스포트라이트
공학 지질학자, 환경 보호 지질학자, 탐사 지질학자, 지질학 전문가, 지질학자, 지구 물리학자, 지구 과학자, 수문 지질학자, 광산 지질학자, 프로젝트 지질학자
Most of us don’t sit around thinking about the giant rock we live on. We just go about our business while our world spins around at 1,000 miles per hour – while simultaneously revolving around the sun at 67,000 miles per hour!
But that’s not all the Earth is up to. On the surface, its massive tectonic plates are moving around, stirring up earthquakes and volcanic activity. In between that surface and the planet’s core, there’s a constant flow of molten rock within the Earth’s mantle. Meanwhile, the outer part of the core generates a massive magnetic field through the movement of liquid metals.
All these things affect the Earth’s physical structure – altering landscapes, creating mountains, and driving the powerful forces that have shaped our planet over millions of years. And since we live here, we need to understand what’s going on because whatever happens to our world affects us. That’s where Geologists come in!
Geologists study these complex processes by collecting samples, running lab tests, and interpreting data obtained through field mapping, remote sensing, and Geographic Information Systems. They also study past events to predict future ones.
Though we may not hear much about them, their work is invaluable for environmental conservation, vital resource extraction, and natural disaster preparedness!
Note, there is a wide range of specialization options for Geologists, including but not limited to:
- Engineering Geologist – Applies geological principles to engineering projects like construction and infrastructure.
- Environmental Geologist – Focuses on environmental protection and remediation efforts.
- Geochemist – Studies the chemical composition of rocks, minerals, and fluids within the Earth.
- Geomorphologist – Analyzes landforms and the processes that shape the Earth’s surface.
- Glaciologist – Studies glaciers and ice-related processes.
- Hydrogeologist – Studies groundwater systems and water resources.
- Marine Geologist – Focuses on oceanic and coastal geological processes.
- Mining Geologist – Involved in the extraction of minerals and resources from the Earth.
- Paleontologist – Specializes in studying fossils and ancient life forms.
- Petroleum Geologist – Specializes in locating and extracting oil and gas resources.
- Planetary Geologist – Studies the geology of celestial bodies like planets and moons.
- Sedimentologist – Specializes in sedimentary processes and sedimentary rocks.
- Seismologist – Studies earthquakes and the movement of tectonic plates.
- Volcanologist – Focuses on studying volcanoes and related phenomena.
- Exploring and understanding Earth’s geological processes and history
- Contributing to resource management and environmental protection
- Opportunities to travel and work outdoors
- Collaborating with diverse teams across scientific and industrial sectors
근무 일정
Geologists typically work full-time, often doing significant fieldwork which can include irregular hours and travel. They may work in offices, laboratories, or at various field locations.
일반적인 의무
- Visit locations to conduct field studies, including sample collection and testing programs.
- Investigate the composition, structure, and history of the Earth’s crust by examining soils, rocks, and fossils.
- Analyze and interpret geological data using specialized software.
- Interpret geophysical information from well logs, boreholes, and aerial photos.
- Measure Earth’s characteristics using seismographs and magnetometers.
- Identify risks for natural disasters like earthquakes and volcanic eruptions.
- Assess groundwater and surface water movement to advise on waste management and site restoration.
- Locate deposits of natural gas, oil, minerals, or underground water.
- Prepare geological maps, cross-sectional diagrams, and resource management reports.
- Conduct studies to support regional development and public works.
- Communicate findings via research papers and presentations.
Additional Duties
- Assess plans for soil or groundwater contamination mitigation.
- Inspect construction sites. Analyze geological and engineering problems.
- Give advice on nuclear waste management and reactor siting.
- Monitor mine structural integrity and design geological mine maps.
- Review environmental and technical reports for accuracy and relevance.
- Use instruments to test geological materials such as rocks and soil.
- Develop methods for land reclamation and to extract resources.
- Advise construction firms on land use, foundation design, and resource management.
소프트 스킬
- 분석적 사고
- 세부 사항에주의
- 의사소통 기술
- 조정
- 비판적 사고
- 의사 결정
- 모니터링
- 문제 해결
- 팀워크
- 시간 관리
- 시각화
- 쓰기
기술 능력
- Proficiency with data analysis tools like MATLAB and R
- Use of environmental impact assessment software
- Competence in geological mapping, GPS systems, and surveying techniques
- GIS software (e.g., ArcGIS) and remote sensing interpretation
- Laboratory techniques for rock, soil, and mineral analysis
- Risk assessment using geological hazard data
- Writing technical reports and conducting geological research
- In-depth knowledge of tectonics, sedimentology, and stratigraphy
- 건축 회사
- 대학 및 대학
- 엔지니어링 회사
- Environmental consulting firms
- Local government agencies
- Mining companies
- 석유 및 가스 회사
- 연구 기관
- State and federal government and military agencies
- Scientific agencies
Geologists are expected to carry out meticulous research and data collection, requiring precision and critical thinking. Accuracy is essential because a misinterpretation can lead to flawed decisions with serious consequences. This is especially true in matters such as natural disaster prediction, resource management, and environmental planning.
Fieldwork is a big part of a Geologist’s job, often done in challenging, remote, or hazardous locations such as deserts, mountains, and offshore sites. Such work requires stamina, adaptability, and a willingness to endure tough conditions for long periods. In addition, spending weeks away from home can impact their work-life balance.
Technological advancements are reshaping geology, with innovations in remote sensing, Geographic Information Systems, and computer-based modeling enhancing both precision and the ability to manage large-scale research projects.
Sustainability is also a major focus. Geologists are essential in assessing the environmental impacts of resource extraction, such as mining and oil drilling. There’s a growing push to reduce ecological footprints through responsible land use, pollution control, and ecosystem restoration. This has led to the development of more eco-friendly methods for resource exploration and extraction.
Additionally, geologists are increasingly involved in the transition to renewable energy sources like geothermal, solar, and wind, which offer more sustainable alternatives to coal and oil.
Geologists are often curious about the natural world, enjoying outdoor activities like hiking and rock collecting. They may have had a strong interest in natural sciences and geography and enjoyed hands-on learning experiences.
- Geologists typically need a Bachelor of Science degree in Geology. Other majors include earth sciences, natural resources, or related fields.
- It’s helpful if the program offers opportunities for fieldwork to build practical skills.
- Advanced roles may require a master’s or PhD, particularly for jobs in research or academia.
- Relevant courses might include:
- Environmental geology
- Field methods
- Geochemistry
- Geologic mapping
- Geophysics
- Hydrogeology
- Mineralogy
- Paleontology
- Sedimentology
- Structural geology
- Specialized roles will require courses and training related to that sector. For example, a Mining Geologist might need to take classes such as:
- Drilling and Sampling Techniques
- Exploration Geophysics
- Mine Safety and Risk Management
- Ore Deposit Geology
- Petrology
- Remote Sensing and GIS Applications in Mining
- On-the-job training and internships are crucial for gaining practical experience.
- Certifications are often helpful, such as:
- American Association of Petroleum Geologists - Certified Coal Geologist or Certified Petroleum Geologist
- American Institute of Professional Geologists - Professional Geologist
- Environmental Systems Research Institute - ArcGIS Enterprise Administration Professional
- National Registry of Environmental Professionals - Registered Environmental Professional
- In addition, Geologists usually need to pass exams from the Association of State Boards of Geology (ASBOG) to obtain (or maintain) a license to work.
- The first is the Fundamentals of Geology (FG) exam covering geological principles.
- Next is the Practice of Geology (PG) exam, taken after gaining work experience. This covers more advanced geology skills and practical knowledge.
- After meeting education and experience requirements, it’s time to apply for a Professional Geologist (PG) license through a licensing board!
- Note, there may be state-specific requirements, too, so check the rules where you plan to work based on your area of specialization.
- Geologists may need to complete additional ongoing training to renew their licenses.
- Check out schools with geology clubs and ties with local industries or government agencies.
- Seek programs offering fieldwork experience and featuring modern facilities and tools.
- Remember, STEM-related college programs should be accredited by ABET.
- Consider the cost of tuition, discounts, and local scholarship opportunities (in addition to federal aid).
- Review graduation rates and post-graduate job placement statistics.
- Think about your schedule and flexibility, when deciding whether to enroll in an on-campus, online, or hybrid program.
U.S. News’ Colleges Offering a Geology Major may be a good place to start your search! Aspiring Geologists should try to find programs that offer courses relevant to their desired area of specialization.
- Sign up for courses in Earth science, chemistry, physics, math, statistics, and environmental studies, including advanced placement classes.
- Participate in geology clubs, science fairs, and extracurricular activities that involve teamwork, leadership, and project management.
- Gain hands-on experience through internships, part-time jobs, volunteer positions, or cooperative education programs in geology, environmental science, or related fields.
- Build a portfolio of fieldwork, geological surveys, mapping, data analysis, and research projects.
- Stay updated on the latest geological tools, software, and advancements.
- Get proficient in using geological software, Geographic Information Systems, computer tools, and lab and field techniques.
- Read scientific papers, books, and articles. Watch educational videos to stay informed about industry trends.
- Request informational interviews or job shadowing opportunities to gain career insights.
- Network with professionals by attending events and participating in online forums.
- Join professional organizations like the Geological Society of America or the American Geosciences Institute.
- Keep track of contacts, including professors, mentors, and colleagues, who can serve as references or provide career advice.
- Check out job portals like Indeed.com, LinkedIn, Glassdoor, Monster, CareerBuilder, SimplyHired, ZipRecruiter, USAJOBS, and the websites of local employers including government agencies.
- Be ready to accept entry-level positions to get experience so you can work your way up.
- Look for internships, apprenticeships, or entry-level positions to gain experience.
- Take note of important keywords in job postings, such as:
- 데이터 분석
- Environmental Assessments
- Field Mapping
- 지리 정보 시스템(GIS)
- Geological Surveys
- Mineral Exploration
- Remote Sensing
- Seismic Interpretation
- Soil Sampling
- Stratigraphy
- Check out Geologist resume examples and common Geologist interview questions.
- Tell everyone in your professional network that you’re looking for work!
- Seek advice from experienced geologists about job-seeking strategies.
- Utilize your school's career center for resume help and job search assistance.
- Ask your college professors, former supervisors, and coworkers if they’ll serve as personal references for you. But don’t give out their contact information without permission.
- Run through several mock interviews so you’ll feel prepared and relaxed during real interviews.
- Dress appropriately for interviews.
- Show your enthusiasm for geology and the area you want to specialize in, such as resource extraction or conservation!
Brush up on terminology and current events related to the field.
- Talk with your supervisor about your career development.
- Pursue further education such as a master’s degree or certifications such as the American Institute of Professional Geologists’ Professional Geologist. Consider specializing in a niche like hydrogeology, geophysics, or environmental geology.
- Excel in your current role by delivering high-quality, timely results.
- Stay updated on new technologies and industry developments, especially in geospatial tools and data analysis.
- Take on complex fieldwork projects to diversify your experience.
- Learn and master software used in geology, such as ArcGIS, MATLAB, or Python.
- Publish research papers in high-impact journals to build credibility and showcase expertise.
- Actively participate in professional organizations like the Geological Society of America.
- Speak at conferences, offer to train others at workshops, and network with established industry professionals.
- Mentor junior geologists and share insights from your work.
- Consider moving to areas with more job openings. The states with the highest employment numbers for Geologists are California, Texas, Colorado, Washington, and Oklahoma.
- Keep track of internal opportunities and apply for roles that align with your career goals.
- Develop strong relationships with regulatory agencies.
웹사이트
- Accretionary Wedge
- AGU Blogosphere
- 미국 지구 과학 연구소
- Association of Environmental & Engineering Geologists
- Earth Science Information Partners
- Environmental and Engineering Geophysical Society
- European Geosciences Union
- 미국 지질학회
- Geology for Global Development
- Geology In
- GeoScienceWorld
- Geotripper
- Highly Allochthonous
- International Association for Geoethics
- International Association of Hydrogeologists
- Mineralogical Society of America
- 전국 지하수 협회
- OneGeology
- Society for Mining, Metallurgy & Exploration
- 미국 지질 조사국
책
- Essentials of Geology, by Stephen Marshak
- Geology for Dummies, by Alecia M. Spooner
- Laboratory Manual for Introductory Geology, by Allan Ludman and Stephen Marshak
- Principles of Geology, by Charles Lyell
Geology can be a fascinating career, with tons of options to specialize. However, if the field just isn’t the right fit, consider other options such as:
- Anthropologist
- 천문학자
- 대기 과학자
- 생물학자
- 토목 엔지니어
- 보존 과학자
- 데이터 과학자
- 환경 과학자
- 지리학자
- 지리 정보 시스템 전문가
- Geological Engineer
- 수 문학자
- 산업 생태학자
- Mining Engineer
- Natural Sciences Manager
- 석유 엔지니어
- Physicist
- 토양 과학자
- 도시 플래너
뉴스 피드
주요 채용 정보
온라인 과정 및 도구