Music is often associated with sound and hearing, but that assumption has been challenged by research conducted by Dr. Drijastuti Jogjaningrum, a lecturer in Music Arts Education at the Faculty of Language, Arts, and Culture, Universitas Negeri Yogyakarta (UNY). Through her research, she has shown that deaf children can still make music using a multisensory learning approach that goes beyond auditory perception.
The research was carried out at SLB B YAKUT Purwokerto and involved 31...
Music is often associated with sound and hearing, but that assumption has been challenged by research conducted by Dr. Drijastuti Jogjaningrum, a lecturer in Music Arts Education at the Faculty of Language, Arts, and Culture, Universitas Negeri Yogyakarta (UNY). Through her research, she has shown that deaf children can still make music using a multisensory learning approach that goes beyond auditory perception.
The research was carried out at SLB B YAKUT Purwokerto and involved 31...
Music is often associated with sound and hearing, but that assumption has been challenged by research conducted by Dr. Drijastuti Jogjaningrum, a lecturer in Music Arts Education at the Faculty of Language, Arts, and Culture, Universitas Negeri Yogyakarta (UNY). Through her research, she has shown that deaf children can still make music using a multisensory learning approach that goes beyond auditory perception.
The research was carried out at SLB B YAKUT Purwokerto and involved 31...
Three students from UNY have created an eco-friendly innovation to help farmers control pests effectively without relying on chemical pesticides.
Through the 2025 Student Entrepreneurship Development Program (P2MW) of the Ministry of Higher Education, Science and Technology, the team—consisting of Ihsan Muchlis Amirudin, Afwa Naela Fauzia, and Rose Pita Nur Afifah—developed a device called the Light Trap Insect (LTI). The LTI is a solar-powered automatic pest trap that supports...
Three students from UNY have created an eco-friendly innovation to help farmers control pests effectively without relying on chemical pesticides.
Through the 2025 Student Entrepreneurship Development Program (P2MW) of the Ministry of Higher Education, Science and Technology, the team—consisting of Ihsan Muchlis Amirudin, Afwa Naela Fauzia, and Rose Pita Nur Afifah—developed a device called the Light Trap Insect (LTI). The LTI is a solar-powered automatic pest trap that supports...
Three students from UNY have created an eco-friendly innovation to help farmers control pests effectively without relying on chemical pesticides.
Through the 2025 Student Entrepreneurship Development Program (P2MW) of the Ministry of Higher Education, Science and Technology, the team—consisting of Ihsan Muchlis Amirudin, Afwa Naela Fauzia, and Rose Pita Nur Afifah—developed a device called the Light Trap Insect (LTI). The LTI is a solar-powered automatic pest trap that supports...
Three students from UNY have created an eco-friendly innovation to help farmers control pests effectively without relying on chemical pesticides.
Through the 2025 Student Entrepreneurship Development Program (P2MW) of the Ministry of Higher Education, Science and Technology, the team—consisting of Ihsan Muchlis Amirudin, Afwa Naela Fauzia, and Rose Pita Nur Afifah—developed a device called the Light Trap Insect (LTI). The LTI is a solar-powered automatic pest trap that supports...
Three students from UNY have created an eco-friendly innovation to help farmers control pests effectively without relying on chemical pesticides.
Through the 2025 Student Entrepreneurship Development Program (P2MW) of the Ministry of Higher Education, Science and Technology, the team—consisting of Ihsan Muchlis Amirudin, Afwa Naela Fauzia, and Rose Pita Nur Afifah—developed a device called the Light Trap Insect (LTI). The LTI is a solar-powered automatic pest trap that supports...
A student team at Universitas Negeri Yogyakarta (UNY) has presented a unique innovation in safeguarding water quality by utilizing banana peel waste as the main material. Through a study titled “Green Synthesis Cu₂O/TiO₂ Nanotube Arrays (TNA) for Detection of Pb²⁺ Ions in Water”, the team succeeded in developing an environmentally-friendly technology capable of detecting the presence of the heavy metal lead (Pb²⁺) more efficiently and sustainably.
This innovation was born out of...
