The Geological Exploration and Resource Assessment course in Jakarta is designed to provide professionals with the knowledge and tools to assess and manage geological resources in various industries.
From:
02-03-2026
From:
27-04-2026
From:
21-12-2026
Course Overview
Geological exploration is essential for discovering, evaluating, and managing natural resources. Accurate resource assessment informs investment decisions, extraction planning, and sustainable utilization of minerals, hydrocarbons, and other geologic assets.
This course covers exploration techniques, sampling and data analysis, geophysical and geochemical methods, resource modeling, and reserve estimation. Participants will gain practical skills in planning, conducting, and interpreting geological exploration projects.
At EuroQuest International Training, the course integrates theory, field exercises, and modern resource assessment methodologies, ensuring participants can conduct reliable geological investigations and provide actionable insights.
Key Benefits of Attending
Master geological exploration techniques and field methods
Apply geophysical, geochemical, and remote sensing tools
Conduct resource assessment and reserve estimation
Strengthen decision-making for exploration and investment
Develop sustainable resource management strategies
Why Attend
This course prepares professionals to evaluate and manage geological resources effectively, enabling informed exploration, investment, and sustainable utilization decisions.
Course Methodology
Expert-led lectures on exploration and assessment frameworks
Field exercises and sample analysis
Workshops on geophysical and geochemical techniques
Group projects on resource modeling and estimation
Case studies of successful exploration projects
Course Objectives
By the end of this ten-day training course, participants will be able to:
Understand geological exploration principles and methodologies
Apply field mapping and sampling techniques
Use geophysical and geochemical survey methods
Perform resource estimation and reserve calculations
Analyze data for mineral, hydrocarbon, and energy potential
Integrate GIS and remote sensing in exploration projects
Evaluate economic viability of resource deposits
Identify environmental and regulatory considerations
Develop exploration and assessment reports
Communicate findings to stakeholders and decision-makers
Build strategies for sustainable resource development
Implement best practices in geological project planning
Target Audience
Geologists and exploration professionals
Mining and energy sector engineers
Natural resource and environmental managers
Geophysicists and geochemists
Executives overseeing exploration projects
Target Competencies
Geological mapping and field techniques
Geophysical and geochemical analysis
Resource modeling and estimation
Reserve calculation and economic evaluation
GIS and remote sensing applications
Sustainable resource planning
Reporting and stakeholder communication
Course Outline
Unit 1: Introduction to Geological Exploration and Resource Assessment
Principles and objectives of exploration
Geological data interpretation
Types of natural resources
Case studies of exploration projects
Unit 2: Geological Mapping and Field Techniques
Field survey methods
Rock and soil sampling
Structural geology applications
Hands-on mapping exercises
Unit 3: Mineral Exploration Methods
Mineral identification and assays
Geochemical prospecting
Sampling protocols and analysis
Case studies of mineral exploration
Unit 4: Geophysical Survey Techniques
Seismic, magnetic, and resistivity methods
Gravity surveys and radiometric techniques
Integrating geophysical data
Practical field applications
Unit 5: Hydrocarbon and Energy Resource Exploration
Petroleum geology fundamentals
Exploration for oil and gas reserves
Renewable energy site assessment
Field and laboratory methods
Unit 6: Remote Sensing and GIS in Exploration
Satellite imagery interpretation
GIS for resource mapping and analysis
Spatial data integration
Practical GIS exercises
Unit 7: Resource Modeling and Estimation
Statistical and geostatistical methods
Block modeling and volumetric calculations
Uncertainty and risk in resource estimates
Modeling practical exercises
Unit 8: Economic Evaluation of Resources
Feasibility studies and project economics
Cost-benefit analysis of exploration
Valuation of mineral and energy resources
Case study analysis
Unit 9: Environmental and Regulatory Considerations
Sustainable exploration practices
Environmental impact assessment
Compliance with national and international regulations
Risk mitigation strategies
Unit 10: Data Analysis and Interpretation
Integrating field, lab, and geophysical data
Trend analysis and anomaly detection
Visualization techniques for exploration data
Hands-on data analysis exercises
Unit 11: Reporting and Communication
Preparing technical reports
Presenting findings to stakeholders
Communicating risk, potential, and value
Best practices in documentation
Unit 12: Capstone Geological Exploration Project
Group-based exploration and assessment simulation
Resource estimation and modeling exercise
Presenting findings and recommendations
Action roadmap for real-world application
Closing Call to Action
Join this ten-day training course to master geological exploration and resource assessment, enabling you to evaluate, model, and manage natural resources with accuracy and strategic insight.
The Geological Exploration and Resource Assessment Training Courses in Jakarta provide professionals with a comprehensive understanding of the scientific, technical, and analytical methods used to identify, evaluate, and quantify subsurface resources. Designed for geologists, exploration engineers, environmental scientists, and resource development specialists, these programs emphasize the integration of geological knowledge with modern exploration technologies to support responsible and efficient resource discovery.
Participants gain in-depth insight into geological exploration principles, including stratigraphy, structural geology, mineral systems, basin analysis, and geomorphological interpretation. The courses highlight the application of field investigation techniques, geochemical sampling, geophysical integration, and core analysis to assess resource potential accurately. Through practical exercises and case-based learning, attendees learn to interpret geological data, construct exploration models, and evaluate prospects with geological and economic considerations in mind.
These resource assessment and exploration training programs in Jakarta also explore modern advancements such as remote sensing applications, GIS-based spatial analysis, 3D geological modeling, and digital data processing. Participants examine how technology enhances exploration efficiency, reduces uncertainty, and supports sustainable resource development. The curriculum further emphasizes risk assessment, environmental considerations, and multidisciplinary collaboration as key components of effective exploration planning.
Attending these training courses in Jakarta offers professionals exposure to a dynamic regional context where geological diversity and resource opportunities intersect with innovation and environmental stewardship. Interactive workshops and expert-led discussions foster an environment for exchanging technical insights and applying global best practices to local exploration challenges. By the end of the program, participants will be equipped with the analytical skills, practical techniques, and strategic thinking required to conduct geological exploration and resource assessments effectively—supporting responsible, accurate, and sustainable resource development in today’s evolving geoscience landscape.