Without science, our modern world would not be the same. The way we travel, shop, learn, socialize, eat, work and play are made possible by scientific influences and innovations.
When you think of the word “science,” do you automatically imagine someone mixing chemicals in a laboratory or looking at the night sky through a telescope? Certainly these are activities that scientists participate in, but science is much more than that!
From the Latin “knowledge”, science actually refers to many different fields: biology, chemistry, and physics are some of them, but so are sociology, psychology, and anthropology! There are life sciences, physical sciences, social sciences, food sciences, agricultural sciences. The list could go on and on.
As you can see, you are surrounded by science every day, and because science is ingrained in our daily lives in so many ways, you can probably imagine that it has a substantial impact on our lives and cultures.
Some scientists are enormously influential as popularises or culture critics, or public intellectuals. In this respect, figures like Richard Dawkins and Lawrence Krauss, or Carl Sagan and Stephen Jay Gould a generation back, come to mind. The scientists, however, are here because of their preeminence as scientists doing science.
Many people assume that a high-level science jobs are reserved for people with higher education. It is true that with a doctorate or masters in science, you will have better positions available in research and management. Sometimes, however, four years of study are enough for one of the top professions in science. Here are eight top science verticals at the college or university level:
Biological science vertical is the study of life and is therefore one of the broadest subjects you can study. This field encompasses everything from the molecular study of life processes to the study of animal and plant communities. Careers you can pursue with a degree in biology include: Researcher, pharmacologist, biologist, ecologist, nature conservation officer, bio-technologist, forensic scientist, and science writer.
Jobs in the vertical of biology can lead you to study living organisms to help you develop biological knowledge and understanding of living processes for several different purposes, including treating disease and supporting the natural environment.
A career in physics opens up abundant and robust employment opportunities across the STEM (science, technology, engineering, and math) landscape. Physics is the study of the ways in which various forms of matter and energy interact.
With a physics degree, students explore and understand the fundamental building blocks of the universe, with a good variety of career options after college. Without the work of physicists, we would not have X-rays, lasers, light bulbs, microwaves, solar panels, televisions, airplanes, or computers. Some science jobs in this field includes; nuclear physicist, materials scientist, meteorologist, or laser engineer..
Dispensing medicines and educating people about the possible side effects of their prescriptions is one of the top jobs for the benefit of science. Most pharmacists work in municipal pharmacies, and some work in hospitals and clinics and advise healthcare professionals on dosage and drug interactions.
Focusing on space can lead to a big paycheck. Astronomers are trying to understand how planets, stars, and galaxies form and evolve. They use powerful telescopes and satellites to observe celestial bodies and predict the future of the universe. These research posts usually require a PhD.
Chemistry involves studying all things around chemical, chemical processes, chemical compositions, and chemical manipulation. Having acquired chemical knowledge at the molecular level, chemistry graduates can choose to apply this knowledge in almost limitless ways, as it can be used to analyze all matter and therefore our entire environment.
Chemistry graduates have plenty of room to use their knowledge in a wide range of research fields, including roles within chemical engineering, chemical and related industries, healthcare, and more. Research careers are more diverse than might appear at first glance, as there are many different reasons for conducting research and many possible environments. It could be based at a university, combining research with teaching; in a pharmaceutical company, working on the development and testing of new drugs; or at a public sector research facility, helping to ensure that national healthcare is up-to-date with new discoveries.
Based on their knowledge of chemistry, physics, and biology, materials scientists analyze the properties, structure, and properties of different materials to adapt them to specific applications. They study how processing changes different types of materials and how they can be combined to create products with specific properties.
How do drugs affect the human body’s organs, tissues, and cells? This is the central question that pharmacologists are trying to answer. They study the properties, effects, and therapeutic use of various chemical compounds. While pharmacists are generally involved in patient care, pharmacologists generally focus on research. Most of them work in laboratories.
Medical research scientists are looking for new ways to improve human health. They study the root causes of various diseases and develop methods to treat and prevent them. Medical research is an area of demand for scientific knowledge. The employment & jobs of medical scientists is expected to grow faster than average in the coming years.
Using the first community based verticalized platform for your science career is the ultimate solution. LOGYTalks provides you with the Mic & Stage and the tools you need to create, manage, plan and host your events to your vertical audience with Live Interpretation to 6 universal languages.
It is also a good way to spread scientific knowledge and gain more visibility. In addition, discussions can also occur via the LOGYTalks platform, as speakers can interact live when a conference is ongoing by asking related questions. Participants watching the video conference broadcast live over the internet can ask questions.
Today’s scientists prioritize mobility, flexibility, and modern forms of communication over private offices and isolation. Interacting with like minds can increase productivity on both sides and reduce travel costs at the same time. Comparing travel costs and live conferencing costs shows that live conferencing is a real winner. Live conferencing has the unique capacity to bring the human connection of face-to-face communication into every interaction.
Learn more about how to use Community Based Platforms to enhance your career as a scientist by checking out more ressouces.