Videos by Surahyo Sumarsono
Sharing update Telemedicine Saat ini terutama daerah 3T dalam rangka rapat persiapan Seminar Nasi... more Sharing update Telemedicine Saat ini terutama daerah 3T dalam rangka rapat persiapan Seminar Nasional Telemedicine di daerah 3T oleh Kementerian Kesehatan di 22 November 2022 1 views
Public lecture with topic “The Opportunity of Implementing Telemedicine in Pandemic Era”, 7 Novem... more Public lecture with topic “The Opportunity of Implementing Telemedicine in Pandemic Era”, 7 November 2020.
Vocational School - Universitas Gadjah Mada, Yogyakarta 1 views
My presentation on Online Seminar "Amazon Web Service Indonesia - Smart City Week - Innovation fo... more My presentation on Online Seminar "Amazon Web Service Indonesia - Smart City Week - Innovation for Live" , 5 November 2020 2 views
Proyek penelitian kerjasama antara AHS (Academic Health System) UGM yg terdiri dari FKKMK UGM, RS... more Proyek penelitian kerjasama antara AHS (Academic Health System) UGM yg terdiri dari FKKMK UGM, RSUP Dr. Sardjito dan rumahsakit jejaringnya dan Kementerian Kesehatan Republik Indonesia dalam pengembangan Telemedicine di Kulonprogo untuk mendukung Kesehatan Ibu dan Anak. Delivered on 2020 Summer Course on Interprofessional Health Care –Health 4.0: Managements & Techn... more Delivered on 2020 Summer Course on Interprofessional Health Care –Health 4.0: Managements & Technologies for Improving Primary Health Services in Developing Countries, November 17th, 2020 15 views
My presentation at the International Seminar Medical Records and Health Information 2021: "The Ro... more My presentation at the International Seminar Medical Records and Health Information 2021: "The Role of Health Information Technicians in The Use and Development of Telemedicine in the Era of Pandemic"
organized by Student Association of Medical Records and Health Information, Politeknik Kesehatan Kementerian Kesehatan Tasikmalaya, 18 July 2021 27 views
“Lesson learned of Telemedicine Implementation from Different Countries” UNDP Indonesia’s series ... more “Lesson learned of Telemedicine Implementation from Different Countries” UNDP Indonesia’s series webinar to recommend the regulatory sandbox for telemedicine services Saturday, 19 March 2022 11 views
Conference Presentations by Surahyo Sumarsono
Kementerian Kesehatan RI, 2022
Sharing update Telemedicine Saat ini terutama daerah 3T dalam rangka rapat persiapan Seminar Nasi... more Sharing update Telemedicine Saat ini terutama daerah 3T dalam rangka rapat persiapan Seminar Nasional Telemedicine di daerah 3T oleh Kementerian Kesehatan di 22 November 2022
United Nations Develpment Programme, 2022
“Lesson learned of Telemedicine Implementation from Different Countries” UNDP Indonesia’s series ... more “Lesson learned of Telemedicine Implementation from Different Countries” UNDP Indonesia’s series webinar to recommend the regulatory sandbox for telemedicine services Saturday, 19 March 2022
Seminar Online SONJO #18, 2020
Materi yang saya bawakan di Seminar Online SONJO ke 18 dengan tema Telemedicine Masa Pandemi, tan... more Materi yang saya bawakan di Seminar Online SONJO ke 18 dengan tema Telemedicine Masa Pandemi, tanggal 16 Agustus 2020.
Pembicara:
a) Kebijakan Telemedicine Kemenkes : dr. Iin Dewi Astuty, MKK, Kepala Seksi Pelayanan Penunjang Medik Kementerian Kesehatan
b) Pengelolaan Telemedicine di RS : Dody Naftali, Instalasi Teknologi Informasi, RSUP Dr. Sardjito
c) Tantangan infrastruktur teknologi di Telemedicine : Surahyo Sumarsono, Konsultan TI di Telemedicine
Moderator: Luluk Lusiantoro (FEB UGM)
Raboan Online CBMH FKKMK UGM, 2020
Materi yang saya bawakan dalam kegiatan Kajian Online setiap hari Rabu di Center for Bioethics an... more Materi yang saya bawakan dalam kegiatan Kajian Online setiap hari Rabu di Center for Bioethics and Medical Humanities (CBMH), Fakultas Kedokteran Universitas Gadjah Mada. Materi ini membahas berbagai tantangan secara etika dalam penyelenggaraan Telemedicine terutama di Indonesia.
Seminar Nasional Online, 2020
Materi yang saya bawakan di Seminar Nasional Online dengan tema "Peran Telemedicine Dalam Era Bar... more Materi yang saya bawakan di Seminar Nasional Online dengan tema "Peran Telemedicine Dalam Era Baru Pandemi Covid 19 Guna Mendukung Standar Profesi Rekam Medis Berdasarkan Kepmenkes 312 Tahun 2020" yang diselenggarakan Himpunan Mahasiswa RMIK (D-3) - Fakultas Kesehatan, Universitas Jendral Achmad Yani Yogyakarta pada tanggal 2 Agustus 2020.
Advances in Health Sciences Research, 2020
West Papua is the second biggest province in eastern part of Indonesia. Availability and accessib... more West Papua is the second biggest province in eastern part of Indonesia. Availability and accessibility of health care services are among the priority problems in this province. Telemedicine Indonesia (TEMENIN), a telemedicine pilot project from the Ministry of Health, has been implemented in 4 health care facilities in West Papua since 2018. This paper aims to evaluate the implementation and challenges of TEMENIN in respected health facilities in West Papua province. We applied a descriptive study using qualitative and quantitative approaches. Focus group discussion and interviews with participants emphasized the high demands of well running telemedicine. However, several difficulties and challenges have contributed to the low utilization of the TEMENIN during the pilot project. Those include unstable Internet connection, limited ease of use and lack of suitable features that meet local health problems. Several recommendations are suggested to increase the utilization and improve the pilot project in the coming years.
3rd Annual Indonesia Healthcare, 2016
Telemedicine Initiatives and Success in Indonesia
• to identify how the National e-Health Strate... more Telemedicine Initiatives and Success in Indonesia
• to identify how the National e-Health Strategic Planning affects telemedicine projects as one of the national programs to improve the health care quality across all regions in Indonesia
• to identify factors contributing the success or failure telemedicine projects in Indonesia
• to identify barriers to widespread adoption of telemedicine practice in Indonesia
Asia Pacific Association for Medical Informatics, 2016
e-Health and the urgency to integrate information and communication technologies (ICT) in nationa... more e-Health and the urgency to integrate information and communication technologies (ICT) in national Health Information Systems and health infrastructure is growing, and in fact is one of the aim of Indonesia National e-Health Strategic Planning. Based on current situation in Indonesia, e-Health ecosystem is very complex and still partial. Most of the e-Health implementations are fragmented and not standardized which caused difficulties to system interoperability, consolidation of data (multi-format and standard), and limited network access to public health information. The aim of this research is to assess the implementation of the National e-Health Strategic Planning in supporting healthcare improvement projects in Indonesia. In particular, the research focuses on the telemedicine projects that have been piloted in a number of regions in Indonesia. Through this project, the implementation of the National e-Health Strategic Planning will be evaluated. Factors contributing the success or failure of telemedicine projects will also be investigated.
4th Dutch Bio-Medical Engineering Conference, 2013
Increased use of Information and Communication Technology (ICT) and reengineered care processes t... more Increased use of Information and Communication Technology (ICT) and reengineered care processes that provide integration among patients, health care providers, research centres and vendors will be key drivers for pervasive health care services in aging societies. The important factor is the continuously increasing life expectancy that is leading to aging societies with consequences for a new model of health care services, particularly in rehabilitation process. Telerehabilitation (TR) is the implementation of ICT for supporting rehabilitation services [1]. TR provides a practical solution by minimizing the barrier of distance in the delivery of comprehensive rehabilitation services. The rehabilitation process typically requires continuous and frequent monitoring of the patient’s status. TR services will be mostly in a low intensity and in a long period of time. One of the challenges facing TR services is the relative lack of use of sensor-based measures within rehabilitation. Within the project ExerGaming (exercise with serious gaming) a training system will be developed for ageing societies to train their balance [2]. TR will be used to support ExerGaming and it shall enable all medical devices involved to be semantically integrated, makes interoperable platforms to access, communicate and store the rehabilitation status. However, semantic interoperability is difficult to obtain. To date, much of the research on medical device interoperability claims that interoperability can be obtained through standardization [3]. This research argues that standardization alone is unlikely to achieve the goals of interoperability. Different approaches will be explored to find the most flexible solution, such as semantic negotiation et cetera. A methodical design process is the methodology used in this research. It utilizes a cyclical model of design, prototyping, and evaluation of outcomes in order to develop constructs, models or methods [4]. Through methodical design, an existing conceptual model from the ExerGaming case study will be explored to develop a set of interoperability requirements for the TR system.
IEEE 3rd International Conference on Communication and Information Systems (ICCIS), 2018
Developing countries are the main state of the global urban population growth. The trend creates ... more Developing countries are the main state of the global urban population growth. The trend creates unprecedented technology challenges. In developing countries, technologies are enabling progress on urban functionality, productivity, and livability. In response to that need, the Working Group 5 in the International Telecommunication Union's-Telecommunication (ITU-T) that forms the Focus Group on Smart Sustainable Cities (FG-SSC) provides the specific dimension and develops technical reports, specifications, and others that make cities smart and sustainable. Despite the wide range of literature that exists on the topic of global smart cities, there are differences that characterize the smart city application needs for each region, especially in a developing country. This paper defines dimensions of smart city application and how the development refers to be the better understanding of what constitutes a smart city is. This paper aims to provide the general foundation for further, more in-depth explorations of application development on a smart city.
Telemedicine Conference, 2016
Mobile phone-based healthcare systems have significantly grown up, supported by lower acquisition... more Mobile phone-based healthcare systems have significantly grown up, supported by lower acquisition cost, improved user interfaces, high-speed wireless networks and open-source applications. mHealth allows communication over a wide range of complexity, ranging from very simple communication (SMS or email), to more advanced systems that enable access to personal medical data and even the most advanced systems that use an embedded sensor in a smartphone to sense aspects of health or disease status. The most common use of mHealth is the activity to support interaction between the healthcare providers and the patients through call centers. Some initiatives are also found such as telemedicine, health surveys and surveillance, raising awareness, monitoring patients, and decision support. mHealth system may be useful in addressing some of the issues and challenges faced by health practioners in developing countries such as Indonesia. mHealth system has been shown to improve the quality and efficiency of healthcare provision. However, implementation of mHealth, similar to other Health Information Systems (HIS) in developing countries has been challenging with many projects failing. Selection of the appropriate technology and thoughtful design is critical to the success of any implementation.
Papers by Surahyo Sumarsono
West Papua is the second biggest province in eastern part of Indonesia. Availability and accessib... more West Papua is the second biggest province in eastern part of Indonesia. Availability and accessibility of health care services are among the priority problems in this province. Telemedicine Indonesia (TEMENIN), a telemedicine pilot project from the Ministry of Health, has been implemented in 4 health care facilities in West Papua since 2018. This paper aims to evaluate the implementation and challenges of TEMENIN in respected health facilities in West Papua province. We applied a descriptive study using qualitative and quantitative approaches. Focus group discussion and interviews with participants emphasized the high demands of well running telemedicine. However, several difficulties and challenges have contributed to the low utilization of the TEMENIN during the pilot project. Those include unstable Internet connection, limited ease of use and lack of suitable features that meet local health problems. Several recommendations are suggested to increase the utilization and improve the pilot project in the coming years.
Smart Sustainable City Application: Dimensions and Developments : Smart services for region of the foremost cultural centers of a developing country
Developing countries are the main state of the global urban population growth. The trend creates ... more Developing countries are the main state of the global urban population growth. The trend creates unprecedented technology challenges. In developing countries, technologies are enabling progress on urban functionality, productivity, and livability. In response to that need, the Working Group 5 in the International Telecommunication Union’s -Telecommunication (ITU-T) that forms the Focus Group on Smart Sustainable Cities (FG-SSC) provides the specific dimension and develops technical reports, specifications, and others that make cities smart and sustainable.Despite the wide range of literature that exists on the topic of global smart cities, there are differences that characterize the smart city application needs for each region, especially in a developing country. This paper defines dimensions of smart city application and how the development refers to be the better understanding of what constitutes a smart city is. This paper aims to provide the general foundation for further, more in-depth explorations of application development on a smart city.
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Videos by Surahyo Sumarsono
Vocational School - Universitas Gadjah Mada, Yogyakarta
organized by Student Association of Medical Records and Health Information, Politeknik Kesehatan Kementerian Kesehatan Tasikmalaya, 18 July 2021
Conference Presentations by Surahyo Sumarsono
Pembicara:
a) Kebijakan Telemedicine Kemenkes : dr. Iin Dewi Astuty, MKK, Kepala Seksi Pelayanan Penunjang Medik Kementerian Kesehatan
b) Pengelolaan Telemedicine di RS : Dody Naftali, Instalasi Teknologi Informasi, RSUP Dr. Sardjito
c) Tantangan infrastruktur teknologi di Telemedicine : Surahyo Sumarsono, Konsultan TI di Telemedicine
Moderator: Luluk Lusiantoro (FEB UGM)
• to identify how the National e-Health Strategic Planning affects telemedicine projects as one of the national programs to improve the health care quality across all regions in Indonesia
• to identify factors contributing the success or failure telemedicine projects in Indonesia
• to identify barriers to widespread adoption of telemedicine practice in Indonesia
Papers by Surahyo Sumarsono
Vocational School - Universitas Gadjah Mada, Yogyakarta
organized by Student Association of Medical Records and Health Information, Politeknik Kesehatan Kementerian Kesehatan Tasikmalaya, 18 July 2021
Pembicara:
a) Kebijakan Telemedicine Kemenkes : dr. Iin Dewi Astuty, MKK, Kepala Seksi Pelayanan Penunjang Medik Kementerian Kesehatan
b) Pengelolaan Telemedicine di RS : Dody Naftali, Instalasi Teknologi Informasi, RSUP Dr. Sardjito
c) Tantangan infrastruktur teknologi di Telemedicine : Surahyo Sumarsono, Konsultan TI di Telemedicine
Moderator: Luluk Lusiantoro (FEB UGM)
• to identify how the National e-Health Strategic Planning affects telemedicine projects as one of the national programs to improve the health care quality across all regions in Indonesia
• to identify factors contributing the success or failure telemedicine projects in Indonesia
• to identify barriers to widespread adoption of telemedicine practice in Indonesia
The following is a Decree of the Minister of Health that regulates the implementation of an electronic-based government system in the health sector and a health digital transformation strategy.
infrastructure involving universities, healthcare providers, and communities in an mHealth approach that puts patients at the center of health care. The Design Science Research Methodology (DSRM) framework was adopted in designing the mHealth
application. The infrastructure to connect the mobile device network with the hospital information system was also developed. Our finding indicates that designing and developing an mHealth solution for rural areas in developing countries needs comprehensive approach and the implementation process should involve related partners and stakeholders. The NusaHealth was implemented in rural areas in Yogyakarta province in Indonesia. While Yogyakarta province successfully implemented the NusaHealth in rural areas, different activities need to be conducted to enhance community health by developing a formal mHealth system supported by local health district offices’ policies and regulations.
The FLC used two inputs, the vehicle heading and the offset from the planned path, to generate the output of the steering angle, to determine the vehicle radius and speed. The control knowledge base of FLC was Expert Experience and Knowledge and the defuzzification method used was Centre of Gravity for Singletons (CoGS).
The simulation demonstrated that the vehicle can be operated autonomously using the FLC. The FLC was selected to control the ATV, which is to be used as a field survey vehicle running over an ambiguous environment. Since the FLC used linguistic variables, complex mathematical computations were unnecessary.
Health Services Utilizing Information and Communication Technology in Government Regulation No. 28 of 2024
Article 549 (General) ▪ The implementation of Health Efforts can utilize information and communication technology to expand access and improve the quality of Health Services. ▪ Information and communication technology is integrated with the National Health Information System.
Article 550 (Implementation Forms) ▪ The utilization of information and communication technology is carried out through Telehealth and Telemedicine. ▪ Telehealth consists of providing clinical and non-clinical services. ▪ Clinical services are provided through Telemedicine.
Article 551 (Data Security) ▪ Every Health Service Facility that provides Health Services through information and communication technology must implement data security and electronic system standards in accordance with the provisions of laws and regulations.
Article 552 (Electronic Medical Records) ▪ Every provider of Health Services that utilizes information and communication technology must use electronic medical records. ▪ Electronic medical records must have interoperability standards in accordance with guidelines established by the Minister.
Article 553 (Human Resources) ▪ Human resources in the implementation of Health Efforts based on information and communication technology consist of Medical Personnel, Health Workers, and Supporting or Auxiliary Health Personnel. ▪ Human resources must have competencies in the field of information and communication technology.
Article 554 (Facilities and Infrastructure) ▪ Health Service Facilities must provide facilities, infrastructure, and/or equipment to support the implementation of high-quality Telehealth and Telemedicine. ▪ Service rooms can be standalone or integrated with other Health Service rooms. ▪ The provision of internet and electricity networks must meet the standards required for digital services.
Article 555 (Applications) ▪ Telehealth and Telemedicine providers can use applications to deliver services. ▪ Applications must have data security and safety systems in accordance with the provisions of laws and regulations. ▪ Providers can develop their own applications or use government or private applications. ▪ Self-developed applications must be registered with the ministry responsible for health affairs.
Article 556 (Government Responsibility) ▪ The Central Government and Regional Governments are responsible for providing the infrastructure to support the implementation of Health Efforts utilizing information and communication technology. ▪ Infrastructure includes electricity, internet networks, and other infrastructure.
Article 557 (Telehealth) ▪ Telehealth is a Health Effort that utilizes remote information and communication technology. ▪ It includes providing clinical services (clinical consultations and consultation of supporting examination results) and non-clinical services (promotive, preventive, curative, rehabilitative, and/or palliative services, as well as health information and administration systems). ▪ Requirements for the implementation of Telehealth include human resources, facilities and infrastructure, equipment, and applications.
Article 558 (Telemedicine) ▪ The implementation of Telemedicine includes services between Health Service Facilities and between Health Service Facilities and the public. ▪ Health Service Facilities that can provide Telemedicine include Hospitals, Community Health Centers, clinics, independent practices of Medical Personnel or Health Workers, Health laboratories, and pharmacies. ▪ Requirements for the implementation of Telemedicine include infrastructure, types of services, human resources, and clinical standards.
Articles 559-560 (Telemedicine Infrastructure) ▪ Infrastructure consists of facilities, infrastructure, and devices. ▪ Software consists of applications with data security and safety systems. ▪ Self-developed applications must be registered with the ministry responsible for health affairs.
Article 561 (Types of Telemedicine Services) ▪ Includes teleconsultation, telepharmacy, and other Telemedicine services in accordance with scientific and technological developments.
Article 562 (Telemedicine Human Resources) ▪ Consists of Medical Personnel, Health Workers, and Supporting or Auxiliary Health Personnel. ▪ Medical Personnel and Health Workers must have STR (Registration Certificate) and SIP (Practice License).
Article 563 (Telemedicine Clinical Standards) ▪ Consists of standard operating procedures and service scope, communication between service providers and Patients, and Patient confidentiality.
Article 564 (Further Provisions) ▪ Further provisions regarding the implementation of Telemedicine are regulated by Ministerial Regulation.
Health Information System in Government Regulation No. 28 of 2024
Article 945 (Objectives) The implementation of the Health Information System is aimed at: ▪ Ensuring the availability, quality, access, and security of Health Data and Health Information ▪ Carrying out effective, efficient, and sustainable Health Efforts ▪ Empowering the Health ecosystem ▪ Strengthening coordination, integration, and synchronization to support health development
Article 946 (Organizers) ▪ The Health Information System is organized by: a. Central Government b. Regional Governments c. Health Service Facilities d. Community (individuals and groups) ▪ The Central Government organizes: a. National Health Information System b. Health Information Systems by related ministries/agencies ▪ Organizers of the National Health Information System integrate and standardize Health Data and Health Information
Article 947 (Integration and Standards) ▪ Organizers of the Health Information System must integrate their systems with the National Health Information System ▪ Integration must meet data standards and interoperability standards set by the Minister
Article 948 (Authorities of National Health Information System Organizers) ▪ Processing Health Data and Health Information ▪ Setting data standards and interoperability standards ▪ Providing access to master data and reference codes ▪ Granting access rights to Health Data and Health Information
Articles 951-957 (Management of Health Data, Information, and Indicators) ▪ Organizers must manage Health Data, Health Information, and Health indicators ▪ Health Data consists of routine and non-routine data ▪ Health Information covers various health aspects ▪ Data and information are classified as public and confidential ▪ Health indicators include national, provincial, and district/city levels
Articles 961-977 (Processing of Health Data and Health Information) ▪ Processing includes planning, collection, storage, verification, transfer, utilization, and destruction ▪ Processing of personal data must comply with personal data protection principles ▪ Data storage must be done in data centers within Indonesia ▪ Data transfer abroad must have the Minister's permission
Articles 978-984 (Health Information System Resources) ▪ Organizers must provide infrastructure, services, and human resources ▪ Infrastructure consists of hardware and software ▪ Services are provided to ensure system continuity ▪ Human resources consist of management personnel and specialists
Articles 985-987 (Reliability of the Health Information System) ▪ Organizers must ensure the availability, security, maintenance, and integration of the system ▪ Reliability efforts include feasibility tests, maintaining confidentiality, determining access rights, certification, and regular audits ▪ Regular evaluation of the efficiency and effectiveness of the infrastructure
Articles 988-990 (Control) ▪ The Minister controls the processing of data within Indonesia ▪ Control includes data recording, data standardization, and system integration
Article 991 (Guidance and Supervision) ▪ The Central and Regional Governments conduct guidance and supervision ▪ The purpose of guidance and supervision includes accelerating integration and improving system quality