BLOOD DONOR INFORMATION SYSTEM DESIGN BASED ON WEBCase

BLOOD DONOR INFORMATION SYSTEM DESIGN BASED ON WEB(Case Study: PMI Tasikmalaya) by: Rian Arie Gustaman, S. Km. , M. Kes (0425068202) Eka Wahyu Hidayat, S. T. , M. T (0422057703) UNIVERSITAS SILIWANGI

Relevance of research 1 Rian Arie Gustaman| 2013 Implementation of Duties and Functions of Coordination in the Maternal and Child Health Program Tesis Kulshreshtha Vikas | 2011 Blood Bank Management Information System in India International Journal Of Engineering And Science Kulshreshtha Vikas | 2011 Benefits of Management Information System in Blood Bank International Journal Of Engineering And Science Eka Wahyu Hidayat |2011 Implementation Pattern Hierarchical Model-View-Control Web-Based System Engineering Framework Jurnal Teknologi Technoscientia Eka Wahyu Hidayat | 2010 SMS Gateway Application for Academic Information System at Engineering Faculty of Siliwangi University Jurnal Sitrotika Web Based Information System of Blood Donor Service (Case Study: PMI Tasikmalaya)

Background 2 Blood is a national asset that should be managed by local blood service/PMI UU 32/2004 about Local Government - UDD PMI is unable to meet the needs of blood donors in Tasikmalaya city Its hard to know information about availability of blood stock for recipients Low participation for Blood Donors - ICT not fully utilized Low Good Governance Digital databases of health are not yet available Distribution of information is Local-

Objective and purpose 3 Objective Developing and Implementing web based information system of blood donor and SMS gateway technology in PMI Tasikmalaya Purpose • • Increase blood donor services in PMI Tasikmalaya with ICT. • • Integration system of blood donor services between PMI and Hospital Organize good governance in the health sector to provide information and services to the public a transparent, effective and accurate. Provides easy access to the data and Blood Donor Recipients using mobile devices “Implementation of Information Technology in Health“

Research methods 4 Preparation: • Data collect, • Study and Review Integration Application and Lab Scale Testing Prototype Sistem: • Design • Develop • Testing Batch 1 -2015 Batch 2 -2016 • Implementation System at PMI Tasikmalay • Technology Acceptance Measurement • Evaluate Batch 3 -2017

1 st year result 5 1 st year Researcher preparation and developing prototype application: • Literature study about business process in PMI Tasikmalaya • Literature study about technology can be implementing for blood donor services • Regulation study of blood donor service. • Observation existing system • Data collection • The comparative study of similar blood donor information system • Design System TPS and SMSG • Coding application • Testing System TPS and SMSG • Submission of the results of research on a national or international seminar • Report Batch 1 st year Output • Design of Application • Prototype Application • Submission for Disemination Location • • • Laboratorium UNSIL Tasikmalaya UTD PMI Tasikmalaya UDD PMI Tasikmalaya Indicators • • • Design of Application Prototype Application Scientific journals

2 nd year result (on-going) 6 2 nd year Integration system and lab-scale testing: • Functional testing of TPS • Functional testing of SMSG System • Repair functional system • Integration System • Test module input and output data • Services testing • Network testing • Level access testing • Submission of the results of research on a national or international seminar • Report Batch 2 nd year Output • • • Integrating system Application testing Submission for dissemination Location • • • Laboratorium UNSIL Tasikmalaya UTD PMI Tasikmalaya UDD PMI Tasikmalaya Indicators • • Application Scintific Journal

3 rd year result (hope) 7 3 rd year Testing equipment / systems in the field at rural area and city area: • Implementation system at PMI Tasikmalaya • Application evaluated (design questionnaire, questionnaire distributing, colleting data survey and analysis with TAMTechnology Acceptance Model) • Justification reseach result • Submission of the results of research on a national or international seminar • Report Batch 2 nd year Output • • • Implemented System Result of TAM Submission for disemination Location • • • Laboratorium UNSIL Tasikmalaya UTD PMI Tasikmalaya UDD PMI Tasikmalaya Indicators • • Justification research result Scientific Journal

Architectural Technologists 8 1 st year DEVELOP two application: SMSG PMI OFFICE and TPS PMI FRONT Web Based SMS Gateway Based (SMSG PMI) GSM SMS Modem Center Public: - Hospitals - Resipien - Blood Donors - Government BACK OFFICE Web Based INTERN ET Internet Based (TPS PMI) Admin: - PMI - UDD - UTD

Architectural Technologists 9 2 nd year plan INTEGRATED SMSG PMI and TPS PMI to be one system BACK OFFICE “Web Based Information System of Blood Donor Service” FRONT OFFICE Web Based Existing SMS Gateway Based (SMSG PMI) GSM SMS Modem Center INTERN ET Internet Based (TPS PMI) Existing Public: - Hospitals - Resipien - Blood Donors - Government Admin: - PMI - UDD - UTD

Expected result 10 • Web Based Information System of Blood Donor Service Application can be implemented at PMI Tasikmalaya • The System who develop can be registered in the Ha. KI as a form of recognition process to think that producing a product that is useful to humans • Results of thought can be disseminated through scientific meetings / seminars

That is all explanation about our research and Hatur Nuhun. .