International Conference Series On Science, Engineering, and Technology (ICSSET)

Theme

Technology Challenges and Innovations in the Development of Science, Automation and Intelligent Control : Towards Industrials Transformation in the Era of Society 5.0

Universitas Muhammadiyah Sidoarjo (UMSIDA), Indonesia, will host the 4th International Conference Series on Science, Engineering, and Technology (ICSSET) on August 27, 2024. The conference, held online from Sidoarjo, East Java, Indonesia, will focus on the theme, “Technology Challenges and Innovations in the Development of Science, Automations, and Intelligent Control: Towards Industrial Transformation in the Era of Society 5.0.”

This event will feature several esteemed co-hosts, including:

  • Universitas Muhammadiyah Sidoarjo, Indonesia
  • Université Mohammed V de Rabat, Morocco
  • University of the Witwatersrand, South Africa
  • Universiti Teknologi Petronas (UTP), Malaysia
  • Islamic University of Madinah, Saudi Arabia
  • Namangan State University, Uzbekistan

As the global population continues to rise and energy resources become increasingly scarce, the development of science and technology must progress to meet these challenges. Key areas such as electricity, electronics, mechanics, industrial systems, and informatics are at the forefront of this advancement. The rapid evolution in electricity and electronics is yielding products that are not only more sophisticated but also more affordable. Similarly, mechanical technology is advancing with innovations in material science, producing lighter and stronger materials that enhance industrial and informatics applications. These technologies are becoming increasingly integrated, contributing to the sustainability and success of Society 5.0.

Society 5.0, an era where technology facilitates human activity and thought, is fast approaching. In this new era, machines will take on more roles, simplifying and automating processes with minimal human intervention. While this shift brings remarkable advancements, it also poses challenges related to human psychology and the readiness to adapt to these changes.

To effectively harness science and technology in preparing for Society 5.0, it is essential to foster collaboration across relevant disciplines. This conference offers a platform for researchers to contribute valuable insights and engage in meaningful discussions. Together, we can synergize our efforts to navigate and actively participate in this transformative era.

IMPORTANT DATES

KEYNOTE SPEAKERS

Dr. Mulyadi, S.T., M.T

Universitas Muhammadiyah Sidoarjo

Indonesia

Scopus ID: 56440307000

Prof. Mohammed Lazaar, PhD

Universite Mohammed V de Rabat

Morocco

Scopus ID: 57200595982

Prof. Dr. Gorakange Arosha Chandima Gomes

University of the Witwatersrand

South Africa
Scopus ID: 57201335285

Prof. Dato’ Ts Dr. Kamaruzzaman bin Sopian

Universiti Teknologi Petronas (UTP)

Malaysia

Scopus ID: 7003375391

Prof. Ir. Ubaidillah, S.T., M.Sc., PhD., IPM

Islamic University of Madinah

Saudi Arabia
Scopus ID: 54407593200

Co-Host:

  • Universitas Muhammadiyah Sidoarjo, Indonesia
  • Université Mohammed V de Rabat, Morocco
  • University of the Witwatersrand, South Africa
  • Universiti Teknologi Petronas (UTP), Malaysia
  • Islamic University of Madinah, Saudi Arabia
  • Namangan State University, Uzbekistan

SCOPE

1. Informatics:

Scope: Development of Intelligent Systems, Big Data Technology, IoT Integration, and AI for Industrial Transformation

  • Intelligent Systems and Control:
    • Development of AI-driven systems for intelligent decision-making in industrial processes.
    • Machine learning applications for optimized decision-making and process automation in manufacturing and agriculture.
    • Secure information systems to protect industrial data and processes.
    • Integration of smart control systems for agricultural automation, including IoT-based crop monitoring and management.
    • Implementation of AI and IoT in food processing and quality control to enhance efficiency and safety in the food industry.
    • Integration of AI in smart infrastructure development and construction project management.
    • Implementation of intelligent systems for robotics and predictive maintenance in manufacturing.
  • Automation and Industrial Transformation:
    • IoT integration for seamless communication between devices and systems in industrial contexts.
    • Development of mobile applications that support industrial automation in Society 5.0.
    • Application of IoT and automation in construction process optimization and smart city development.
    • Automation in manufacturing processes, including the use of smart technology and robotics for industrial transformation.
    • Process optimization is achieved through the development of simulation models and the application of IoT technology in industrial contexts.
    • Automation and robotics in agricultural processes, including smart irrigation and automated pest control systems.
    • Automation in food processing and packaging, ensures efficient and sustainable production.
  • Integration of Advanced Technologies:
    • Integration of big data technologies and AI to enhance decision-making and operational efficiency across industries.
    • Development of adaptive manufacturing systems using IoT and AI to improve production processes.
    • Utilization of geospatial technology and smart sensors in infrastructure planning, management, and modular construction methods.
    • Application of smart digital processing technologies in manufacturing industries and energy system development.
    • Use of bioprocess technology and IoT in agricultural management for precision agriculture.
    • Application of nanotechnology and bioprocess technology in food production and packaging.

2. Electrical Engineering:

Scope: Innovations in Intelligent Control Systems, Smart Power Grids, and Renewable Energy for Sustainable Industrial Automation

  • Intelligent Systems and Control:
    • Innovations in intelligent control systems for optimized industrial automation.
    • Development of smart power grids that integrate renewable energy sources for sustainable industrial operations.
    • Sensory systems to enhance automation and control in various industrial applications.
    • Implementation of intelligent control in smart infrastructure and transportation systems.
    • Integration of robotics and predictive maintenance systems for enhanced automation in manufacturing.
    • Implementation of intelligent control in production processes and adaptive manufacturing systems.
    • Smart sensor systems for real-time monitoring and control in agricultural processes.
    • Development of smart systems for food quality analysis and control, integrating sensory and AI technologies.
  • Automation and Industrial Transformation:
    • Application of advanced automation technologies in electrical systems for industrial transformation.
    • Integration of robotics and predictive maintenance systems for enhanced automation in manufacturing.
    • Integration of automation in construction management and smart infrastructure development.
    • Application of automation and smart technology in manufacturing, energy systems, and robotics.
    • Automation in the management of irrigation systems, utilizing renewable energy for sustainability.
    • Implementation of automated systems in food processing to improve efficiency and reduce waste.
  • Integration of Advanced Technologies:
    • Development of integrated communication systems and efficient electrical systems to support industrial automation.
    • Utilization of AI technologies for innovative control solutions in electrical engineering.
    • Integration of renewable energy and smart control systems in infrastructure development and management.
    • Development of energy-efficient systems in manufacturing and the use of advanced materials.
    • Integration of AI and sensory systems to optimize supply chain management and production system analysis.
    • Integration of renewable energy and smart control systems in agricultural processes for sustainable production.
    • Development of energy-efficient food production systems using advanced electrical technologies.

PUBLICATION :

ISSN Proceeding (DOI and Google Scholar Included) for further submission to Scopus or Web of Science.

FEE

Registration fee:
Non-Speaker Participants (IDR. 100,009/ USD 6,24 per person)
Speaker Participants (IDR. 3,250,009 / USD 200,34 / Participant)

Note:  IDR: Indonesian Rupiah.

PAYMENT

Payment can be made by transfer to Bank Syariah Indonesia (BSI) No. rec. 8537965110 in the name of Kas Kecil SAINTEK UMSIDA
After making the payment, please upload the proof of payment to the form provided.

FACILITIES

For presenters :  E-Certificate for presenter and participant, E-Book of Abstract with DOI, DOI for poster or Video, ISSN Proceeding for further submission to Scopus or Web of Science.
For participants : E-Certificate.

VENUE

The conference will be held online through Zoom and streaming on YouTube.