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Kurikulum Informatika 2023/2024
IKP6333
Cloud Computing
3.00
2615 Is Mardianto, M.Kom.
1683 Ir. Agung Sediyono, M.T., Ph.D.
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Kurikulum Sistem Informasi 2023/2024
IKP6333
Cloud Computing
3.00
2615 Is Mardianto, M.Kom.
3716 Ir. Adrian Sjamsul Qamar, M.T.I.
RPS
|
Assessment Map
Kurikulum Sistem Informasi 2019/2020
IKP333
Cloud Computing
3.00
3716 Ir. Adrian Sjamsul Qamar, M.T.I.
Belum di tentukan
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RPS Detail
Matakuliah
Profile
History
Kode Matakuliah
IKP333
Nama Matakuliah
Cloud Computing
sks
3.00
Semester Name
Subject Code
Subject Name
Group Name
Group Code
Portofolio
Review History
RPS Review History
No
Review
Review By
Review Date
Capaian Pembelajaran (CP) terkait
Capaian Pembelajaran (CP)
PENGETAHUAN
2
Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
No
Detail
Course Learning Outcomes
Action
1
Show/Hide
Mahasiswa mampu menjelaskan konsep teori dan teknologi cloud computing.
Students are able to explain the theoretical concepts and technology of cloud computing
(1,2)
No
Session Learning Outcomes - Description (Cognitive Level,Knowledge Level)
Action
1
Mahasiswa mampu menjelaskan teori dan konsep teknologi cloud computing.
Students are able to explain the theory and concepts of cloud computing technology.
(2,2)
2
Mahasiswa mampu menjelaskan model layanan cloud computing.
Students are able to explain the cloud computing service model.
(2,2)
2
Show/Hide
Mahasiswa mampu menjelaskan desain dan keamanan cloud computing.
Students are able to explain the design and security of cloud computing
(2,3)
No
Session Learning Outcomes - Description (Cognitive Level,Knowledge Level)
Action
1
Mahasiswa mampu menjelaskan desain aplikasi cloud computing.
Students are able to explain the design of cloud computing applications.
(2,3)
2
Mahasiswa mampu menjelaskan teknologi keamanan pada cloud computing.
Mahasiswa mampu menjelaskan teknologi keamanan pada cloud computing.
(2,2)
3
Show/Hide
Mahasiswa mampu menjelaskan layanan-layanan cloud provider.
Students are able to explain cloud provider services
(2,3)
No
Session Learning Outcomes - Description (Cognitive Level,Knowledge Level)
Action
1
Mahasiswa mampu menjelaskan platform dan layanan cloud computing.
Students are able to explain cloud computing platforms and services.
(2,3)
2
Mahasiswa mampu menjelaskan implementasi teknologi dan layanan cloud pada bermacam industri.
Students are able to explain the implementation of cloud technology and services in various industries.
(2,3)
KETRAMPILAN UMUM
1
Kemampuan berkomunikasi dalam berbagai konteks profesional. (KU.a)
Ability to communicate in various professional contexts. (KU.a)
No
Detail
Course Learning Outcomes
Action
1
Show/Hide
Mahasiswa mampu membangun proyek teknologi informasi berbasis cloud computing.
Students are able to build cloud computing-based information technology projects.
(3,3)
No
Session Learning Outcomes - Description (Cognitive Level,Knowledge Level)
Action
1
Mahasiswa mampu bekerjasama dalam tim membangun proyek teknologi informasi berbasis cloud.
Students are able to work in teams to build cloud-based information technology projects .
(3,3)
KETRAMPILAN KHUSUS
2
Kemampuan mendesain, mengimplementasi dan mengevaluasi solusi berbasis komputasi yang memenuhi kebutuhan-kebutuhan sistem informasi. (KK.b)
Ability to design, implement and evaluate computation-based solutions that meet information system requirements. (KK.b)
No
Detail
Course Learning Outcomes
Action
1
Show/Hide
Mahasiswa mampu mengimplementasikan teknologi cloud computing.
Students are able to implement cloud computing technology.
(3,2)
No
Session Learning Outcomes - Description (Cognitive Level,Knowledge Level)
Action
1
Mahasiswa mampu meniru implementasi membangun aplikasi di sistem cloud computing.
Students are able to imitate the implementation of building applications in cloud computing systems.
(3,3)
2
Mahasiswa mampu mengimplementasikan docker.
Students are able to implement Docker.
(3,3)
3
Mahasiswa mampu mengimplementasikan Kubernetes.
Students are able to implement Kubernetes.
(3,3)
RPS per Session
Sesi Ke
KAD
Bahan Kajian
Metoda Pembelajaran
Waktu Belajar (Menit)
Pengalaman Belajar Mahasiswa
Referensi
Kriteria Penilaian (Indikator)
1
Pendahuluan
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen.
Arshdeep Bahga & Vijay Madisetti(2014)
Tugas - 3.00 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan konsep teori dan teknologi cloud computing.
Students are able to explain the theoretical concepts and technology of cloud computing
KAD
: Mahasiswa mampu menjelaskan teori dan konsep teknologi cloud computing.
Students are able to explain the theory and concepts of cloud computing technology.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Teori dan konsep teknologi cloud computing dapat dijelaskan
The theory and concept of cloud computing technology can be explained
Tugas 3.00 %
2
Cloud Service Model
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen.
Arshdeep Bahga & Vijay Madisetti(2014)
Ujian Tengah Semester - 5.00 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan konsep teori dan teknologi cloud computing.
Students are able to explain the theoretical concepts and technology of cloud computing
KAD
: Mahasiswa mampu menjelaskan model layanan cloud computing.
Students are able to explain the cloud computing service model.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Model layanan cloud computing
Cloud computing service model
Ujian Tengah Semester 5.00 %
3
Implementasi WebCloud di Cloud Computing Provider
Percobaan
150.00
Mahasiswa mendengarkan paparan dosen
Tugas - 3.00 %
CAPAIAN PEMBELAJARAN
: Kemampuan mendesain, mengimplementasi dan mengevaluasi solusi berbasis komputasi yang memenuhi kebutuhan-kebutuhan sistem informasi. (KK.b)
Ability to design, implement and evaluate computation-based solutions that meet information system requirements. (KK.b)
CPMK
: Mahasiswa mampu mengimplementasikan teknologi cloud computing.
Students are able to implement cloud computing technology.
KAD
: Mahasiswa mampu meniru implementasi membangun aplikasi di sistem cloud computing.
Students are able to imitate the implementation of building applications in cloud computing systems.
(3,3)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Aplikasi di sistem cloud computing dapat dideploy
Applications in cloud computing systems can be deployed
Tugas 3.00 %
4
Concepts & Technologies
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen
Arshdeep Bahga & Vijay Madisetti(2014)
Ujian Tengah Semester - 7.50 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan konsep teori dan teknologi cloud computing.
Students are able to explain the theoretical concepts and technology of cloud computing
KAD
: Mahasiswa mampu menjelaskan teori dan konsep teknologi cloud computing.
Students are able to explain the theory and concepts of cloud computing technology.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Teori dan konsep teknologi cloud computing dapat dijelaskan
The theory and concept of cloud computing technology can be explained
Ujian Tengah Semester 7.50 %
5
Cloud Services & Platforms
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen
Arshdeep Bahga & Vijay Madisetti(2014)
Ujian Tengah Semester - 7.50 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan layanan-layanan cloud provider.
Students are able to explain cloud provider services
KAD
: Mahasiswa mampu menjelaskan platform dan layanan cloud computing.
Students are able to explain cloud computing platforms and services.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Layanan layanan cloud computing dari beberapa cloud provider seperti AWS dapat dijelaskan
Cloud computing services from several cloud providers such as AWS can be explained
Ujian Tengah Semester 7.50 %
6
Pengantar Docker
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen
Ujian Tengah Semester - 5.00 %
CAPAIAN PEMBELAJARAN
: Kemampuan mendesain, mengimplementasi dan mengevaluasi solusi berbasis komputasi yang memenuhi kebutuhan-kebutuhan sistem informasi. (KK.b)
Ability to design, implement and evaluate computation-based solutions that meet information system requirements. (KK.b)
CPMK
: Mahasiswa mampu mengimplementasikan teknologi cloud computing.
Students are able to implement cloud computing technology.
KAD
: Mahasiswa mampu mengimplementasikan docker.
Students are able to implement Docker.
(3,3)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Teknologi docker dapat diimplementasikan
Docker technology can be implemented
Ujian Tengah Semester 5.00 %
7
Implementasi Docker di Cloud Computing Provider
Percobaan
150.00
Mahasiswa mendengarkan paparan dosen
Tugas - 3.00 %
CAPAIAN PEMBELAJARAN
: Kemampuan mendesain, mengimplementasi dan mengevaluasi solusi berbasis komputasi yang memenuhi kebutuhan-kebutuhan sistem informasi. (KK.b)
Ability to design, implement and evaluate computation-based solutions that meet information system requirements. (KK.b)
CPMK
: Mahasiswa mampu mengimplementasikan teknologi cloud computing.
Students are able to implement cloud computing technology.
KAD
: Mahasiswa mampu mengimplementasikan docker.
Students are able to implement Docker.
(3,3)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Teknologi docker dapat diimplementasikan
Docker technology can be implemented
Tugas 3.00 %
8
Kubernetes
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen
Ujian Akhir Semester - 7.50 %
CAPAIAN PEMBELAJARAN
: Kemampuan mendesain, mengimplementasi dan mengevaluasi solusi berbasis komputasi yang memenuhi kebutuhan-kebutuhan sistem informasi. (KK.b)
Ability to design, implement and evaluate computation-based solutions that meet information system requirements. (KK.b)
CPMK
: Mahasiswa mampu mengimplementasikan teknologi cloud computing.
Students are able to implement cloud computing technology.
KAD
: Mahasiswa mampu mengimplementasikan Kubernetes.
Students are able to implement Kubernetes.
(3,3)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Kubernetes dapat dijelaskan
Kubernetes can be explained
Ujian Akhir Semester 7.50 %
9
Cloud Application Design
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen
Arshdeep Bahga & Vijay Madisetti(2014)
Tugas - 3.00 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan desain dan keamanan cloud computing.
Students are able to explain the design and security of cloud computing
KAD
: Mahasiswa mampu menjelaskan desain aplikasi cloud computing.
Students are able to explain the design of cloud computing applications.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Load Balancing, Scalability&Elasticity di Cloud Computing dapat diimplementasikan
Load Balancing, Scalability & Elasticity in Cloud Computing can be implemented
Tugas 3.00 %
10
Cloud Security
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen
Arshdeep Bahga & Vijay Madisetti(2014)
Ujian Akhir Semester - 5.00 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan desain dan keamanan cloud computing.
Students are able to explain the design and security of cloud computing
KAD
: Mahasiswa mampu menjelaskan teknologi keamanan pada cloud computing.
Mahasiswa mampu menjelaskan teknologi keamanan pada cloud computing.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Teknologi keamanan pada cloud computing dapat dijelaskan
Security technology in cloud computing can be explained
Ujian Akhir Semester 5.00 %
11
Implementasi Load Balancing, Scalability&Elasticity di Cloud Computing Provider
Percobaan
150.00
Mahasiswa mendengarkan paparan dosen
Arshdeep Bahga & Vijay Madisetti(2014)
Tugas - 3.00 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan desain dan keamanan cloud computing.
Students are able to explain the design and security of cloud computing
KAD
: Mahasiswa mampu menjelaskan desain aplikasi cloud computing.
Students are able to explain the design of cloud computing applications.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Load Balancing, Scalability&Elasticity di Cloud Computing dapat diimplementasikan
Load Balancing, Scalability & Elasticity in Cloud Computing can be implemented
Tugas 3.00 %
12
Cloud for Industry, Healthcare & Education
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen
Arshdeep Bahga & Vijay Madisetti(2014)
Ujian Akhir Semester - 7.50 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan layanan-layanan cloud provider.
Students are able to explain cloud provider services
KAD
: Mahasiswa mampu menjelaskan implementasi teknologi dan layanan cloud pada bermacam industri.
Students are able to explain the implementation of cloud technology and services in various industries.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Teknologi dan layanan cloud pada bermacam industri dapat dijelaskan
Cloud technologies and services in various industries can be explained
Ujian Akhir Semester 7.50 %
13
Services on Cloud Computing Provider
Tutorial
150.00
Mahasiswa mendengarkan paparan dosen
Ujian Akhir Semester - 5.00 %
CAPAIAN PEMBELAJARAN
: Memahami komponen-komponen teknologi pembentuk STI (Sistem dan Teknologi Informasi), fungsinya, batasan kinerjanya, serta pemahaman konsepnya secara mendasar, sehingga tetap dapat mengikuti perubahan teknologi dengan mudah. (P.b)
Understand the technology components that make up STI (Information Systems and Technology), their functions, performance limitations, as well as basic conceptual understanding, so that they can keep up with technological changes easily. (P.b)
CPMK
: Mahasiswa mampu menjelaskan layanan-layanan cloud provider.
Students are able to explain cloud provider services
KAD
: Mahasiswa mampu menjelaskan platform dan layanan cloud computing.
Students are able to explain cloud computing platforms and services.
(2,2)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Layanan layanan cloud computing dari beberapa cloud provider seperti AWS dapat dijelaskan
Cloud computing services from several cloud providers such as AWS can be explained
Ujian Akhir Semester 5.00 %
14
Presentasi Proyek
Presentasi
150.00
Mahasiswa memaparkan proyek cloud computing didepan kelas
Tugas - 35.00 %
CAPAIAN PEMBELAJARAN
: Kemampuan berkomunikasi dalam berbagai konteks profesional. (KU.a)
Ability to communicate in various professional contexts. (KU.a)
CPMK
: Mahasiswa mampu membangun proyek teknologi informasi berbasis cloud computing.
Students are able to build cloud computing-based information technology projects.
KAD
: Mahasiswa mampu bekerjasama dalam tim membangun proyek teknologi informasi berbasis cloud.
Students are able to work in teams to build cloud-based information technology projects .
(3,3)
Daftar Kriteria Penilaian (Indikator)
PI Description
PI Assessment Methods
Proyek teknologi informasi berbasis cloud berhasil dibuat
Cloud-based information technology project successfully created
Tugas 35.00 %
Assessment Component
Assessment Detail
No
Component Name
Weightage
1
Tugas
50
2
Ujian Akhir Semester
25
3
Ujian Tengah Semester
25
Total
100
Daftar Referensi
1. Arshdeep Bahga & Vijay Madisetti. Cloud Computing A Hands-On Approach . Arshdeep Bahga & Vijay Madisetti. 2014
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