This research aims to explore the influence of the social environment on the entrepreneurial intentions among Islamic Economics students. The social environment encompasses aspects such as family support, peer influence, academic community, mentors, and access to business information and opportunities. This study employs a descriptive qualitative method with data collection techniques through surveys and literature reviews. The results show that family support significantly impacts students' motivation, both in the form of moral support and financial assistance. The campus environment also plays a crucial role, where relationships with like-minded peers and business seminars can encourage entrepreneurial interest. Peer influence is found to be more dominant than faculty influence in shaping entrepreneurial interest due to the ease of sharing practical experiences. Additionally, media and information provide further motivation, although personal motivation remains the primary factor. Overall, this research emphasizes the importance of social support and environment in fostering entrepreneurial intentions among Islamic Economics students but also highlights that individual motivation is the key factor in the decision to start a business.

Irigasi adalah suatu sistem atau cara menyediakan air di lahan pertanian untuk memenuhi kebutuhan tanaman irigasi dengan tujuan meningkatkan produktivitas pertanian dan mengoptimalkan hasil panen. Selain itu, evaluasi kinerja irigasi pada daerah irigasi kelompok Lestari Karya Tani Desa Sowan Kidul didasarkan Peraturan Menteri PU no. 12/PRT/M2015 dengan beberapa hal misalnya, sarana penunjang, produktivitas tanam, organisasi personalia, prasarana fisik, dokumentsai, dan perkumpulan petani pemakai air memperoleh prosentase kinerja sebesar 42,1% dapat dikategorikan rusak dan membutuhkan rekomendasi tindak lanjut seperti rehabilitasi yang bersifat perbaikan. Metode F.J. Mock menganalisis ketersediaan air didapatkan nilai terendah pada bulan November dengan 1,47 m3/detik dan nilai tertinggi pada bulan Januari dengan nilai 8,46 m3/detik. Untuk mendapatkan kebutuhan air tanaman menggunakan tahun dasar perencanaan dan hasil Analisa debit. Upaya untuk mengatasi ketidakseimbangan neraca air dengan melakukan pembangunan kolam tampung. Dimensi kolam tampung digunakan 40 m x 45 m kedalaman 3 m. Pintu inlet dan outlet direncanakan memiliki lebar 1,2 m dan tinggi 0,6 m. Faktor faktor yang berpengaruh pada jaringan irigasi di desa Sowan Kidul yaitu banyaknya sampah pada aliran DAS, disekitar sungai sehingga dapat mengurangi kinerja irigasi dan juga debit air.

<p><em><span lang="EN-GB">The Mathematics Subject Teacher Meeting (MGMP) at KKMA 02 Jepara is routinely held at least 3 times in a semester, namely at the beginning before learning begins, in the middle, and at the end of the semester. The routine activities carried out are discussing textbooks and worksheets, setting up learning traps, and preparing for the preparation of Mid-Semester Examination questions and Final Semester Examination questions. However, in the last few semesters, the Mathematics MGMP is rarely held, even in this semester there is only 1 meeting and there is no more meeting agenda. This is due to several factors such as the level of saturation because the activities carried out are the same, never innovative activities that are in nature to improve the abilities and skills of teachers such as training, this encourages community service programs to be held with the theme "Utilization of Geogebra software in learning mathematics". This activity is a training for teachers who are members of the Mathematics MGMP regarding the importance of Geogebra software in learning mathematics. The method used is lectures and discussions from presenters from UNISNU Jepara and continued with simulations. The results of this activity are increased teacher knowledge and skills in designing learning media and implementing Geogebra software-based mathematics learning. It is hoped that by increasing teacher skills in developing innovative learning media, the learning atmosphere in the classroom will be enjoyable and student interest and motivation in learning will increase.</span></em></p>

The lack of awareness from Resto visitors in the process of disposing of garbage in its place makes the environment around the Resto polluted at least the awareness of Resto visitors to dispose of garbage in its place is still low. The purpose of this research is to create an automation system for the trash can. The problem that arises for Resto S2 is the lack of effectiveness, especially in the tissue waste section, one of the solutions that can be done for these problems, namely by designing a device in the form of a smart trash can that can open and close automatically, so that Resto visitors do not need to make direct contact with the trash can. Researchers aim to realize the design of the tool, as for the method carried out in this study is to implement the design of a smart trash can in the form of a box that has an input in the form of an ultrasonic sensor, and an output in the form of a servo motor. The results of input and output testing show that the ultrasonic sensor can detect movement in front of the trash can and the servo motor can move the trash can cover, so it can be concluded that the smart trash can work system as a whole can function properly in accordance with the design that has been made.

Upaya dalam meningkatkan mobilisasi masyarakat perlu adanya pembangunan sarana dan prasarana perhubungan yang memadai sejalan dengan pertumbuhan teknologi dan industri. Masalah yang sering terjadi dalam pembangunan jalan raya terutama pembangunan jalan raya di Dukuh Ngesing RT 21 RW 04 dan Dukuh Telahap RT 09 RW 02 Desa Kecapi terhalangnya oleh rintangan berupa sungai sehingga perlu dibangun bangunan penghubung seperti jembatan. Tahapan perencanaan diawali dengan survey pendahuluan, Perencanaan struktur atas jembatan dan Perencanaan struktur bawah jembatan. Hasil yang diperoleh dari perencanaan struktur atas jembatan menggunakan pipa sandaran 3 inch. Sandaran pipa panjang 20 cm lebar 15 cm tinggi 100 cm dengan tulangan D10-100 mm dan D10-150. Lantai trotoar lebar 70 cm tebal 20 cm dengan tulangan D12-200 mm dan D12-200. Lantai kendaraan lebar 7,4 m tebal 20 cm dengan susunan tulangan atas bawah D22-250 mm  dan D16-450 mm. Gelagar Memanjang (Girder) dengan dimensi WF 850.300.39.19 dan Gelagar Melintang (Diafragma) dengan dimensi WF 250.125.9.6. Untuk struktur bawah jembatan menggunakan pier dengan dimensi panjang 7,5 m tinggi 7,5 m lebar 1,75 m susunan tulangan D32 – 120 mm, D25 – 170 mm, dan tulangan hoops D13-500 mm, pile cap dengan dimensi panjang 11 m tinggi 1,5 m lebar 7 m susunan tulangan atas bawah D32 – 300 mm, dan D28 – 150 mm. Pada mutu beton pier dan pile cap menggunakan kuat tekan pada f’c 30 MPa dan mutu besi tulangan pada fy 400 MPa. Tiang pancang dengan mutu beton f’c 30 MPa diameter 40 cm membutuhkan 8 tiang dengan kedalaman sesuai perhitungan dan hasil sondir.