There is always an easy path that anyone can follow to pursue a career in atmospheric science, climate science, meteorology, oceanography, climate systems science or earth systems science. The aforementioned path will open a door to various other branches of science. This will give students a major advantage when the time comes when it comes to starting research as honors or PhD students.
All the domains of science, technology, engineering and mathematics are fundamentally grounded on “STEM.” Here are few hints to help aspiring students build a journey from high school to college.
Starting in secondary school, math as well as physics are definitely not substituted, but they are incomplete for themselves. Select other areas such as earth science and the climate, computer science, chemistry and biology. Science, science and science are all at risk. It’s probably not read by students who don’t like those topics.
University studies and a certificate are necessary for a job in this field. In the following places, degrees leading to these occupations should be rich:
- Math. Especially essential is the analysis of at least the first and possibly second year, including calculus. Many scientists who work in these fields hold a degree in mathematics, some an honor.
- Physics. Physics at least first and likely second year. Most scientists in these fields possess a degree in physics and a degree in honor.
- Computer Science. You’re almost definitely going to have to write machine code, so it’s useful.
When researching those fields of research, undergraduates may do plenty – a degree in chemistry or an engineering degree, for example.
Some colleges have environmental science, which has adequate roots and a heavy emphasis on quantitative abilities. Many universities deliver meteorological classes, master’s or degrees, atmospheric sciences, etc. building on solid mathematical and physics foundations.
The necessary skills can be included in specialized hydrology degrees.
It’s not unusual for you to graduate and miss mathematics and physics for the second year. This quick cut is rarely successful in the long run, but this means that there are no other choices that can bring spectacular results. However, it must be noted that it usually takes a second year in undergraduate mathematics and physics to be admitted to the graduate meteorologist program of the Office.
These fields of study are prone to differences of career paths. For instance, the analysis of biology and chemistry may be more relevant if you wish to focus in particular fields – such as areas around carbon cycling. More computer science will be helpful if you choose to develop climate models or model weather prediction. And special fields, like figures, will still prove extremely valuable.
Many citizens, though not all, are honorary or master degrees in meteorology and climate science. Employers of the Australian Antarctic Division, the Meteorology Bureau, government, environmental consulting and so on prefer to like these. Study in these fields may include a PhD, but that always happens a lot later.
Job may also be rather varied and involve the fields of economy, psychology, architecture, urban design and planning, insurance, accounting, financial risk, actuarial, manufacturing, industry, pharmacy, biotechnology, media studies and so on. If students research one, including a little climate science to help connect the selected area with seeking solutions to climate change could be worthwhile.
Search advice, finally. In a region of concern, there’s no substitute for a researcher to see what they think.
Students should ask our centre’s opinion by contacting Melissa Hart, our graduate director.