Organic Chemistry IHD Program - Developing Professional Skills

Organic Chemistry IHD Program - Developing Professional SkillsThe organic chemistry iHD program is designed to help prepare students for careers in the Biochemical Sciences, Agricultural and Food Engineering, and all of the other associated areas of biotechnology. The program includes seminars, labs, tutorials, and electives that will allow students to gain a solid background in organic chemistry and then to become experts in biochemistry, biophysics, and inorganic and atomic physics.A strong foundation in organic chemistry and biochemistry is essential in order to understand and correctly perform theoretical and experimental experiments. It is also essential to understand the principles behind the materials used in the laboratory and in biotechnology. That said, many chemical engineers today have major concerns with how biotechnology and organic chemistry relate to one another.There are biotechnology facilities around the world that are run by commercial laboratories. These faciliti es can be found in small towns and rural areas, in cities, and even in huge research and development labs. Most of these laboratories are run by personnel who learned their skills and techniques on the job, often with little or no formal training.Similarly, many of the development labs that are affiliated with large pharmaceutical companies in large cities and towns offer biotechnology services. But, that does not mean that these development laboratories are professional and experienced in conducting such services.Most of the staff members who work in these biotechnology facilities have little or no experience in conducting field work or field experiments, and they may lack the theoretical knowledge and mathematical skills that are necessary to understand the results of the biotechnological applications that they conduct. For these reasons, it is critical that organic chemistry students get hands-on experience working in an organic chemistry laboratory during their undergraduate cou rsework.This experience allows them to learn the techniques and principles of the field and to focus their interests on practical applications. They develop skills, confidence, and knowledge of how biotechnology and organic chemistry relate to one another. While many of the students that get involved in developing biotechnology facilities will never continue their education after graduating from college, this experience will be valuable for them later on when they seek jobs in the biotechnology industry.While it is true that there are many branches of chemistry and many advanced students who want to continue on in these branches, the field of organic chemistry has a lot of scope for advancement, particularly in large metropolitan areas where many of the development laboratories are located. The advancement of science and technology in such environments is of interest to scientists and engineers who want to pursue advanced degrees in these areas.