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"Inspeksi pipa adalah suatu metode yang sangat penting dalam semua industri energi. Pipa sendiri digunakan untuk mentransportasikan fluida di dalamnya dari suatu tempat ke tempat lainnya. Seiring berjalannya waktu, pipa harus diinspeksi dan dirawat karena fluida yang mengalir di dalamnya bersifat korosif. Inspeksi visual adalah metode yang mudah untuk diinspeksi. Namun, beberapa pipa yang sulit dijangkau sangat susah untuk di inspeksi. Mengembangkan cara yang mudah untuk menyelesaikan masalah ini adalah menggunakan dunia robotik. Di era yang sudah maju ini, dunia robotik sudah termasuk hal yang lazim untuk digunakan, tetapi masih ada beberapa limitasi dengan penggunaannya. Hal ini terjadi karena penggunaan robot memakan biaya yang mahal dari struktur robotnya sendiri. Untuk mengurangi beban biaya produksi dari robot sendiri, riset ini akan membahas kustomisasi produksi alat dengan menggunakan cara “3D Printing” dan mekanisme kontrol yang mudah digunakan dengan menambahkan fitur visual. Robot yang dinamakan In-Pipe Inspection Robot (IPIR) ini bisa menjadi permulaan dalam hal “smart technology” untuk inspeksi kondisi dalam pipa. Di segmen ini, inspeksi visual yang digunakan adalah menggunakan kamera. Untuk menjalankan kontrol dari alatnya sendiri yaitu menggungakan joystick sebagai input dan DC motor sebagai output. Dimensi pipa menggunakan diameter 6” dengan diameter dalam 154.08 mm. Metode riset ini pun akan dimulai dari studi literatur untuk tipe robot yang dipakai, lanjut dengan desain robot dan diakhiri dengan proses produksi dengan mengoptimasikan penggunakan 3D Printing.

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.Pipe inspection is an important event in all of the energy industries. Pipes are used to transport any kinds of fluids from one place to another. During the period times, a pipe must be inspected and maintained because of the fluids that carries inside of a pipe in the energy industries can easily cause damage to the inner wall such as corrosion, erosion, degradation, and many other factors. Visual inspection is the easy method to inspect. But, a pipe in which placed at an unreachable area is very hard to inspect. Developing an easy way to solve this is by using in the field of robotics. In this new era, robotics is very common to use as well but there are some limitations of by using it. This because of the high cost production of the robot structure itself. To reduce the production cost and solve the problem of visual pipe inspection, this paper will be discussing the customization production of the robot structure by using a 3D Printing and a simple control mechanism with adding the visual feature. A robot called In-Pipe Inspection Robot (IPIR) can be the start of having a smart technology for inspecting the condition of the inner wall pipe. In this part, the visual inspection is using a camera. For the driving control of the robot will be using a joystick act as an input and DC motor as the output. The pipe size diameter will be using a 6” pipe with an inner diameter of 154.08 mm. The method of by doing this research is start from determine and study the robot type then design the robot and print the design by optimizing the use of 3D Printing.

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"Fenomena quiet quitting, di mana karyawan membatasi kontribusi mereka pada pekerjaan sesuai dengan deskripsi tugas minimum, telah menjadi perhatian yang meningkat dalam beberapa tahun terakhir. Penelitian ini menyelidiki dampak perceived career development, job insecurity, dan smart technology negative awareness terhadap quiet quitting di sektor perbankan syariah Indonesia. Penelitian ini bertujuan untuk menguji bagaimana perceived career development, job insecurity, dan smart technology negative awareness memengaruhi quiet quitting, serta dampaknya terhadap perceived performance. Data dikumpulkan melalui survei daring yang melibatkan 233 responden yang bekerja di sektor perbankan syariah di Indonesia. Data dianalisis menggunakan Structural Equation Modeling (SEM) dengan perangkat lunak LISREL 8.80. Hasil penelitian ini menemukan bahwa perceived career development memiliki pengaruh positif terhadap quiet quitting, yang mana bertentangan dengan hipotesis awal yang mengharapkan hubungan negatif. Job insecurity berpengaruh positif terhadap quiet quitting, menunjukkan bahwa ketidakamanan kerja mendorong perilaku quiet quitting. Smart technology negative awareness juga memiliki pengaruh positif terhadap quiet quitting. Namun, quiet quitting tidak memiliki dampak negatif yang signifikan terhadap perceived performance. Penelitian ini memberikan kontribusi penting dengan mengeksplorasi faktor-faktor yang memengaruhi quiet quitting di sektor perbankan syariah. Hasil penelitian ini menyarankan bahwa upaya untuk mengurangi quiet quitting harus difokuskan pada pengurangan ketidakamanan kerja, dan pengelolaan persepsi negatif terhadap teknologi cerdas di tempat kerja.

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The phenomenon of quiet quitting, where employees limit their contributions to work according to the minimum job description, has become an increasing concern in recent years. This study investigates the impact of perceived career development, job insecurity, and smart technology negative awareness on quiet quitting in Indonesia's Islamic banking sector. The study aims to examine how perceived career development, job insecurity, and smart technology negative awareness influence quiet quitting, as well as its impact on perceived performance. Data were collected through an online survey involving 233 respondents working in Indonesia's Islamic banking sector. The data were analyzed using Structural Equation Modeling (SEM) with LISREL 8.80 software. The results of this study found that perceived career development has a positive influence on quiet quitting, which contradicts the initial hypothesis expecting a negative relationship. Job insecurity positively influences quiet quitting, indicating that job insecurity drives quiet quitting behavior. Smart technology negative awareness also positively affects quiet quitting. However, quiet quitting does not have a significant negative impact on perceived performance. This study provides significant contributions by exploring the factors influencing quiet quitting in the Islamic banking sector. The findings suggest that efforts to reduce quiet quitting should focus on reducing job insecurity and managing negative perceptions of smart technology in the workplace."

"This book presents current developments in smart city research and application regarding the management of manufacturing systems, Industry 4.0, transportation, and business management. It suggests approaches to incorporating smart city innovations into manufacturing systems, with an eye towards competitiveness in a global environment. The same pro-innovative approach is then applied to business and cooperation management. The authors also present smart city transportation solutions including vehicle data processing/reporting system, mobile application for fleet managers, bus drivers, bus passengers and special applications for smart city buses like passenger counting system, IP cameras, GPS system etc. The goal of the book is to establish channels of communication and disseminate knowledge among researchers and professionals working on smart city research and application. - Features contributions on a variety of topics related to smart cities from global researchers and professionals in a wide range of sectors;- Presents topics relating to smart cities such as manufacturing, business, and transportation;- Includes expanded selected papers from EAI International Conference on Management of Manufacturing Systems (MMS 2016), EAI Industry of Things and Future Technologies Conference - Mobility IoT 2016 and International Conference on Smart Electric Vehicles and Vehicular Ad-hoc NETworks (SEVNET)."