SMART GEODETECTION

In a world where every step can be tracked, geospatial data has become the "new oil" driving innovation across industries. But who powers the smart location services we rely on daily? The answer lies in the field of Smart Geolocation – a future-oriented discipline for tech-savvy minds passionate about maps, data, and intelligent systems.

Program Overview

Smart Geodetection is a newly established interdisciplinary and emerging engineering major approved by the Ministry of Education. It integrates cutting-edge technologies such as artificial intelligence, big data, the Internet of Things (IoT), unmanned aerial vehicles (UAVs), and 5G communication to transform traditional geodetection methods into intelligent, automated, and information-driven systems.

The program is grounded in physics and earth sciences, while leveraging AI, computational science, and data analytics. It focuses on the theoretical and technical foundations of intelligent data acquisition, information processing, and interpretation in geodetection. The goal is to foster innovation through interdisciplinary education and to cultivate a new generation of professionals equipped for the future of geoscientific exploration.

Educational Objectives

The program aims to train students who:

• Possess interdisciplinary knowledge in mathematics, geodetection, and artificial intelligence;
• Master the application of intelligent detection technologies;
• Are capable of working in fields such as engineering surveys, urban subsurface exploration, geological hazard monitoring, environmental surveillance, resource exploration and development, AI, and big data analytics;
• Become high-level applied professionals who meet the needs of national development and scientific advancement.

Graduation Requirements

Graduates of this program are expected to:

• Understand the fundamental theories of earth sciences, AI, computer science, and big data;
• Be proficient in the core knowledge and techniques of smart geodetection;
• Acquire essential skills in data acquisition, information processing, and interpretation;
• Demonstrate capabilities in scientific research, engineering practice, and independent work;
• Have strong computer application skills;
• Be proficient in English listening, speaking, reading, and writing;
• Stay informed about the latest developments and applications in smart geodetection technologies.

Core Courses

• Introduction to Environmental and Engineering Geophysics
• Introduction to Artificial Intelligence
• Fundamentals of Engineering Geology
• Principles and Methods of Geodetection (including seismic, electrical, gravity, and magnetic methods)
• Computational Geophysics
• Big Data Analytics in Geosciences
• Intelligent Detection and Monitoring Technologies
• Smart Data Processing Techniques

Research Directions

Key research areas include:

• Intelligent Exploration of Energy and Mineral Resources
• Environmental and Engineering Monitoring
• Smart Data Acquisition and Processing in Geodetection
• Information Analysis and Interpretation in Smart Geodetection
• Applied Technologies in Smart Geodetection

Degree Awarded

Graduates will be awarded a Bachelor of Smart Geodetection degree.

Career Prospects

Graduates can pursue careers in:

• Geological surveys and resource exploration
• Engineering detection and monitoring in hydropower, civil, and industrial construction
• Environmental monitoring (soil, groundwater, site contamination)
• High-tech industries such as IT and AI
• Teaching and research positions in universities and research institutions

Related Majors

• Geological Engineering
• Exploration Technology and Engineering
• Resource Exploration Engineering
• Groundwater Science and Engineering
• Geotourism and Planning Engineering
• Big Data Engineering for Resources and Environment

Universities Offering Smart Geodetection Programs in China

1. China University of Geosciences (Beijing)
2. North China University of Water Resources and Electric Power