Every area of academic and applied biosciences requires some research which is pertinent to legitimize its use and application. From chemistry and physics to defense engineering and biotechnology, development scientist enrolls in extensive research and study their impact on the global and international world. Without researchers and innovative thinkers, science wouldn’t have been able to reach this pinnacle as it is today. There are many areas of research that scientist opt according to their interest.
If you decide to choose research as your major, probably you require an excellent academic background and rich knowledge of science and their subcategories. You would end up working with other scientists, conducting experiments and generating a hypothesis. Again taking up new research project hence becoming a part of larger scientific scales. Some fields of research include:
- Environmental research:
It involves the study of ecosystem and inhabitants of it that are affected due to certain changes in the environment. It also involves those factors that are responsible for affecting the living environment. This branch of science makes the population the primary factor and ecology, evolution and genetics secondary factors of research. Moreover, it suggests to use more biodegradable objects and avoid pollution in the environment. New technological and scientific solutions are devised by environmental researchers for a greater good.
The term bio-engineering is also referred to as genetic engineering. For economical, biodegradable and tangible products use of biology and principles of engineering is all a bio-engineer must be known of. A bio-engineer must have strong grounds of biology. Plus large application of tools of engineering including chemical, electrical and mechanical disciplines is required. Provision of artificial body functions to carry out a job of defected organs in a human body is how it actually works. Sometimes making use of other organisms for daily human needs example fermentation process falls under the category of bioengineering. Agricultural, bionics and medical engineering are few types of bio-engineering.
- Educational research:
It involves the systematic collection of data and making use of research techniques to analyze different fields of education. Student learning, new approaches to the application of knowledge and classroom dilemma is all educational researchers study. Qualitative, quantitative and descriptive method is employed for research purpose. Initially primary, secondary and tertiary data is collected for analysis.
- Economics and Commerce:
Studying business and trade principles under certain economical formulas with legal laws of the state. Terms like GDP growth, theories of Adams Smith and Karl Marx are included in it. This filed of research helps a person to use scarce resources for the production of products and services equally available for all. Moreover, under principles of demand and supply an economist analyze market behavior.