• Video: Recorded training videos (JIWA FLOW)
• Modelling: JIWA Flow Basic for 1 month 

Recommended if you want to deep your knowledge in geothermal engineering, reservoir engineering, drilling engineering, and geoscience

See Syllabus

• Video: All basic video + Teaser training videos

• Analytics: Volumetric, Power Density, TOR for 2 weeks trial

• Modelling: Jiwa Flow Basic for 1 week trial

What You'll Learn?

• Basic Concept of Python Programming  (Intro to variable, list, dictionary, print & data function)
• Creating a Function  (applied mathematics, includes case study)
• Introduction to Libraries/Package of Python
• Python and Microsoft Excel Data
• Python and Data Visualization

Who This Course is for?

• Participants who understand basic Microsoft Excel (interface, data, & basic formula).
• Beginner programmers who want to know the Python programming language.
• Beginner-level Python programmer.
• Beginner without IT backgrounds can easily understand this course.

• Video: Recorded training videos (3 months)

• Analytics: JIWA T.o.R Basic for 3 months

Recommended:  if you want to deep your knowledge in reservoir engineering, drilling engineering, and geoscience

See syllabus

This series of videos will cover the fundamental of data science in data visualization, understanding data to visual translation, and the "color hack" of data visualization. You will also discover "Python-based" data visualization tutorials using various data, from geoscience, engineering, to energy economic.

What will you get:

• Access to recorded videos  (3 months period) learns anytime to fit your schedule which is time effective but engaging (say no for long boring course) !

• Self Evaluation & Certificate

• Consultation through message

• Free access to JIWA Software* (kick starter)

• Syllabus Check Here

Recommended if you want to deep your knowledge in data science especially in geothermal engineering, reservoir engineering, drilling engineering, and geoscience.

Designated to provide in-demand knowledge and skill to determine resource assessment in geothermal. This package also guides you to simulate our software which is the method common to be used in the geothermal industry/practitioners!

What will you learn?

• Determine resource estimation in geothermal industry
• Step-by-step method of resource assessment for geothermal industry 
• Understanding real case study geothermal resource assessment in Indonesia & worldwide

Skill you acquired

• Resource concept in geothermal, various existing and best practice of resource assessment methods, estimating resource using Power Density and Volumetric methods, Rock properties in assessing geothermal resource, Monte Carlo probabilistic distribution type, geothermal resource estimation using JIWA Power Density and JIWA Volumetric

Why JIWA Learning?

• You'll get access to recorded videos  (3 months). You can learn anytime to fit your schedule) which is time effective ( say no for long boring course) but engaging! 
• Free access to JIWA System Software*
• Free consultation 
• Self evaluation & certificate

*Analytics: JIWA Volumetric and JIWA Power Density for 1 month for Resource Assessment (3 months)

*Syllabus Details (Click Here)

Recommended:  if you want to deep your knowledge in resource assessment as geoscientist, reservoir engineer, or other practitioners!

Designated to provide in demand knowledge and skill to build financial model and assess financial risk in geothermal project. We also provie data reference which common to be used in the industry!

What will you learn?

• Identify financial parameters used in financial modelling
• How to apply project valuation in Geothermal business
• Step-by-step tutorial of building financial modelling for geothermal business
• Discovers the financial, economics, and political issues in the geothermal and renewable energy business

Skill you acquired

• Financial modelling, sensitivity analysis, financial statement, geothermal basics, project valuation, renewable energy, time value of money, energy economics

Why JIWA Learning?

• You'll get access to recorded videos (learn anytime to fit your schedule) which is time effective ( say no for long boring course) but engaging (3 months period)! 
• Free access to JIWA Software*
• Free consultation through message
• Self evaluation & certificate

*Analytics: JIWA Volumetric and JIWA Power Density for 1 month for Resource Assessment

*Syllabus Click Here

Recommended:  if you want to deep your knowledge in energy economics, energy analyst, and engineer!

Lebih lanjut, peserta program akan memperluas kompetensinya dengan mempelajari analitik data menggunakan bahasa pemograman yang relevan untuk mengaplikasikan pengetahuan ini dalam berbagai konteks industri. Dengan pendekatan ini, peserta akan mampu menggabungkan keahlian teknis dan analitik untuk mendukung perkembangan berkelanjutan dalam berbagai industri.

Program ini dirancang untuk memberikan pemahaman yang mendalam dan keterampilan praktis yang dibutuhkan industri. Aktivitas yang dilakukan terdiri dari pembelajaran materi per individu yang akan dilakukan melalui cara synchronous (melalui online meeting) dan asynchronous (belajar secara mandiri dengan memanfaatkan sumber daya pembelajaran berupa modul ajar/video ajar/bahan praktikum/simulasi tes), serta hands-on project untuk setiap modul - modul pembelajaran yang bersifat aplikatif dengan total jam pelajaran yaitu 900 jam atau sama dengan 20 sks. Di akhir program, peserta akan mengerjakan proyek akhir berupa isu nyata (case study) yang ada di industri berbekalkan modul-modul yang sudah dipelajari sebelumnya. Pada proyek akhir yang dikerjakan, peserta akan dibagi menjadi kelompok yang terdiri atas 8-9 orang dengan bimbingan mentor. Di dalam program ini, mentor akan membimbing secara intensif dari awal program sampai selesai bersama dengan para instruktur untuk setiap modul-modul pembelajaran. Setelah rangkaian program selesai, peserta studi independen akan mendapatkan sertifikat penyelesaian program apabila telah melaksanakan seluruh rangkaian pembelajaran dan syarat nilai kelulusan sudah terpenuhi. Pemberian sertifikat akan dilaksanakan pada perayaan kelulusan. 

Lebih lanjut, peserta program akan memperluas kompetensinya dengan mempelajari analitik data menggunakan bahasa pemograman yang relevan untuk mengaplikasikan pengetahuan ini dalam berbagai konteks industri. Dengan pendekatan ini, peserta akan mampu menggabungkan keahlian teknis dan analitik untuk mendukung perkembangan berkelanjutan dalam berbagai industri.

Program ini dirancang untuk memberikan pemahaman yang mendalam dan keterampilan praktis yang dibutuhkan industri. Aktivitas yang dilakukan terdiri dari pembelajaran materi per individu yang akan dilakukan melalui cara synchronous (melalui online meeting) dan asynchronous (belajar secara mandiri dengan memanfaatkan sumber daya pembelajaran berupa modul ajar/video ajar/bahan praktikum/simulasi tes), serta hands-on project untuk setiap modul - modul pembelajaran yang bersifat aplikatif dengan total jam pelajaran yaitu 900 jam atau sama dengan 20 sks. Di akhir program, peserta akan mengerjakan proyek akhir berupa isu nyata (case study) yang ada di industri berbekalkan modul-modul yang sudah dipelajari sebelumnya. Pada proyek akhir yang dikerjakan, peserta akan dibagi menjadi kelompok yang terdiri atas 8-9 orang dengan bimbingan mentor. Di dalam program ini, mentor akan membimbing secara intensif dari awal program sampai selesai bersama dengan para instruktur untuk setiap modul-modul pembelajaran. Setelah rangkaian program selesai, peserta studi independen akan mendapatkan sertifikat penyelesaian program apabila telah melaksanakan seluruh rangkaian pembelajaran dan syarat nilai kelulusan sudah terpenuhi. Pemberian sertifikat akan dilaksanakan pada perayaan kelulusan.

This course will teach you how to quickly create an interactive Excel Dashboard with 100% Excel Formulas (No Macros & Visual Basic). You'll learn the most popular formulas you can use inside your dashboard and how to make them look beautiful. It doesn't matter what level of Excel you are at, by the end of this course you'll be able to create dynamic worksheets that generate dashboards and reports from scratch without using any Third Party Software. 

Guided by experienced experts in the field, you will acquire insights and expertise that extend beyond what you find in the text books, delving deep into the core of the industry.

Course Objective

After completing this course, learners are expected to be able to:

1. Explain the properties of water as a fluid and steam table.
2. Utilize steam tables to obtain thermodynamic properties of steam at different states.
3. Describe well stimulation techniques in production.
4. Analyze the objectives and types of well production testing.
5. Explain the different types of geothermal fluid flow.

Course audience

Whether you're an experienced professional or a curious learner, this course is designed for anyone passionate about renewable energy especially Geothermal.

We invite you to learn intermediate Microsoft Excel course because it is one level above basic level which is very often used in the world of work, both by professional employees and prospective employees who are in the recruitment process before entering a company. The course material is presented in a very structured and applicable manner so that it can be easily followed by all training participants.  

Direkomendasikan bagi pemula yang ingin memahami berbagai peluang pemanfaatan panas bumi.

Apa yang kamu pelajari ?

• Peluang Pemanfaatan Panas Bumi di Indonesia hingga dunia
• Peluang Pemanfaatan Panas Bumi berdasarkan Lokasi Potensinya di Suatu Wilayah
• Pengenalan SIstem Poligenerasi
• Analisis 3E dalam Pemanfaatan Panas Bumi
• Pengenalan Sistem Hibrid Energi Baru Terbarukan

Fasilitas: 

• Akses recorded video selama 3 bulan 
• Konsultasi gratis bersama instruktur (via Email)
• Studi kasus beragam pemanfaatan panas bumi Indonesia hingga dunia
• Evaluasi diri dan Sertifikat

*Akses Kursus Disini

Kursus ini dapat dipelajari oleh mahasiswa maupun profesional yang memiliki tingkat pemula hingga menengah dalam mengaplikasikan Machine Learning di bidang geosains.

Apa yang kamu pelajari ?

• Pengenalan Machine Learning secara umum dan penerapannya di dunia industri
• Prediksi data Sumur menggunakan Regresi Parametrik dan Non-Parametrik
• Estimasi Distribusi Kualitas Batubara dan Komponen Geokimia Mineral 
• Identifikasi Sesar/Patahan secara otomatis dalam Data Seismik
• Image Processing untuk Data Seismik 
• Paket Eksklusif! Hands-on session untuk Prediksi data sumur dan Image Processing yang dapat kalian praktikkan penerapannya dimana dan kapan pun. 

Fasilitas: 

• Materi Kursus: Video recorded dan dokumen
• Studi kasus dan data sampel
• Free consultation
• Self evaluation
• Hands-on project
• Sertifikat digital 

Akses Kursus di sini

Course audience

This course is designed for anyone interested in learning about geothermal system & Hydrothermal Alteration, from students and professionals in the field of geology and energy to curious individuals looking to expand their knowledge.

About Course:

Nowadays, oil and gas industry still become a highly desirable career choice for individuals interested in working with others and contributing to society. This fundamental course is designed to introduce anyone to the basic concepts of Oil and Gas Industry with a focus on Upstream.  The objective of the course is for participants can learn and understand oil and gas industry operation stages. The course starts discussed an overview of exploration, drilling, and evaluation stage. Then, EOR (Enhanced Oil Recovery) is also a key part of Oil and Gas industry. After you learn the subjects, you will take a short exam/self-evaluation to test your newly acquired knowledge.

By the end of this course, you are expected to feel like have a solid understanding  & be able to talk confidently about this topic in an interview, with co-workers, or in general conversation with friends.

What You'll Learn?

• Understanding of oil and gas industry operation stages;
• The Kind of "Petroleum Trap";
• Main Drilling Component;
• Kind & Function of Log Analysis;
• Production Stage in Oil & Gas Industry including Methods & Equipment Used;
• Enhanced Oil Recovery (EOR). 

Who is This Course for?

• Participants interested in pursuing a career in the oil and gas industry;
• A newcomer to the industry an opportunity to explore oil and gas industry;
• Students with engineering, science, & earth scientist/related major background.

Are you have a huge interest in GIS and ArcGis? Do you want to learn ArcMap and also the tools technique itself? Whether you're looking to get started with your first GIS project or build up your skills, our video tutorials will give you the knowledge and confidence you need to succeed.

About Course:

Geographic Information System (GIS)  is a computer-based information system that is used to process and store geographic data or information  (Aronoff, 1989). GIS is an important tool to help us make successful analysis decisions, related to location.

This is 5 hours course that you will learn how to use ArcMap and its components in order to make maps. The course is divided into 4 subjects: Introduction to ArcMap Software (User Interface), Georeferencing, Spatial Data Modelling & Analysis (Data Input, Query, Union, Thiessen Polygon, etc). In each subject, you will learn how to use the tool and apply it in your study/personal use. The instructor will guide you through all the steps needed to complete your work throughout the class so you will be able to use these skills on your own in no time! In this course, we also have shared Resources: E-Module & Dataset and you can download them for free!

What You'll Learn?

• Get to know "User Interface" of ArcMap & Basic Concept of GIS
• How to import spatial and non-spatial (tabular) data?
• Georeferencing raster data using Image-to-Coordinates Methods
• Spatial data analysis techniques (data input, query, clip, buffer, intersect, dissolve, union, & Thiessen)

Who This Course is for?

• Participants will learn how to use ArcMap to create maps.
• Participants will also be able to identify the tools in ArcMap and the uses of each tool.
• This course is designed for individuals who have no experience with GIS software and who want to learn the basic operations of ArcMap. 

In this package, you will get:

1. Introduction to Upstream Oil & Gas Industry
2. Basic Applied Reservoir Engineering

About Course :

Hydrogen Sulfide, or sulfuric acid gas (H2S), is a highly toxic and odorless gas. it has been identified by NIOSH as the leading cause of sudden death in the workplace. At concentrations up to 30 ppm, its smell is like rotten eggs. However, at more lethal concentrations (100 ppm), hydrogen sulfide quickly paralyzes the sense of smell. One may momentarily smell the gas but not pay much attention to it when its smell is no longer detected. If exposure is sufficient and intense, unconsciousness and respiratory failure can occur without warning signs.

Personnel and company management must be aware of the properties and characteristics of H2S. The H2S Training Program teaches how to recognize Hydrogen Sulfide and the possible risks it may pose in the work area and determine the necessary control measures to work with Hydrogen Sulfide safely. H2S training is customized to meet recommended standards according to regulatory and industry standards.

Course Objective:

• Understand laws and regulations pertaining to Occupational Health and Safety (OHS) in the field of Geothermal and Hydrogen Sulfide (H2S) 
• Handling understand the different types of hazardous gases encountered during Geothermal exploration and production processes
• Recognize the potential health impacts of exposure to H2S gas
• Identify hazardous gases present in the workplace; develop safe work procedures for working with H2S gas 
• Determine the appropriate Personal Protective Equipment (PPE) for handling H2S gas
• Manage emergency situations in the event of exposure to H2S gas
• Perform first aid in the case of exposure to H2S gas

Who Should Join?

Hydrogen Sulfide Course is required for Student, Practitioner and Anyone who interested or involved in geothermal exploration and production as a guide to working safely around hydrogen sulfide.

Why Should You Join?

This Course will provide you a Comprehensive online training with proficient experts and Flexibility of learning. So, Learners can participate in the educational process from anywhere and at any time, as long as they have access to the internet.

In this course you will learn how to create and format your own custom excel spreadsheet, make simple formulas to calculate expenses, use basic functions like sum, average and count, work with conditional formatting and form controls

This course is specially designed for beginners, who want to learn Microsoft Excel. This course will be very useful in understanding the fundamentals of Excel and how to use it effectively. The goal of this course is to make you comfortable with using Excel. It also will help you to perform calculations and analyze data. The course is ideal for those who want to start learning Excel or for those who previously tried and need to refresh their knowledge. It can be an important prerequisite for other Microsoft Office training courses.

Through this package, you will get 2 courses directly (Basic & Intermediate Classes). It's cheaper than you buy one by one. This subscription package allows you to access the course for 6 months (3 months in each class).

About Course:

It is one of the most technical courses in basic oil & gas reservoir and is essential for those wishing to have a career in this field. This course forms the core of the Reservoir Engineering program and the foundation for all future studies on this topic. The content of this course is constantly being updated as new techniques are developed. It is essential that every professional employ in their work knowledge of current best practice methods for their area of expertise. The course starts explain about reservoir rock & formation type, reservoir trap, oil and gas characteristic & testing, also reservoir charateristic calculation.  After you learn the subjects, you will take a short exam/self-evaluation to test your newly acquired knowledge.

What You'll Learn?

• Reservoir Rock Type & Formation;  
• Reservoir Trap (Advanced);
• Hydrocarbon Components;
• Oil and Gas Characteristics, including PVT Test;
• Reservoir properties calculation i.e: permeability, porosity, original oil in place (OOIP), oil saturation, etc.

Who is This Course for?

• Participants have a background in Petroleum Engineering and Geoscientist who have a dream become Reservoir Engineers;
• This course will help participants to develop more knowledge in the part of Reservoir Engineering fundamental.

Welcome to the intermediate GIS class using ArcMap! It is time to take the next step in your GIS level. You have learned the basics of ArcMap and now you want to move on to  more advanced class. Don't miss out on this opportunity!

About Course:

This intermediate class is designed for those who have some basic experience with GIS software and want to learn about the technical aspects of using ArcMap. With 6 hours course, our instructor will teach you how to import spatial and non-spatial data into ArcMap and then join it together. We'll also teach you how to process and analyze raster data (NDVI, SAVI indexes). The entire process of creating a map layout according to RBI standards. This course is divided into 4 subjects. In these 4 different subjects which are related, you will learn to carry out different tasks using ArcMap. After you complete this course, you’ll be able to implement advanced ArcMap into real cases that you meet industry/academic.  You'll also get Data & E-module with all the exercises in it so you can go back over any topics that are giving you trouble—and there are plenty of them!

What You'll Learn?

• How to import spatial and non-spatial (tabular) data into ArcMap
• Intro to vector and raster spatial data structures
• Concept of layers in GIS software
• Join data between spatial and non-spatial data (tabular)
• Spatial data interpolation: IDW, Kriging, & Spline
• Spatial data classification: Equal Interval, Quantiles, Deviation Standard, Defined Interval, Geometric Interval, and Natural Breaks
• Data query on the vector data attribute table
• Processing & Analyzing raster data (NDVI, SAVI, and other indexes)
• Creating map layout based on Rupa Bumi Indonesia (RBI) Map standard.

Who This Course is for?

• Anyone who is interested in ArcGis can enroll in this course;
• We recommend you take basic class first before you learn this course.

About Course:

Geothermal Project Management 101 course is designed to help you learn the basic principles of project management in developing a geothermal project. The purpose of this course is to help you understand how to plan, execute, and manage a successful geothermal project. The content of this course focuses on understanding the geothermal development stages from upstream to downstream along with the risk implications at each stage both technically and financially. You can learn about the types of work at each stage of geothermal development, including working processes and control. Moreover, this course provides knowledge on tender process for geothermal projects & invite you to know the source funding of geothermal project exclusively.

What You'll Learn?

• Overview of Geothermal Potential Development Stage from Up to Downstream
• Geothermal Development Stage & Risk
• Project Funding
• Engineering Cost Estimation Component
• Risk Implications for Each Geothermal Development Stage
• Various Activity & Stakeholders at Geothermal Development Stage
• Procurement Process and Project Management Scope of Work

Who This Course is for?

• Students in any major who interested in geothermal business
• Renewable energy practitioners & researchers
• Investors
• Banker
• Auditors
• Business and financial consultants

About Course 

Being Geoscientists in geothermal industry, they deal with information on subsurface conditions that have very high uncertainty. To reduce this uncertainty, there is a 2D image data, Borehole Image Log that can help characterize subsurface geological conditions with relatively low risk & cost. Because of the functions and benefits provided, studies/courses related to Image Log Data analysis are needed to support jobs and careers in the geothermal industry. This course is designed to give the participants a detailed understanding of the borehole imaging technique principles and concepts. Exclusively only in this course, there is an application of borehole image logs for geothermal structure modeling.

Who Should Join?

1. Professional or Industry Practitioners (geologists, geochemists, geophysicists, drilling engineers, reservoir engineers from company and government officials, or any subsurface & surface geothermal personnel)
2. Students

Why Should You Join?

• Comprehensive online training with proficient experts 
• Flexibility of learning 

What Will You Learn?

Basic concept of Borehole Image Log (Definition, Character, and Purpose); Data Type in Image log; Geological Structure Interpretation from Image Log; Well Scale Permeability Identification; Subsurface Structure Modelling & Correlation.

Course Objective:

• Get to know "What is a borehole image log?"
• Understand the importance & purpose of borehole image logs in geothermal modeling
• Applying the concept of geological structure in identifying image logs
• Discussion about "Geological Features" in the image log
• Identify the type and orientation of the fracture identified in the image log
• Understand the concept of geological structure modeling using information from image logs

Prerequisite:

Understand the basics of "structural geology", such as terminology of fault, fracture, joint, etc. 

About Course

Hydrothermal alteration is a process that occurs when hot fluids, such as water interact with rocks deep beneath the Earth's surface. You will join us to learn about the fascinating world of geothermal energy and how hydrothermal alteration plays a crucial role in exploring and producing this renewable energy source. By understanding the process of hydrothermal alteration, you can identify the best locations to drill for geothermal energy and increase the efficiency of operations.

In addition, This course is designed to be accessible and engaging, with interactive activities and quizzes to help you track your progress and reinforce your learning.

Course Objective

In the end of this course, you wil be able to :

• Describe Hydrothermal Alteration and its role in geothermal exploration
• Explain the fundamental processes that drive hydrothermal alteration
• Distinguish the types of Hydrothermal Alteration
• Develop a conceptual model that integrates the different types of hydrothermal alteration intensity and ranks
• Identify Minerals Alteration in Geothermal Field & Geothermal Systems
• Integrate the information from alteration zone mapping to develop a conceptual model that explains the spatial and temporal evolution of alteration in geothermal systems
• Identify and interpret mineral assemblages and textures in rocks, and to evaluate their significance for understanding the geological history and potential of a given area
• Explain how hydrothermal alteration facies are formed in geothermal systems and how they can be used to infer information about the subsurface geology, hydrology, temperature conditions, target drilling and production activities

Course audience

This course is ideal for anyone interested in geothermal energy and geology, including but not limited to geoscientists, engineers, researchers, students, and professionals in the energy industry. No prior knowledge of hydrothermal alteration is required, making this course accessible for beginners as well as those with more experience.

About Course

Geothermal energy is an essential energy source in many countries. It can be utilized directly to heat water for daily activities like bathing, cooking, and other processes. It can also be utilized to generate electricity. By understanding the geothermal system and how it works, we can unlock its potential to provide us with clean, renewable energy. Additionally, hydrothermal alteration plays a crucial role in the formation of geothermal systems, as it alters the subsurface rocks and minerals to create pathways for the hot fluids to flow to the surface.

In this course, you will acquire a complete understanding of the geothermal system, comprising its development, exploration, and utilization. You will also discover the important components of a geothermal system. Our experienced instructors will lead you through the basics of geothermal systems, utilizing stimulating multimedia content and interactive activities to enhance your learning experience.

Course Objective

In the end of this course, you wil be able to :

• Distinguish between the importance of water, minerals, and clay minerals in a given geological context.
• Analyze the properties of different clay minerals and explain how they influence their behavior and applications.
• Select the significance of different geothermal system classifications based on Goff& Janic, Nicholson, and Hochstein & Brown - classify a given geothermal play based on its geological setting, thermal characteristics, and potential for energy production.
• Identify different types of geothermal energy systems and their components.
• Describe a comprehensive exploration strategy for a geothermal system based on an integrated understanding of geological and technical factors.

Course audience

This course is designed for anyone interested in learning about geothermal system, from students and professionals in the field of geology and energy to curious individuals looking to expand their knowledge.

• Video: Recorded training videos & Demo

• Analytics Tool: JIWA T.o.R, Jiwa Volumetric, & Jiwa Power Density for 3 weeks

• Certificate: Provided

Recommended if you want to deepen your knowledge in reservoir engineering, drilling engineering, and geoscience

• Video: Recorded training videos & Demo

• Analytics Tool: JIWA T.o.R, Jiwa Volumetric, & Jiwa Power Density for 3 weeks

• Certificate: Provided

Recommended if you want to deep your knowledge in reservoir engineering, drilling engineering, and geoscience

• Video: Recorded training videos & Demo

• Analytics Tool: JIWA T.o.R, Jiwa Volumetric, & Jiwa Power Density for 3 weeks

• Modelling: JIWA Flow PRO for 2 weeks

• Certificate: Provided

Recommended if you want to deep your knowledge in reservoir engineering, drilling engineering, and geoscience

• Video: Recorded training videos & Demo

• Analytics Tool: JIWA T.o.R, Jiwa Volumetric, & Jiwa Power Density Basic for 3 weeks

• Modeling: JIWA Flow Basic for 2 weeks

• Certificate: Provided

Recommended if you want to deep your knowledge in reservoir engineering, drilling engineering, and geoscience

• Video: Recorded training videos & Demo

• Analytics Tool: JIWA T.o.R, JIWA Volumetric, & JIWA Power Density for 3 weeks

• Certificate: Provided

Recommended if you want to deep your knowledge in reservoir engineering, drilling engineering, and geoscience

• Video: Recorded training videos & Demo

• Analytics Tool: JIWA T.o.R, JIWA Volumetric, & JIWA Power Density for 3 weeks

• Modelling: JIWA FLOW Basic for 2 weeks

• Certificate: Provided

Recommended if you want to deep your knowledge in reservoir engineering, drilling engineering, and geoscience

Student Package-The Fundamentals of Geothermal Financial Modelling

Student Package-Estimating Geothermal Well Capacity through Wellbore Simulation

Student Package-Resource Assessment in Geothermal Industry

For workshop participants, you'll get:

• Workshop session
• JIWA Learning: Reducing Geothermal Drilling Risk with JIWA T.o.R, Geothermal Resource Assessment with JIWA Power Density & JIWA Volumetric, Geothermal Wellbore Simulation with JIWA Flow (Introduction), Financial Modeling dor Geothermal Project for 3 months
• JIWA Softwares: JIWA T.o.R, JIWA Volumetric, JIWA Power Density, JIWA Flow for 3 months

Student Package- Well Targeting Journey Probabilistic Approach in Geothermal T.o.R. Estimation 

Lebih lanjut, peserta program akan memperluas kompetensinya dengan mempelajari analitik data menggunakan bahasa pemograman yang relevan untuk mengaplikasikan pengetahuan ini dalam berbagai konteks industri. Dengan pendekatan ini, peserta akan mampu menggabungkan keahlian teknis dan analitik untuk mendukung perkembangan berkelanjutan dalam berbagai industri.

Program ini dirancang untuk memberikan pemahaman yang mendalam dan keterampilan praktis yang dibutuhkan industri. Aktivitas yang dilakukan terdiri dari pembelajaran materi per individu yang akan dilakukan melalui cara synchronous (melalui online meeting) dan asynchronous (belajar secara mandiri dengan memanfaatkan sumber daya pembelajaran berupa modul ajar/video ajar/bahan praktikum/simulasi tes), serta hands-on project untuk setiap modul - modul pembelajaran yang bersifat aplikatif dengan total jam pelajaran yaitu 900 jam atau sama dengan 20 sks. Di akhir program, peserta akan mengerjakan proyek akhir berupa isu nyata (case study) yang ada di industri berbekalkan modul-modul yang sudah dipelajari sebelumnya. Pada proyek akhir yang dikerjakan, peserta akan dibagi menjadi kelompok yang terdiri atas 8-9 orang dengan bimbingan mentor. Di dalam program ini, mentor akan membimbing secara intensif dari awal program sampai selesai bersama dengan para instruktur untuk setiap modul-modul pembelajaran. Setelah rangkaian program selesai, peserta studi independen akan mendapatkan sertifikat penyelesaian program apabila telah melaksanakan seluruh rangkaian pembelajaran dan syarat nilai kelulusan sudah terpenuhi. Pemberian sertifikat akan dilaksanakan pada perayaan kelulusan.

Reserves estimation tool in JIWA System

Analytics tool in JIWA System to estimate the uncertainties of Top of Reservoir (T.O.R) in the exploration stage.

Analytics tool in JIWA System to estimate geothermal resources in early exploration stage.