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"Teknologi informasi (TI) telah menjadi bagian strategi bagi Kementerian Sekretariat Negara dalam rangka meningkatkan pelayanan dan kinerja. Hal ini dituangkan pada beberapa Peraturan Menteri Sekretaris Negara sebagai kebijakan dari organisasi yang ingin mengoptimalkan kinerja dengan dukungan TI di lingkungan Kementerian Sekretariat Negara. Perangkat lunak pun dibangun dan dikembangkan dalam menunjang kegiatan dari unit-unit kerja yang ada. Pengembangan dilakukan melalui lelang atau swakelola. Terlibatnya pihak luar dalam pengembangan perangkat lunak melalui lelang memerlukan pengawasan dan kontrol, karena kadang terjadi masalah dalam pengembangan perangkat lunak, seperti gagal dalam membangun atau pembangunan terlambat (tidak sesuai jadwal). Dalam rangka mendapatkan penyedia yang lebih berkualitas maka dilakukan kajian penilaian kapasitas penyedia perangkat lunak. Penilaian kapasitas dari penyedia dilakukan untuk mengetahui kualitas dari penyedia sehingga dapat mengurangi kesalahan atau kelemahan yang sering terjadi pada pengembangan melalui lelang. Capability Maturity Model Integration for Development (CMMI-DEV) representasi Continuous dan Standard CMMI Appraisal Method for Process Improvement (SCAMPI) digunakan sebagai bahan dalam merancang kerangka penilaian kapasitas penyedia. Rancangan kerangka penilaian kapasitas penyedia digunakan untuk dua hal, yaitu untuk menilai kapasitas peserta lelang sebagai calon penyedia, dan menilai penyedia pada saat pemeriksaan pekerjaan. Dengan adanya rancangan kerangka penilaian kapasitas penyedia diharapkan dapat memilih penyedia yang lebih baik lagi, dan sebagai pembelajaran bagi tenaga teknis di Unit Kerja TI Kementerian Sekretariat Negara dalam mengembangkan perangkat lunak secara swakelola.

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Information technology ( IT ) has become a part of the strategy of the Ministry of State Secretariat in order to improve its services and performance. This matter is stated in some of the Regulations of the Ministry of State Secretary as the policies of the organization who wants to optimize the performance of the IT support at the Ministry of State Secretariat. The software is built and developed to support the activities of the available working units. The development process is performed through an auction or a self-management. The involvement of external parties in the development of software through an auction requires supervision and control, because sometimes there are problems in software development, such as building failure or late construction (behind schedule).

In order to get a higher quality provider, then a capacity assessment study on software provider should be conducted. Assessment of the capacity of providers is conducted to know the quality of providers so that the errors or weaknesses that frequently occur in the development process through auction could be minimized. Capability Maturity Model Integration for Development (CMMI-DEV) Continuous representation and Standard CMMI Appraisal Method for Process Improvement (SCAMPI) are used as the materials in designing a framework for assessing the capacity of providers.

The framework design of provider capacity assessment is used for two objectives, namely to assess the capacity of the prospective bidders as the candidates of the future providers, and to assess the provider when examining the work performed. With the framework design of provider capacity assessment, it is expected that a better provider can be chosen, and it is also expected that the technical personnel in the IT Work Unit of the Ministry of State Secretariat will be able to learn how to develop software by a self-management."

"[ABSTRAKBadan Pusat Statistik merupakan lembaga pemerintah non kementrian yang bertugas untuk menyediakan data dan informasi statistik yang berkualitas Salah satu caranya adalah dengan menjamin tahapan pengolahan berjalan baik Untuk menjamin tahapan pengolahan berjalan dengan baik proyek pengembangan perangkat lunak diharapkan tepat waktu dengan produk perangkat lunak yang memiliki minimal failure Akan tetapi sampai sekarang masalah keterlambatan dan failure terhadap produk masih ada Untuk mengatasi permasalahan ini diperlukan suatu langkah perbaikan Langkah awal untuk melakukan perbaikan dengan mengetahui tingkat kemapanan organisasi dalam mengelola proyek pengembangan perangkat lunak Penelitian ini bertujuan untuk mengevaluasi tingkat kemapanan proses pengembangan perangkat lunak Subdit IPD Tingkat kemapanan proses ini selanjutnya dapat digunakan sebagai acuan dalam melakukan perbaikan proses pengembangan perangkat lunak Penelitian ini menggunakan kerangkat kerja CMMI DEV pendekatan continuous panduan appraisal SCAMPI C dan panduan perbaikan proses dengan model IDEAL Penelitian ini dibatasi hanya sampai tahap melakukan evaluasi tingkat kemapanan dan perumusan perbaikan proses pengembangan perangkat lunak Berdasarkan hasil penelitian dapat disimpulkan bahwa organisasi masih dinyatakan pada tingkat kapabilitas incomplete IPD disarankan menerapkan rekomendasi yang telah diusulkan Penerapan rekomendasi tersebut diharapkan dapat mengatasi lebih dari 70 kelemahan pada process area PP PMC RQM CM PPQA dan 33 untuk VER.

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ABSTRACTStatistics of Indonesia is a non ministerial government agencies tasked to provide qualified data and statistical information To provide that Statistics of Indonesia need to ensure that the processing stage goes well To ensuret the processing stage went well the software development projects should be on time and minimal failure However the problems of delay and several failure are still found The first step to overcome this problems is to determine the position of organizational capability in the software development process This study aimed to evaluate the capability of the software development process in Sub directorate IPD The level of capability of this process can then be used as a reference in the software process improvement This study use CMMI DEV framework continuous representation SCAMPI C appraisal prosedure and IDEAL model to guide software process improvement This study is limited only to a point to evaluate the level of capability and formulation of the software development process improvement Based on the results of this research concluded that the organization meets incomplete capability level IPD has suggested implementing the recommendations proposed Implementation of these recommendations is expected to handle more than 70 of the weaknesses in the process area of PP PMC RQM CM PPQA and 33 for the VER ;Statistics of Indonesia is a non ministerial government agencies tasked to provide qualified data and statistical information To provide that Statistics of Indonesia need to ensure that the processing stage goes well To ensuret the processing stage went well the software development projects should be on time and minimal failure However the problems of delay and several failure are still found The first step to overcome this problems is to determine the position of organizational capability in the software development process This study aimed to evaluate the capability of the software development process in Sub directorate IPD The level of capability of this process can then be used as a reference in the software process improvement This study use CMMI DEV framework continuous representation SCAMPI C appraisal prosedure and IDEAL model to guide software process improvement This study is limited only to a point to evaluate the level of capability and formulation of the software development process improvement Based on the results of this research concluded that the organization meets incomplete capability level IPD has suggested implementing the recommendations proposed Implementation of these recommendations is expected to handle more than 70 of the weaknesses in the process area of PP PMC RQM CM PPQA and 33 for the VER ;Statistics of Indonesia is a non ministerial government agencies tasked to provide qualified data and statistical information To provide that Statistics of Indonesia need to ensure that the processing stage goes well To ensuret the processing stage went well the software development projects should be on time and minimal failure However the problems of delay and several failure are still found The first step to overcome this problems is to determine the position of organizational capability in the software development process This study aimed to evaluate the capability of the software development process in Sub directorate IPD The level of capability of this process can then be used as a reference in the software process improvement This study use CMMI DEV framework continuous representation SCAMPI C appraisal prosedure and IDEAL model to guide software process improvement This study is limited only to a point to evaluate the level of capability and formulation of the software development process improvement Based on the results of this research concluded that the organization meets incomplete capability level IPD has suggested implementing the recommendations proposed Implementation of these recommendations is expected to handle more than 70 of the weaknesses in the process area of PP PMC RQM CM PPQA and 33 for the VER ;Statistics of Indonesia is a non ministerial government agencies tasked to provide qualified data and statistical information To provide that Statistics of Indonesia need to ensure that the processing stage goes well To ensuret the processing stage went well the software development projects should be on time and minimal failure However the problems of delay and several failure are still found The first step to overcome this problems is to determine the position of organizational capability in the software development process This study aimed to evaluate the capability of the software development process in Sub directorate IPD The level of capability of this process can then be used as a reference in the software process improvement This study use CMMI DEV framework continuous representation SCAMPI C appraisal prosedure and IDEAL model to guide software process improvement This study is limited only to a point to evaluate the level of capability and formulation of the software development process improvement Based on the results of this research concluded that the organization meets incomplete capability level IPD has suggested implementing the recommendations proposed Implementation of these recommendations is expected to handle more than 70 of the weaknesses in the process area of PP PMC RQM CM PPQA and 33 for the VER , Statistics of Indonesia is a non ministerial government agencies tasked to provide qualified data and statistical information To provide that Statistics of Indonesia need to ensure that the processing stage goes well To ensuret the processing stage went well the software development projects should be on time and minimal failure However the problems of delay and several failure are still found The first step to overcome this problems is to determine the position of organizational capability in the software development process This study aimed to evaluate the capability of the software development process in Sub directorate IPD The level of capability of this process can then be used as a reference in the software process improvement This study use CMMI DEV framework continuous representation SCAMPI C appraisal prosedure and IDEAL model to guide software process improvement This study is limited only to a point to evaluate the level of capability and formulation of the software development process improvement Based on the results of this research concluded that the organization meets incomplete capability level IPD has suggested implementing the recommendations proposed Implementation of these recommendations is expected to handle more than 70 of the weaknesses in the process area of PP PMC RQM CM PPQA and 33 for the VER ]"

"Bank XYZ merupakan salah satu Bank terbesar dan pertama di Indonesia yang memberikan layanan keuangan secara fisik maupun digital kepada nasabahnya. Untuk mendukung transformasi digital, XYZ melakukan pengembangan aplikasi baik untuk nasabah eksternal maupun internal. Akan tetapi, saat ini target waktu pengembangan perangkat lunak belum tercapai, karena terdapat beberapa proyek pengembangan yang terlambat atau dilakukan carry over (dipindahkan ke tahun berikutnya). Fokus dari penelitian ini adalah menyelesaikan akar masalah yaitu estimasi effort pengembangan perangkat lunak yang tidak akurat. Oleh karena itu, penelitian ini melakukan evaluasi proses perencanaan dan estimasi effort pengembangan perangkat lunak, kemudian menyusun rekomendasi perbaikan pengembangan perangkat lunak. Teori serta pendekatan yang digunakan adalah CMMI 2.0 dengan menggunakan representasi berkelanjutan (continuous). Penelitian ini menggunakan metodologi kualitatif dan kuantitatif, yaitu melalui kuesioner dan penilaian menggunakan SCAMPI C dari CMMI Dev 1.3 yang disesuaikan. Aktivitas pertama adalah melakukan evaluasi kondisi aktual perusahaan untuk memilih roadmap, kemudian melakukan pemetaan project roadmap yang terpilih ke practice area CMMI 2.0. Empat practice area dari 29 PA yang terpilih pada penelitian ini adalah Planning (PLAN), Estimating (EST), Monitor and Control (MC), dan Requirement Development and Management (RDM). Berdasarkan hasil penelitian, XYZ mencapai tingkat kapabilitas 1 untuk practice area PLAN dan RDM, serta tingkat kapabilitas 0 untuk practice area EST dan MC. Profil kapabilitas XYZ ini menjadi dasar untuk menyusun tujuh rekomendasi perbaikan menggunakan model IDEAL, sehingga proses perencanaan dan estimasi effort pengembangan perangkat lunak bisa lebih baik. 

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XYZ Bank is one of Indonesia’s largest and the first banks that provide physical and digital financial services to its customers. To support digital transformation, XYZ Bank develops applications for both external and internal customers. However, the software development target has not been achieved due to several development projects that are delayed or carried over (moved to the following year). This research focuses on solving the problem’s root cause, including the inaccurate development effort estimation. Therefore, this research evaluates the planning and effort estimation process of software development at XYZ, then compiles several recommendations for software development improvements. The theory and approach used in this research are CMMI 2.0 using continuous representation. This research was conducted using a qualitative and quantitative methodology through a questionnaire, followed by an evaluation using SCAMPI C from CMMI Dev 1.3 that has been adapted. The activity began with evaluating the company’s current condition to select a roadmap, then mapping the selected project roadmap to the CMMI 2.0 practice areas. Four practice areas from 29 PAs selected in this research are Planning (PLAN), Estimating (EST), Monitor and Control (MC), and Requirement Development and Management (RDM). From this research, XYZ has reached capability level 1 for PLAN and RDM practice areas and capability level 0 for EST and MC practice areas. The capability profile of XYZ becomes a basis for compiling seven recommendations for improvement using the IDEAL model so that the planning process and estimation of software development efforts could be better."

"Perangkat lunak dalam operasional sebuah bank mengambil peranan yang sangat signifikan. Seluruh kegiatan operasional sepenuhnya didukung oleh perangkat lunak yang berkualitas. Untuk menjaga kredibilitasnya di mata nasabahnya diperlukan sistem yang tanpa cacat. Proses pengujian sebagai salah satu proses terpenting dalam pengembangan perangkat lunak memiliki peranan dalam menjamin kualitas perangkat lunak yang baik. Saat ini banyak model perbaikan proses pengembangan perangkat lunak, sebagai contoh CMMI. Namun model perbaikan proses yang ada sampai saat ini hanya membahas sedikit mengenai proses pengujian itu sendiri. Testing Maturity Model (TMM) yang memfokuskan pada perbaikan proses pengujian adalah suatu model yang dapat digunakan untuk mengukur tingkat kemapanan proses pengujian pada suatu organisasi. Model ini juga dilengkapi dengan metode pengukuran (TMM Assessment Model), alat pengukuran, dan juga langkah-langkah (Activities, Tasks dan Responsibilities) untuk memperbaiki proses pengujian dan mencapai tingkat yang lebih tinggi. Pada penelitian ini penulis akan melakukan pengukuran tingkat kemapanan proses pengujian pada sebuah bank dan membuat prioritas perbaikan berdasarkan area-area yang lemah. Dan pada akhirnya memberikan usulan perbaikan yang dapat diterapkan untuk memperbaiki proses pengujian pada organisasi tersebut. Untuk memberikan perencanaan yang konkrit, penulis menggunakan metode Plan, Do, Check, and Action (PDCA) Cycle untuk menyusun rencana aksi perbaikan proses pengujian. Hasil dari penelitian adalah penulis berhasil mengukur tingkat kemapanan proses pengujian pada Bank XYZ yaitu tingkat kemapanan 1. Penulis juga berhasil menemukan dua area yang lemah pada kondisi proses pengujian saat ini dan perlu diperbaiki untuk mencapai tingkat kemapanan 2. Dua area lemah yang harus diperbaiki adalah pembuatan sasaran dan kebijakan pengujian dan debugging dan melembagakan teknik dan metode dasar pengujian. Penelitian ini juga menghasilkan rencana aksi untuk membantu organisasi khususnya Bank XYZ untuk memperbaiki dua area yang lemah dan mencapai tingkat kemapanan 2. Dan pada akhirnya dapat meningkatkan kualitas proses pengujian dan produk perangkat lunak.

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In the daily operations of a bank, softwares used are taking a very significant role. The entire operations should be fully supported by good quality softwares. This is to ensure that the bank gives the best services to their customers while increase its credibility. As one of the most important processed in software development life cycle, a thorough testing process can ensure the quality of the software. Thus, the testing process itself becomes the main focus in many software development life cycles.

Nowadays, there are many models of the software development process improvement. For example, Capability Maturity Model Integration or known as CMMI. Unfortunately, the existing models only address less specific discussion about the testing process where people need more improvement of the testing process. Testing Maturity Model (TMM), which focuses on improving the testing process, is a model that can be used to measure the maturity of the testing process in an organization. It comes with a measurement method known as TMM Assessment Model, measurement tools, and ways (Activities, Tasks, and Responsibilities) where the combination of these three can improve and achieve a higher level of maturity.

Through this study, author will measure the maturity level of the testing process in a bank and gives recommendation on prioritizing the improvement based on the weak areas founded in the field. In the end, author proposes improvements that can be applied by the organization to the entire process of testing. Author uses PDCA (Plan, Do, Check, and Action) Cycle method to create action plans for improving the testing process.

The result of maturity level of the testing process at XYZ Bank is maturity level 1. The author also found two weak areas in the current conditions of the testing process which needs to be improved to achieve maturity level 2. Two weak areas that should be improved are Develop Testing And Debugging Goals And Policies and Institutionalize Basic Testing Techniques And Methods. The study also produced action plans to help the organization in particular XYZ Bank to fix two weak areas, achieve maturity level 2, and improve the quality of the test process and software product."

"Sebagai fungsi yang memegang kendali perangkat lunak di PT XYZ IT Solution memiliki peranan penting dalam menjaga manajemen pengembangan perangkat lunak agar berjalan sesuai rencana yang sudah dirumuskan bersama dengan para stakeholder. Pengembangan perangkat lunak menggunakan metodologi waterfall yang belum optimal menjadi kendala untuk dapat men deliver setiap proyek perangkat lunak sesuai requirements jadwal dan anggaran user. Untuk mengatasi hal tersebut IT Solution melakukan piloting proyek pengembangan perangkat lunak menggunakan metodologi Scrum yang diharapkan dapat lebih agile dalam pengembangan perangkat lunak. Namun dalam proses implementasi Scrum masih ditemukan permasalahan. Tujuan penelitian ini adalah menyelesaikan permasalahan yang dihadapi IT Solution dan memperbaiki proses pengembangan perangkat lunak menggunakan Scrum. Penelitian ini menilai dan menemukan akar permasalahan sekaligus rekomendasi perbaikan dalam implementasi Scrum di IT Solution sesuai dengan kerangka kerja Scrum Maturity Model.

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IT Solution as part of PT XYZ has an important role in software development to meet stakeholder request ini the company Nowadays waterfall methodology which adopted by PT XYZ was not optimal. It was a constraint to deliver software project which should meet with software requirements schedule and budget. Therefore IT Solution did piloting software development project using Scrum .It expects be more agile in software development. However they still found problems in implementing Scrum.

The purpose of this research is to solve the problems faced on IT Solutions and to improve the software development process using Scrum. This research will assess and find the root causes to give recommendations for improvements in the implementation of Scrum in IT Solution based on Scrum framework Maturity Model."

"ABSTRAKHasil survei CMMI-INSTITUTE, Universitas Carnegie Mellon, terdapat 6 perusahaan di Indonesia yang mendapatkan sertifikat CMMI-Dev v1.3 dengan maturity level 3 dan salah satunya adalah PT XYZ. Proses yang ada di PT XYZ bisa mencapai level 3 dengan melengkapi bagian-bagian yang belum terpenuhi. Masalah utama bagi PT XYZ dalam implementasi adalah standarisasi dokumen, hal ini dikarenakan setiap divisi memiliki bentuk dokumen yang berbeda-beda. Selain dokumen-dokumen dibuat menjadi standar, PT XYZ ingin memperbaiki atau meningkatkan proses-proses yang sudah ada yang masih di improvement agar menjadi lebih baik dan standar.Penelitian ini bertujuan untuk menemukan faktor-faktor yang mempengaruhi keberhasilan implementasi CMMI sesuai dengan kondisi PT XYZ. Penelitian dilakukan secara kualitatif dan kuantitatif dalam menemukan faktor-faktor yang mempengaruhi dalam implementasi CMMI. Untuk memprioritaskan faktor utama, dibutuhkan metode kualitatif dengan menggunakan kuisioner dan kuantitatif untuk mendapatkan peringkat dari faktor-faktor keberhasilan implementasi CMMI yang sudah divalidasi dari hasil kuisioner.Penelitian ini menghasilkan 17 faktor-faktor yang menjadi keberhasilan dalam implementasi CMMI sesuai kondisi PT XYZ dan bisa digunakan untuk perusahaan lain yang ingin mengimplementasi CMMI.

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ABSTRACTResult of survey by CMMI-INSTITUTE, Carnegie Mellon University, there are 6 (six) companies in Indonesia that achieve certificate CMMI-Dev v1.3 with level 3 maturity. One of them is PT XYZ. PT XYZ could achieve level 3 by completing several parts which requirements had not been met. PT XYZ faced a main problem in implementation progess. It is standardization of documents, because each division has a different form of document. Other than documentation, PT XYZ also needs to improve current processes that are still in improvement process to be a better standardized.This research aims to find out The Factors That Affects CMMI implementation Successful According to Current Conditions at PT XYZ. The approach of study in finding the factors that influence the implementation of CMMI was Qualitative and Quantitative. A qualitative method, using questionnaires, is used to prioritize the main factor. A quantitative method is used to get a ranking of the factors affecting CMMI implementation successful that have been validated by questionnaires results.The result of research is 17 factors that have made CMMI implemetation successful according to current conditions at PT XYZ. This finding expects that the factors could be applied by other companies which desire to implement CMMI."

"Penelitian ini bertujuan untuk menganalisis tata kelola teknologi informasi pada PT Indocement Tunggal Prakarsa, Tbk. dengan melakukan penilaian tingkat kapabilitas menggunakan kerangka COBIT 5. Teknologi informasi (TI) memberikan banyak manfaat bagi perusahaan, sehingga perusahaan semakin bergantung pada TI. Namun, memakai TI memerlukan investasi yang besar dan terdapat risiko terkait TI. Tata kelola TI diperlukan untuk mengelola TI. Penelitian ini bersifat studi kasus dengan pengambilan data melalui studi lapangan. Analisis yang dilakukan memperoleh nilai 2,05 dengan pencapaian pada level 2. Hal ini menunjukkan pengelolaan TI oleh Indocement telah memiliki perencanaan dan penyesuaian, serta work product dikelola dengan tepat.

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The purpose of this study is to analyze Information Technology Governance in PT Indocement Tunggal Prakarsa, Tbk. by doing an assessment of capability levels using COBIT 5 Framework. Information technology (IT) gives many benefits to companies, so that companies become more dependent to IT. However, using IT need much investments and bring IT-related risks. IT governance is needed to manage the IT. This study is a case study that collects data through a field study. The analysis shows a score of 2,05 with achievement in level 2. This means the management of TI done by Indocement has planning, monitoring, and adjustment, also the work products are managed appropriately."

"Pengembangan perangkat lunak waterfall mulai tidak relevan dengan PT XYZ. Kecepatan perubahan dari permintaan pengguna, membuat pengerjaan proyek PT XYZ menjadi terlambat. Scrum merupakan kerangka kerja yang dapat mengatasi cepatnya perubahan tersebut. Oleh sebab itu, PT XYZ perlu melakukan adaptasi kerangka kerja Scrum. Menurut software enginering institute, terdapat 3 dimensi penting dalam sebuah proses yaitu People, Procedure and Method, dan Tools yang akan menjadi fokus penelitian ini. Dimensi people menggunakan Sociomery dan Motivation Method untuk mengetahui kondisi tim saat ini serta menganalisa peran-peran saat ini pada perusahaan. Dimensi procedure and method menggunakan A Guide to agile with CMMI yang difokuskan pada process area Project roadmap CMMI dan acara-acara pada Scrum Guide. Sedangkan pada dimensi Tools, dengan mencari pada mensin pencarian di internet dengan kata kunci ‘free Scrum Tools’ lalu dibandingkan antara keunggulan serta kekurangan dari tiap Tools tersebut. Hasil dari dimesi people dibagi menjadi tiga bagian berdasarkan peran-peran pada Scrum yaitu, Scrum Master, Product Owner dan Development Team. Scrum Master yang terpilih adalah responden nomor 2 dan 10 berdasarkan hasil Sociometry yang paling populer dari tim tersebut, sedangkan Product Owner diperankan oleh pemimpin proyek XYZ Tracker dikarenakan memiliki tanggung jawab yang hampir memadai dari tanggung jawab seorang Product Owner. Development Team dibagi menjadi 2 tim berdasarkan hasil Sociometry dan kemampuan individual yang masing-masing tim berjumlah 7 orang . Pada dimensi procedure and method, terdapat 50 rekomendasi rancangan adaptasi procedure and method. Sedangkan hasil dimensi Tools, menggunakan ‘ApaScrum’ yang memiliki keunggulan dalam memberikan kemudahan dalam penggunaan serta dapat menghasilkan artefak yang dibutuhkan dalam Scrum.

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The waterfall software development is becoming irrelevant with PT XYZ. The speed of change from user requests resulted in the slowdown of project work from PT XYZ . Scrum is a framework that can overcome those rapid changes. Therefore, PT XYZ needs to adapt the Scrum framework. According to the software engineering institute, there are 3 important dimensions in a process namely People, Procedure and Method, and Tools which will be the focus of this research. The People dimension uses Sociomery and Motivation Method to determine the current condition of the team and analyze the current roles in the company. The procedure and method dimension uses A Guide to Agile with CMMI which is focused on the CMMI Project roadmap process area and events on the Scrum Guide. While in the Tools dimension, by searching on search engines on the internet with the keyword 'Free Scrum Tools' then comparing the advantages and disadvantages of each of these Tools. the results of the people dimension are divided into three sections based on roles in Scrum namely, Scrum Masters, Product Owners and Development Teams. The selected Scrum Masters are respondents number 2 and 10 based on the results of the most popular Sociometry from the team, while the Product Owner is played by the XYZ Tracker project leader because it has almost the same responsibility as the responsibility of a Product Owner. The Development Team was divided into 2 teams based on the results of Sociometry and the individual abilities of each team totaled 7 people. On the procedure and method dimension, there are 50 recommended procedures and method adaptation designs. While the results of the Tools dimension, which used 'ApaScrum' has the advantage of providing ease of use and can produce the artifacts needed in Scrum"

"satu tugas Pusat Sistem Informasi dan Teknologi Keuangan Pusintek adalah melakukan pengembangan sistem informasi di lingkungan Kementerian Keuangan. Pengembangan dan pembangunan sistem TIK ini mencakup perancangan, pembangunan, pengembangan, dan pengujian perangkat lunak dan jaringan. Untuk mendukung proses bisnis unit eselon 1 di lingkungan Kementerian Keuangan, perangkat lunak yang dihasilkan diharapkan berkualitas. Akan tetapi, berdasarkan data pengembangan perangkat lunak, perangkat lunak yang dihasilkan masih tidak sesuai harapan pengguna, yaitu pengembangan perangkat lunak tidak selesai sesuai jadwal dan ditemukan banyak permasalahan ketika sudah hosting. Untuk mengatasi permasalahan ini dibutuhkan suatu langkah perbaikan proses pengembangan perangkat lunak. Tahapan awal untuk meningkatkan proses pengembangan perangkat lunak adalah dengan mengetahui tingkat kapabilitas proses pengembangan perangkat lunak saat ini. Penelitian ini bertujuan untuk mengetahui tingkat kapabilitas proses pengembangan perangkat lunak di Pusintek. Tingkat kapabilitas ini selanjutnya digunakan sebagai dasar dalam melakukan perbaikan proses pengembangan perangkat lunak. Kerangka kerja CMMI-Dev digunakan sebagai rujukan dalam mengukur tingkat kapabilitas proses pengembangan perangkat lunak. Prosedur penilaian mengikuti standar baku yang telah dirumuskan dalam penilaian tipe SCAMPI-C. Ruang lingkup pada penelitian ini dibatasi pada evaluasi tingkat kapabilitas proses pengembangan perangkat lunak yang dikembangkan oleh Pusintek dan penyusunan rekomendasi perbaikan proses pengembangan perangkat lunak yang dikembangkan oleh Pusintek. Hasil yang diharapkan pada penelitian ini yaitu mengetahui tingkat kapabilitas organisasi dalam proses pengembangan perangkat lunak sehingga dapat ditentukan langkah perbaikan dan peningkatan yang harus dilakukan agar perangkat lunak yang dihasilkan menjadi lebih baik sehingga dapat mendukung proses bisnis unit eselon 1 di lingkungan Kementerian Keuangan.

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One of the task of Center for Financial Information Systems and Technology Pusintek is to develop information systems in the Ministry of Finance. Development and construction of ICT systems include the design, construction, development, and testing of software and network. To support the business processes of Echelon 1 unit within the Ministry of Finance, the developed software is expected have good quality. However, according to software development data, the developed software is still not match the expectations of users, namely software development is not completed on schedule and found a lot of problems when it was hosting. To deal with this problem we need a software development process improvement. Early step to improve the software development process is to determine the capability level of the current software development process.

This research aims to determine the level of capability of the software development process in Pusintek. The capability level is then used as base for software development process improvement. CMMI Dev framework is used as a reference in assessing the capability of the software development process. Assessment procedures follow the standards that have been formulated in type C SCAMPI appraisal.

The scope of this research is limited to the evaluation of capability level of the software development process developed by Pusintek and preparation of recommendations for improvement the software development process developed by Pusintek.

Expected result from this research is to know capability level of organization in the software development process to determine which improvements measures must be done so that the resulting software to be better in order to support the business processes eselon 1 unit within the Ministry of Finance. "