Thesis Defense: Muhammad Naufal Aryaguna

Thesis Defense: Muhammad Naufal Aryaguna

Name: Muhammad Naufal Aryaguna
Student ID: 40040620650013
Thesis Title: Design and Development of Early Drowsiness Detection Using MAX30102 Sensor in Electric Vehicles
Defense Date: July 24, 2024

On July 24, 2024, Muhammad Naufal Aryaguna, a student of the Industrial Electrical Engineering program, successfully conducted his thesis defense as part of the requirements to complete his studies. In his presentation, Naufal shared the results of his research, titled “Design and Development of Early Drowsiness Detection Using MAX30102 Sensor in Electric Vehicles.”

The aim of this research is to develop an early detection system for drowsiness specifically for use in electric vehicles, using the MAX30102 sensor. The device is designed to monitor the driver’s physical condition, particularly drowsiness levels, by measuring heart rate and oxygen saturation. This detection system is expected to help prevent accidents caused by driver fatigue while driving.

The thesis defense was attended by examiners and advisors who provided various feedback and constructive criticism on Naufal’s work. Through this defense, it is hoped that Naufal’s research findings can make a meaningful contribution to road safety, particularly for electric vehicles, and inspire further technological advancements in sensor-based innovations.

Thesis Defense: Muhammad Ahnaf Firmansyah

Thesis Defense: Muhammad Ahnaf Firmansyah

Name: Anas Dian Ekanto
Student ID: 40040620650034
Thesis Title: Prototype Simulation of the Automatic Sectionalizer (SSO) Work System as a Backup Protection Based on Arduino Uno
Date: July 23, 2024

This thesis introduces an innovative concept in the field of electrical protection systems using Arduino Uno technology. During the defense, Anas presented a prototype of an automatic sectionalizer system that serves as a backup protection mechanism, which has significant potential to enhance the efficiency and reliability of electrical power distribution.

Through this research, Anas demonstrated how simple technology like Arduino can be applied to solve challenges in electrical systems, particularly in maintenance and backup protection. The use of an automatic sectionalizer is expected to reduce system disturbances and improve the continuity of energy supply.

The thesis defense, which was conducted with great enthusiasm, marks an important milestone for Anas in contributing to the development of electrical technology in Indonesia.

The inauguration of the Teaching Factory Workshop Building and Two New Industrial Electrical Engineering Workshops at the Vocational School of Diponegoro University, Semarang.

The inauguration of the Teaching Factory Workshop Building and Two New Industrial Electrical Engineering Workshops at the Vocational School of Diponegoro University, Semarang.

Semarang, April 26, 2024 – Diponegoro University, Semarang, celebrates a new milestone in vocational education with the inauguration of the Teaching Factory Workshop Building and two new workshops attended by the Rector of Diponegoro University, Prof. Dr. Yos Johan Utama, S.H., M.Hum., as well as other university leaders. The event, held on Friday, April 26, 2024, marks an important moment in the development of industrial electrical engineering education at the university.

The inauguration of the Teaching Factory Workshop Building signifies Diponegoro University’s commitment to enhancing the quality of vocational education that is relevant to the demands of the current industry. This inauguration was warmly welcomed by the Dean of the Vocational School, Prof. Dr. Ir. Budiyono, M.Si., who sees it as a significant milestone in advancing industrial electrical engineering education in the region.

In addition to the inauguration of the main building, two new Industrial Electrical Engineering workshops were also inaugurated, namely the Renewable Energy Workshop and the Microcontroller and Programming Workshop. The presence of these workshops marks a progressive step in facing the increasingly changing challenges of the industry, demanding more specialized skills.

In his speech, Rector Prof. Dr. Yos Johan Utama, S.H., M.Hum., stated, “The inauguration of the Teaching Factory Workshop Building and two new workshops is not only an achievement for the university but also for the industry and society. We are committed to producing graduates who are ready to contribute to continuous change.”

Dean of the Vocational School, Prof. Dr. Ir. Budiyono, M.Si., also expressed appreciation for this initiative, stating, “We are very grateful for the support provided by university leadership in the development of vocational education infrastructure. These new workshops will open up broader opportunities for students to acquire knowledge and skills in line with technological advancements.”

The inauguration event was highlighted by demonstrations of innovative products created by students, both in the Renewable Energy Workshop and the Microcontroller and Programming Workshop. Invited guests, including industry representatives and communities, were invited to witness student achievements and build closer cooperation in supporting vocational education.

The inauguration of the Teaching Factory Workshop Building and two new workshops marks an important milestone in the journey of the Vocational School of Diponegoro University, Semarang, in preparing the next generation ready to face challenges and seize opportunities in an increasingly complex and dynamic job market.

LED Lights Made by Vocational Schools

LED Lights Made by Vocational Schools

“Vokalite Ready to Light Up the World” is the tagline of the lamp made by the Diponegoro University Vocational School. Through the Teaching Factory Program, the Industrial Electrical Engineering Study Program is ready to make various kinds of LED lamps, starting from 7 watts, 9 watts, 12 watts, 15 watts, 20 watts, 30 watts and 40 watts.

Making LED lights through the Teaching Factory program will start on October 2 2023. The manufacturing process does not involve students from the Industrial Electrical Engineering Study Program with the aim that students also understand how to make LED lights from the start to the quality control process.

Announcement of Call for Health Tests for Recruitment for the UNDIP Vocational School D4 Collaboration Class Program

Announcement of Call for Health Tests for Recruitment for the UNDIP Vocational School D4 Collaboration Class Program

In connection with the completion of the PT. Four Class Cooperation (D4K) Diploma Education Program. PLN (Persero) with the UNDIP Vocational School class of 2019, hereby present 18 of the 18 participants who have passed the D4K program lectures. Furthermore, these participants have the right to take part in the physical and laboratory health test selection stages. The following are the names of participants who have passed and participated in the selection stages:

Signing of Cooperation Agreement with PT. TBK Samator

Signing of Cooperation Agreement with PT. TBK Samator

PT. Samator is a company operating in the gas industry in Indonesia. PT Samator is holding a Campus Scouting activity which aims to provide insight to students who have passed the internal University Internship selection in the field of Techinque sustainability about the world of work at the company. Apart from that, a cooperation agreement was also signed between the Diponegoro University Vocational School and PT. Samator TBK which was attended directly by Mr Octavianus Santoso as Technical and Sustainability Director of PT Samator Indo Gas Tbk. This activity was carried out to open up opportunities for Vocational School students to gain work experience in the gas industry.

This Campus Scouting activity was carried out in the Hall Room on the 4th Floor of the Astra Building, Diponegoro University Vocational School. The event went well where participants were introduced to the company profile of PT. Samator Indo Gas Tbk. This material was delivered by a team from PT Samator, who provided a general overview of the company’s history, vision and mission. Participants were also given information about career opportunities at the company. Then the presentation of the material was delivered directly by the Technical and Sustainability Director of PT. Samator with the aim of in-depth understanding of company operations, the technology used, as well as the company’s commitment to sustainability and social responsibility.