How to Become a Geochemist
By Ayanava Hazra

How to Become a Geochemist

Who is a Geochemist?

Do you know who is a Geochemist?

There are varying elements around us. Professionals who are involved in investigating these chemical elements in the minerals and rock forms are known as Geochemists. They have expertise in chemistry and geology which they use to locate natural resources and make the environment clean. 

What is the role of Geochemist?

A career as Geochemists comes with several types of work responsibilities. He or she conducts research that is utilised in oil exploration and improving the quality of water. A Geochemist develops plans to clean up the water sites containing toxic chemicals. Geochemist daily job routine involves studying the chemical structure of minerals, rocks and soil samples. He or she prepares a detailed report based on the analysis of sample data and deciphers the information to other professionals involved in the project such as petroleum engineers geologists scientists  and commercial managers. 

Analyse

A career as geochemist demands analysing age, nature and components of soil, rock, minerals and other environmental samples. He or she conducts sample testing, gas chromatography, viscosity, solvent extraction and isotope data. 

Coordinate

A geochemist job demands working with a range of technicians specialised in equipment such as mass spectrometer, electron microprobes and microscopes. He or she liaises with commercial managers, geologists and petroleum engineers.

Developing Databases

A geologist job responsibilities include developing data to track and organise information, providing the data and feedback to clients. He or she has to stay updated with the new developments and research.

Interpretation

A geologist daily job routine includes interpreting a variety of data, analysing results and mapping specific geochemical area for research. His or her job includes field visits to collect samples from the site.

Drafting Report

A geochemist has to draft technical reports and papers for publishing in journals. He or she may also teach and provide lectures on specific areas of geochemistry. A geochemist may also be required to give presentations.

How to become a Geochemist?

  1. Successful completion of 10+2 in physics chemistry mathematics  or geology  is required from a recognised board with a minimum of 50 per cent marks. 
  2. After successful completion of 10+2, individuals are required to enrol in an undergraduate BSC or B.Tech degree programme with relevant specialisations. 

Geology

Geophysics

Geotechnology

Geochemistry

Geo- Informatics Engineering

Environmental Science

Geo Sciences Engineering  

Marine Engineering  or Oceanography

Mining Engineering

What are the skills and qualities required to become a/an Geochemist?

Research Skills: A career as a Geochemist demands strong research skills. He or she has to work in a laboratory with various equipment. Technical ability and safety awareness are crucial for the role. 

Communication Skills: A Geochemist career demands strong communication and interpersonal skills. He or she has to communicate with other professionals on a daily basis and draft written reports. A Geochemist also requires teaching, lecture and giving presentations. 

Mathematical Skills: A Geochemist job demands proficiency in mathematical skills. He or she must possess a methodical approach to analyse and sample and collect data. A Geochemist must possess strong numeracy skills and should be able to calculate on fingers. 

Teamwork: A Geochemist has to work in a team and effectively coordinate with other professionals such as geologists, petroleum engineers, commercial managers and other equipment specialists. 

Career Path Progression for Geochemist

Junior Geochemist: A Junior Geochemist is generally responsible for providing assistance to senior geochemists. He or she performs reservoir characterisation through various methodical processes. He or she collects and analyses field samples. 

Senior Geochemist: A Senior Geochemist is responsible for conducting modelling of geochemical or burial history of water-rock systems. He or she analyses the sample data and collaborates with teams to assess rock distribution source, volume and quantity of hydrocarbon.

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