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CoE Smart Agriculture Visits Partner Joe Cipir Cattle Farm in Jati Indah Village, Tanjung Bintang District, South Lampung

The Center of Excellence for Smart Agriculture at Teknokrat Indonesia University (UTI) once again conducted a partner visit to Joe Cipir Cattle Farm, located in Jati Indah Village, Tanjung Bintang District, South Lampung. This activity aimed to strengthen collaboration while identifying opportunities to support the development of appropriate technology for livestock-based waste management. During the visit, the CoE Smart Agriculture team observed the process of managing cattle waste, particularly its conversion into organic fertilizer. In response to the needs identified at the partner farm, the team proposed the development of a fertilizer sieving device designed to improve the quality and efficiency of compost production derived from cow manure. This tool is expected to help separate fine and coarse materials, resulting in more uniform and higher-quality organic fertilizer. The team also engaged in discussions with the farm owner regarding the design, functionality, and implementation of the proposed device. This collaboration reflects a practical application of smart agriculture principles, where technology is utilized to solve real challenges faced by local farmers. By introducing an efficient sieving system, the initiative aims to enhance productivity, reduce manual labor, and increase the economic value of the produced fertilizer. The visit was warmly welcomed by the partner, fostering an interactive exchange of ideas and experiences. This activity not only strengthened the partnership between the institution and the local farm but also marked an important step toward developing innovative and sustainable agricultural solutions. It is hoped that this collaboration will continue to grow and contribute to advancing environmentally friendly livestock farming practices in the future.

Community Service Program (PKM) of Universitas Teknokrat Indonesia: “AI for Metaverse Creation” at SMKN 1 Tegineneng.

Universitas Teknokrat Indonesia (UTI), through its Center of Excellence (CoE) Metaverse, held a Community Service Program themed “AI for Metaverse Creation” at SMKN 1 Tegineneng on Thursday (December 11). Dozens of students from the Visual Communication Design (DKV) department participated enthusiastically, from presentations on the use of Artificial Intelligence (AI) for creating 3D environments to hands-on practice in building metaverse worlds using Roblox. The activity became even more interactive with a VR headset demonstration, allowing students to directly experience exploring virtual worlds they had created themselves. The Principal of SMKN 1 Tegineneng, Mrs. Junaina, S.Pd., M.Pd., expressed her appreciation and full support as part of ongoing collaboration in developing students’ competencies in digital technology. Through this activity, Universitas Teknokrat Indonesia continues to reaffirm its commitment to promoting technological literacy and metaverse innovation for the younger generation.

The Universitas Teknokrat Indonesia joins Polinela in the implementation of the Internet of Things (IoT).

Teknokrat University of Indonesia (UTI) together with Polytechnic State of Lampung (POLINELA) signed a Memorandum of Understanding (MoU) as well as Implementing Agreement (IA) between the UTI Computer Engineering S1 study programme and the POLINELA Seedling Technology S1 programme. The event takes place on Thursday-Friday, 11-12 July 2024 at the Golden Tulip Springhill Lampung Hotel. The collaboration focuses on the implementation of Internet of Things (IoT) technology to grow indoor premium hydroponic melons. The IoT technology applied in the project aims to improve the efficiency and efficiency of melon planting, as well as produce fruit with the best quality. The head of the study program at S1 Computer Engineering UTI, Styawati, S.T., M.Cs., explained that the application of IoT technology in these hydroponic farms enables monitoring and management of the growing environment of crops in real-time. “With sensors and IoT devices integrated, we can regulate environmental conditions optimally to ensure maximum melon growth,” he added. The head of the S1 POLINELA seed technology study programme, Dr. Anung Wahyudi, S.P., M.Sc., stated that this collaboration is an important step in the development of agricultural technology in Indonesia. “This collaboration opens new opportunities for us to develop more efficient and productive planting methods, using IoT technology developed by UTI,” he said. The signing of the MoU and IA demonstrates the commitment of both institutions in advancing education and research in the fields of technology and agriculture. With this collaboration, it is expected to create new innovations that benefit the wider society. The rector of the Indonesian Technokratic University, Dr. HM Nasrullah Yusuf SE., MBA., stated that this collaboration is part of UTI’s commitment to always be at the forefront of technological innovation and education. “We are committed to continuing to innovate and make a real contribution to society through research and technological development,” he said.

Students of the S1 Study Program Computer Engineering won gold medals at the international competition DIIID 6th, 2024, University of Technology Mara, Johor Malaysia Branch

Students of the S1 Computer Engineering Study Program at Teknokrat University of Indonesia (UTI) won a gold medal at the International Competition for Digitalized International Invention, Innovation, and Design (6th DIIID) at Mara Cawangan Johor Technology University, Malaysia, in 2024. The gold medal was awarded to UTI students in the category “Science & Technology: Tertiary” for their technology, “Implementation of Smart Irrigation Based on AI and IoT to Increase Water Use Efficiency in South Lampung Farmer Group Chili Plantations.” The journey to this achievement is full of challenges and dedication. The team consists of Dian Tri Saputra, Rezi Dwi Agustian, Chafidz Asyad (S1 Computer Engineering), and Abiyyu Ikbar Fikri K. (S1 Sastra Inggris). Under the guidance of lecturers Styawati S.T., M.Cs., and Ridwan Mahenra, S.Kom., MCS. (AI), the team worked hard for months to develop intelligent irrigation systems based on AI and IoT. The system is designed to improve the efficiency of water use on the land of the peasantry group in southern Lampung. From research and development to field testing, everything is done carefully and enthusiastically to create innovative and applicable solutions. The competition was followed by various renowned universities from home and abroad. Among them are the Malaysian Technical University of Malaka, Urmia University/Faculty of Chemistry, MARA University of Technology, Sultan Haji Ahmad Shah Polytechnic, Padang State University, Lampung University, and Jambi University. Through the hard work and innovation demonstrated, the team of the Indonesian Technokratic University has achieved the highest awards. This success shows that Indonesia’s Technocratic University is able to compete in the international arena with innovations that have an impact on society. “Thank you to the Indonesian Technocratic University, which has always supported and facilitated students to be able to create innovative developments that are beneficial and have an impact on society.”  

The Civil Engineering S1 Study Program Holds a Tensile Strength Test for Bridges Made of Balsa Wood

Teknokrat Indonesia University continues to support its students to be able to develop their potential according to their interests and talents. The S1 Civil Engineering Study Program carried out the Balsa Bridge Tensile Strength Test activity, which was attended by new civil engineering students in the class of 2023. The purpose of the activity is to provide basic knowledge to new students about the procedures for making bridges made from balsa wood, which will later be included in the bridge competition. The Vice Rector of Teknokrat Indonesia University, Dr. H. Mahathir Muhammad, SE, MM, said that this activity is a form of developing students’ abilities because civil engineering students must be able to calculate the strength of a building or bridge that will be designed. “This activity will be an experience and provision for civil engineering students later in the world of work because, as a designer of a building, you must be able to take into account the risks and possibilities of the building you design.” Dr. Mahathir said.

STUDENTS AND LECTURERS DEVELOP TECHNOLOGY RESEARCH AND CREATE VARIOUS TYPES OF ROBOTS

Universitas Teknokrat Indonesia Terbaik PTS ASEAN terus mendukung Mahasiswanya agar dapat mengembangkan Inovasi dan Teknologi yang dimiliki Untuk mendukung Kemajuan Teknologi Indonesia… Mahasiswa Fakultas Teknik dan Ilmu Komputer Universitas Teknokrat Indonesia kembangkan Teknologi Robot untuk Prototype Energi Baru Terbarukan yang di pamerkan dalam Teknokrat Academic Expo 2023. Teknologi Robot yang dipamerkan antara Lain: Robot Aeromodelling Pesawat Terbang yang telah meraih Juara Nasional, Robot Pemadam api, Robot pengantar Makanan, Mobil Balap Tenaga Listrik, Sepeda tenaga Listrik, Robot Follower, Robot Underwater, Robot Kapal Cepat, Robot Pembersih Lantai, Robot Human Follower, Robot Sepak Bola, Robot Penari, Robot Pendeteksi. Robot-robot tersebut tentunya sudah melalui Riset yang cukup panjang hingga akhirnya mahasiswa dapat memamerkan dan mendemokan hasil karyanya. Wakil Rektor Universitas Teknokrat Indonesia Dr. H Mahathir Muhammad, SE., MM. memberikan Apresiasi besar terhadap karya Inovasi Teknologi Energi Baru dan Terbarukan tersebut yang dihasilkan oleh Mahasiswa. “tentu, Kedepannya Indonesia akan Terus Maju dan terus berkembang. Maka saya Bangga dengan Inovasi yang dilakukan oleh Mahasiswa Teknik Elektro Universitas Teknokrat Indonesia yang terus berupaya mengembangkan Inovasi Teknologi Robot untuk mendukung kemajuan teknologi Indonesia .” Ujar Wakil Rektor dalam Sambutan Pembukaan Teknokrat Academic Expo. Universitas Teknokrat Indonesia akan terus berupaya mendukung dan memfasilitasi mahasiswanya agar dapat mengembangkan minat dan bakat, serta ide dalam mengembangkan Inovasi-Inovasi seperti ini, Sambung Dr. Mahathir.

WORKSHOP ON THE IMPLEMENTATION OF IOT AND TECHNOLOGY ON THE APPLICATION OF ROBOTS FOR THE COMMUNITY AT MAN 2 BANDAR LAMPUNG

Universitas Teknokrat Indonesia Berikan Workshop Pembuatan Alat Penyiram Tanaman Otomatis Berbasis IOT, Pengenalan Sepeda Listrik, dan Merakit Robot Cerdas kepada 50 Lebih Siswa/i dan Guru MAN 2 Bandar Lampung. Pembuatan Alat Penyiram Tanaman Otomatis Berbasis IOT, Pengenalan Sepeda Listrik, dan Merakit Robot Cerdasini diberikan oleh Dosen Pengampu Internet of Things (IoT) Universitas Teknokrat Indonesia Jaka Persada Sembiring, M.Cs., Akhmad Jayadi, M.Cs., Novia Utami Putri, ST, MM., dan Qadhli Jafar Adrian, MIT. dan dibantu oleh 11 Mahasiswa Universitas Teknokrat Indonesia yang tergabung dalam pengembangan Teknologi IoT, Robotik, dan Energi Terbarukan Universitas Teknokrat Indonesia. Wakil Rektor Dr. H. Mahathir Muhammad SE., MM. berharap kegiatan ini dapat menjadi pemicu untuk Siswa/i di MAN 2 Bandar Lampung untuk dapat meningkatkan Minat melanjutkan Kuliah di Kampus yang mendukung minat dan bakat yang dimilikinya.

STUDENT ROBOT INNOVATION: SMART FOOD DELIVERY ROBOT

Mahasiswa Universitas Teknokrat Indonesia Terbaik PTS ASEAN terus mengembangkan Inovasi dalam bidang Robotik. Perkembangan teknologi khususnya robot sudah semakin pesat diterapkan di industri manufaktur yang ada di indonesia seiring perjalanan memasuki era revolusi industri 4.0. Dalam penerapan di dunia nyata, robot belum sepenuhnya menggantikan peran dari manusia namun teknologi robot dapat membantu meringankan beban dan memudahkan proses pekerjaan manusia serta dapat meningkatkan efisiensi waktu dan biaya. Meluasnya teknologi robot di berbagai aspek kehidupan salah satunya dibidang bisnis dan usaha contohnya usaha cafe atau layanan penyedia makanan. Usaha cafe pada umumnya memiliki karyawan yang terbagi dari beberapa lini pekerjaan salah satunya waiters atau pengantar makanan , dalam hal ini teknologi robot bisa di manfaatkan sebagai pelayan pengantar makanan. Robot “Punbot” hasil karya mahasiswa dan Dosen UTI yang dirancangan dan dibuat kurang lebih memakan waktu 2 bulan dalam proses pengerjaannya hingga selesai. Kemampuan yang dimiliki robot ini mampu membawa makanan , minuman hingga barang dengan bobot maksimal 10Kg. Robot pengantar makanan ini dilengkapi dengan sistem komunikasi dengan radio sebagai alat berkomunikasi langsung antara kasir dengan pelanggan ketika ada komplain apabila makanan yang diantar ada kekurangan. Saat ini robot pengantar makanan ini masih terus dikembangkan yang nantinya ditargetkan mampu memiliki kemampuan Artificial intelligence (AI) sehingga dapat beroperasi secara mandiri layaknya manusia yang membantu dari sisi pelayanan ataupun menggantikan pekerjaan yang berat. Penelitian ini melibatkan 5 mahasiswa dan 1 dosen pembimbing, yaitu Ahmad Maulana Said, Risky Indarto , Desta Romansah , Bagas Pamuji, Muhammad Jari Nurman Sahputra (mahasiswa PMM) , Serta Jaka Persada Sembiring, S.Kom., M.Cs selaku dosen pembimbing.

STUDENT ROBOT INNOVATION: SMARTPHONE-BASED FLOOR CLEANING ROBOT

Mahasiswa – Mahasiswa S1 Teknik Elektro Fakultas Teknik dan Ilmu Komputer berhasil mengembangkan Inovasi Teknologi kendali robot pembersih lantai berbasis smartphone. Adapun mahasiswa-mahasiswa tersebut, yaitu: Robot ini diperuntukan dapat membantu pekerjaan manusia dalam bidang kebersihan, robot ini mampu melakukan pembersihan lantai secara jarak jauh yaitu dengan cara dikendalikan dari smartphone,dengan jarak maksimal antara robot dan smartphone ialah 7 meter. Robot ini dirancang dengan bahan bahan yang ada pada lingkungan sekitar, serta menggunakan mikrokontroller untuk sistem control pada robot, sebagai sistem pengendalian. Ketahanan baterai bertahan hingga satu jam, tergantung dari luasnya lantai yang ia bersihkan.Proses penelitian ini didampingi oleh Dosen pengampu Teknik Elektro Jaka Persada Sembiring, S.Kom., M.Cs selaku dosen pembimbing pada penelitian ini. Kedepannya, robot ini akan dikembangkan dan disempurnakan lagi pada sistem navigasi supaya dapat berjalan dengan autonomus dan penambangan sensor sensor navigasi tersebut. Supaya lebih aman dan nyaman di dalam lingkungan interaksi dengan manusia dan membantu pekerjaan manusia di bidang lainnya.

UNIVERSITAS TEKNOKRAT INDONESIA HUMANOID FOOTBALL ROBOT TEAM REPRESENTING LLDIKTI REGION II DEPARTS FOR THE 2023 INDONESIAN ROBOT CONTEST NATIONAL CHAMPIONSHIP

Tim Robot Sepak Bola Humanoid Universitas Teknokrat Indonesia Wakili LLDIKTI Wilayah II Berangkat menuju Kejuaraan Nasional Kontes Robot Indonesia 2023 Kemdikbudristek RI yang di gelar di Universitas Semarang (USM) pada tanggal 21 – 26 Juni 2023..Kontes Robot Indonesia merupakan ajang bergengsi tahunan yang digelar oleh Kemenristekdikti RI di bidang Teknologi. Tim Robot Sepak Bola Humanoid yang di Bimbing oleh Muhammad Fajar Kharisma Putra, M.Cs. dilepas oleh Wakil Dekan III Bidang Kemahasiswaan Fakultas Teknik dan Ilmu Komputer, Auliya Rahman Isnain, S.Kom., M.Cs. didampingi Ketua Program Studi Teknik Elektro Universitas Teknokrat Indonesia Qadhli Jafar Adrian, Bmm., MIT..Dalam acara pelepasan Tim Robotik Teknokrat di Ruang Pertemuan VVIP Teknokrat (17/6), Wakil Dekan III memberikan motivasi dan semangat kepada Tim Robotik yang akan berangkat berkompetisi. “Selamat berjuang, selamat bertanding secara sportif, semoga kita menjadi JUARA sesuai target yang sudah kita tentukan” ungkapnya..Sivitas Akademika Universitas Teknokrat Indonesia, memohon Doa dan Restu kepada seluruh masyarakat Lampung agar Universitas Teknokrat Indonesia menjadi Juara Nasional Kontes Robot Sepak Bola Indonesia Divisi Humanoid 2023 dan dapat mengharumkan nama baik Provinsi Lampung. Aamiin, aamiin ya robbal’alaamiin…

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