for the JLPT examination through the in-depth study of Japanese vocabulary, grammar, and kanji. This comprehensive resource encompasses a dictionary comprising over 200,000 words essential for the examination across all five proficiency levels. The dictionary facilitates searches through kanji, kana (hiragana/katakana), or romaji.

While primarily tailored to exam preparation, this application can be availed of even by individuals not specifically studying for the test. It proves to be particularly beneficial for vocabulary revision and aiding in kanji and grammar memorization across all levels, namely JLPT N1, JLPT N2, JLPT N3, JLPT N4, and JLPT N5.

The versatile quiz function enables users to evaluate their proficiency in the Japanese language swiftly. Customizable options allow selecting the JLPT level, incorporating all words or preferred words exclusively, and setting the number of quiz questions. Additionally, the app monitors individual learning progress and strategically emphasizes challenging words during quiz sessions for enhanced retention. Users can effortlessly filter the word dictionary based on learning progress and JLPT levels and opt to display or conceal translations.

Moreover, the application offers a convenient feature to back up user progress along with favorite and excluded words for seamless transfer to another device. This backup process is facilitated through Dropbox or an SD card for maximum user convenience.

JLPT Words app requests only full network access permission for optimal functionality. The vocabulary repository is sourced from http://www.tanos.co.uk/jlpt/ under proper authorization.

Utilizing Google Analytics (www.google.com.au/analytics/), the app anonymously collects statistical data concerning user engagement, device information, and geographical distribution to gain insights into usage patterns. This analytical data aids in refining application performance based on user interactions.