Monitoring activities for the teaching and learning process at STMIK Lombok are currently not fully operational, causing various violations and omissions committed by lecturers and students not known by superiors who should be obligated to carry out this monitoring. Some examples of violations and omissions found were students and lecturers being late for lectures, lectures being held not according to a predetermined schedule, students and lecturers filling out lecture attendance that they did not attend, late submission of lecture documents conducted by lecturers, and lectures not being given in accordance lecturers with lesson plans and syllabus that have been prepared. The process of evaluating lecturer performance is carried out at the end of each semester based on the results of the questionnaire filled in by each student. However, the results of this evaluation are considered to be ineffective because they are still subjective, requiring additional data that is more accurate and measurable so that Management will find it easier to determine what actions need to be taken to improve and develop the quality of education at STMIK Lombok. To deal with the problems, the researchers designed an information system for monitoring and evaluating the teaching and learning process at STMIK Lombok. The analytical method used in this study is PIECES, while the design method used is waterfall, and for testing it uses the Blackbox method. The results in this study are websites built with the PHP programming language using the Laravel Framework and for the database used, namely MySQL. In this system there are 6 types of users that are distinguished according to their respective roles and each role has different access rights. The system is integrated with the system and database of SIAKAD STMIK Lombok. Several monitoring and evaluation units that are processed by the system are lecture documents such as lesson plans, syllabus, grades and student attendance, as well as assessment questionnaires and feedback from students on lectures given by lecturers.

Peningkatan kebutuhan masyarakat akan adanya kendaraan pribadi untuk berpergian ke tempat kerja, sekolah, maupun tempat lain semakin meningkatkan jumlah kepemilikan kendaraan pribadi dikalangan masyarakat. Akan tetapi, hal tersebut juga meningkatkan tindakan kriminalitas tentang pencurian kendaraan. Pencuri melakukan tindakan tersebut dengan menggunakan kunci T untuk merusak tempat kunci motor. Ada juga tindakan penghadangan di jalan sepi oleh pencuri dan mengambil kendaraan tersebut secara paksa. Banyak korban yang melaporkan kehilangan kendaraan di Kapolsek tetapi kendaraan sulit ditemukan keberadaannya. Berdasarkan permasalahan tersebut, peneliti membuat suatu alat dengan modul GPS untuk memberikan data titik koordinat dan arduino sebagai mikrokontroller dan yang dapat dikirimkan pesan kode tertentu untuk dapat mengirim balik data titik koordinat lokasi keberadaan alat dan dapat terpasang didalam kendaaraan. Tentunya hal tersebut dapat memudahkan pihak kepolisian maupun korban dalam menemukan lokasi kendaraan yang hilang atau dicuri. Pada penelitian pengumpulan data diperoleh dari studi pustaka, wawancara dan observasi. Metode perancangan menggunakan metode R&D (Research & Development ) dan metode analisa SWOT (Strengths, Weaknesses, Opportunities, Threats). Pada pengujian yang dilakukan didapatkan hasil yang positif, saat penguna mengirim pesan ke alat, alat dapat merespon dengan cepat dan mengirimkan kembali data titik koordinat posisi kendaraan tersebut.
 
Kata Kunci : Arduino, modul GPS, metode Research & Development, SWOT, Keamanan Motor.