Can you and should you pursue a career in chemistry? Often times, students worry that they are not suited for a career in chemistry. This could be either due to their lack of knowledge or a feeling of incompetence when it comes to lab work. In our past experience as JC chemistry tuition teachers, we find these to be unfound truths. Instead, everyone can become a chemist so long as they have an interest and passion for the subject.

Believing in yourself

If you implicitly believe that chemistry is overly hard for you to master, you will fool yourself into believing you can not learn it. This is highly damaging to your motivation to learn the content as well as your capability to do well in the topic. Rather than embracing a negative frame of mind and believing it is far too difficult, adopt a growth way of thinking and focus on how to overcome your weak points instead.

Although many pupils might be comfortable with the theory aspect of chemistry, a good majority cannot claim the same for practicals and laboratories. These require a distinct set of abilities, and examine your ability to follow directions, make sensible reasonings and draw on paper knowledge you previously learned. Both sets of skills are essential for grasping chemistry.

In this article, we will take a look at several instances where hands on chemistry works are needed.

Silicon chip

Chemistry and material science allow the production of inorganic electronics with extremely ordered layers and interfaces that organic and polymer products cannot provide. Accurate control of surface area composition leads to silicon chips with specific, wanted properties.

An integrated circuit or monolithic incorporated circuit (likewise described as Chip, silicon chip, or ic) is an electronic circuit produced by the patterned deposition (or diffusion) of trace components into the surface area of a thin substratum of semiconductor product. Extra products are deposited and patterned to form interconnections between semiconductor gadgets.

Integrated circuits are made use of in practically all digital equipment today and have changed culture. Computer systems, mobile phone, and other electronic appliances are currently inextricable parts of the framework of modern societies, made possible by the modest cost of manufacturing of integrated circuits.


The pharmaceutical market establishes, produces, and markets medications licensed for usage as medications for animals or humans. Some pharmaceutical firms deal in brand-name (i.e., has a trade name and can be generated and sold only by the firm holding the license) and/or generic (i.e., chemically equivalent, lower-cost variation of a brand-name drug) medicines and medical tools (agents that act upon conditions without chemical interaction with the body).

Pharmaceuticals (brand name and generic) and medical devices undergo a large number of country-specific laws and laws regarding patenting, testing, safety guarantee, surveillance, marketing, and effectiveness.

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