Biologists may work in various companies, government-funded laboratories, and universities. The most basic educational requirement for an entry-level job in this field is to start with a bachelor’s degree in Biology. Aspiring Biologists may also specialize in a biology subcategory, including microbiology, neurobiology, zoology, or botany. 
 
Biologists usually pursue further education in their fields to apply for more senior jobs and advance their careers. Master’s and doctoral degrees are common in this field, and Biologists use them to obtain additional accreditation in their lines of work.  
    
When conducting necessary on-the-job research, Biologists tend to work in a team setting. With their doctoral degree, professional Biologists will typically lead a team of graduate and undergraduate students. This collaborative working method serves as a way for future and aspiring Biologists to obtain the necessary experience to apply for jobs. Most employers look for Biologists with at least three years of researching experience in field or laboratory work. Universities and other academic departments require post-doctoral research experience for applicants to lead their research teams. 

What can help you become a Biologist

• The ability to conduct scientific experiments and research on biological data.  
• A strong capacity for collecting and sorting data and findings from experiments and research. 
• Demonstrated ability to handle various technological equipment. 
• Excellent understanding of biological studies and the scientific method.  
• The ability to efficiently handle specialized software and using special equipment to collect, interpret, and sort data.  
• Excellent communication and interpersonal skills. 
• Comfortable communicating clearly, both verbally and in writing. 
• Concentrated reading skills for comprehending reports and research findings. 
• Refined writing skills for transcribing research, reporting, and presenting compelling data.  
• Liaising with other Biologists and Scientists.  
• The ability to work cohesively as part of a team.  
• Analytical, problem-solving, and critical-thinking skills.  
• A strong capacity for identifying issues and resolving problems promptly using critical thinking and sound judgment.  
• Being precise and accurate in all analyses since errors could invalidate their research. 
• A strong capacity for determining if results and conclusions are based on sound scientific practices.