When it comes to fascinating science jobs available for professionals today, you have unlimited options at your disposal. Most of these jobs require you to combine creativity with analytical thinking regardless of the particular career in question.
The good news is:
Whether you’re looking to solve the mysteries of the cosmos or help patients regain their hearing, you’ll find plenty of vacancies all over the world.
Check this out:
According to the latest stats on science careers, between 2012 and 2022, there will be a 34% increase in job vacancies for audiologists alone. Similarly, nearly 39% of companies in the UK continue to struggle to fill positions relating to STEM (Science, Technology, Engineering, and Mathematics). The situation is even more motivating for women, since men occupy 87% of STEM jobs in the United Kingdom at the moment.
This is huge!
You should keep in mind that academia isn’t the only place where you can have a flourishing career. In fact, lots of people around the globe are able to find a science-related position as a direct result of the fact that technology comprises a vital part of our everyday lives.
So, it should come as no surprise that there are plenty of apprenticeship schemes and trainee programs available for school-leavers in almost every country in the world. In other words, such a high demand for science jobs means that you don’t necessarily require a degree to work or build a career in the field.
And luckily for you:
You’re already in the right place! Here at Seed Scientific, we list only the best science jobs from the most prestigious employers.
Let’s take a look at the various options you have at your disposal.
When considering entry-level science jobs, you’ll probably think you’re likely to have to spend a significant number of years in college to obtain a degree. While this is true in many cases, it’s not your only option.
The thing is:
There is no need to spend years and years keeping a college seat warm to make a decent income. There are many scientific jobs you can take up that require two years or less of science training to qualify.
And on that note:
Here are some examples to get you going.
A nuclear medicine technologist is among the best science jobs out there because it comes with a satisfying paycheck (approximately $79,000 per year). You’ll administer radioactive drugs to patients to examine them for abnormalities in various areas of their anatomy. Examples include the kidneys, liver, brain, lungs, and other parts of the body.
To help doctors not only diagnose but also treat various diseases, nuclear medicine technologists also perform highly specialized procedures. Two examples of such processes include positron emission tomography (PET), as well as computed tomography (CT) scans.
You can get started in this field with an associate degree and then work your way up to a radiology technology degree. And if you want to be a top-of-the-line expert in such science professions, you’ll need a certificate in nuclear medicine technology.
When it comes to different careers in science that don’t require a four-year degree, the position of a nuclear technician is among the highest-earning ones. Available even with a two-year degree, this type of technician does precisely what the job title suggests – they monitor the levels of radiation both in and around nuclear power plants.
Additionally, these technicians also continuously repair and adjust atomic reactors to ensure they operate safely. At the same time, they instruct workers about decontamination procedures and safety protocols. Extensive on-the-job training is a staple of such jobs in the scientific field. On the upside, these professionals make around $80,000 yearly, on average.
It comes as no surprise that most people do not typically associate the position of a registered nurse with science jobs that pay well. However, a registered nurse makes, on average, around $76,000 per year. These medical professionals use their expertise to explain how to manage different conditions or illnesses, as well as evaluate the health of patients.
Nurses also work closely with doctors on a day-to-day basis. You can qualify for this and many other entry-level science job opportunities with an associate degree in nursing. Of course, you’ll also need to get your license before you’re able to start reaping the cash.
An ultrasound technician is another popular term for this particular science profession. Also among the highest paying science jobs without a four-year-degree, diagnostic medical sonographers have an essential duty in their daily operations.
These healthcare professionals create images of the inside of their patients’ bodies using high-frequency sound waves. In doing so, they may focus on any particular area or internal system of the body, from internal organs and bodily tissues to joints and muscles.
Associates of science jobs, ideally with professional certification, are most welcome to apply for this position that makes roughly $74,000 yearly, on average.
If you’re specifically looking for a science research job, you’re in luck:
The position of chemical technicians is on our list. Working as an assistant for both product development and scientific research, a chemical technician provides essential support to chemical engineers and chemists in general. Typical job responsibilities of a chemical technician include interpreting results, conducting experiments, preparing solutions, and setting up lab equipment.
Biology and chemistry jobs always tend to be among the most popular, which explains why a chemical technician makes approximately $52,000 each year, on average. If you’re serious about this career, you’ll need two years of post-secondary training.
It doesn’t get any better than a geological technician when it comes to soil science jobs. Well, there are archeologists, of course, but more on that later. Anyway, geological technicians are the go-to-experts if we’re talking about gas and oil exploration or examining if a piece of land is suitable for mining.
These professionals are among the more highly paid jobs in science for several reasons. While it is true that your main activity, should you opt for this profession, will be to analyze and collect soil and rock samples, it’s not without its perks. If you happen to be fond of mapping and identifying the geological features across different areas, you’ll be able to make around $63,000 a year. However, it’s important to note that most geological technicians tend to specialize in either field or lab work.
As far as environmental science jobs go, becoming an environmental protection and science technician is very popular these days. Building a career in this role means your main goal will be not only to identify but also prevent environmental contamination of any kind.
While many consider this to be among the more entry-level environmental science jobs, it pays around $50,000 a year. Even so, you typically require an associate degree to apply for this position. Your primary job responsibilities may include helping to develop plans to clean up contaminated sites and conducting new development projects or impact studies.
But that’s not all:
There’s always the collecting and testing of water and air samples, as well as inspecting public places for environmental hazards. All of this makes it not only a socially significant, but also an exciting science job.
Whether we’re talking about entry-level or science degree jobs, you need to possess certain qualities if you are to build a longstanding and successful career in any scientific field. While it is true that such characteristics vary greatly depending on the particular area of science you choose to specialize in, there are still several that apply universally.
Bearing in mind that there are many types of science jobs out there today, here are the prerequisites for a stellar career in the field.
A capacity for critical thinking is the quintessential quality that makes all the difference in this industry. In addition to being able to use their cognitive skills to make the right decisions, scientists of all types need to know how to get to the bottom of the matter quickly and effectively.
This kind of mindset and skill brings excellent benefits, especially when such experts contemplate a career change. Instead of blindly accepting arguments, critical thinking allows you to analyze and assess the facts carefully. Professionals in scientist careers rely on this ability and the combination of fundamental analysis with forwarding momentum to make important decisions and take action.
If you Google “science jobs near me,” you’ll typically get several results inviting you to a networking event nearby. Networking is a skill that life science jobs in particular require. Seeking out and receiving recognition from like-minded collaborators falls within the innate capabilities of scientists.
You’d be wrong to assume that networking for scientists is the same as for salespeople. Instead, it has to do with giving back to your partners and delivering on your commitments, prompting people to want to associate with you.
So, it doesn’t matter if we’re talking about university science jobs, nature science jobs, or international science jobs – such networking typically results in the upward mobility of science professionals. In other words, choosing the right collaborators and colleagues is the main difference between science professionals who are highly successful and those who are not.
Across all scientist jobs, it’s vital to have flexibility.
Looking at a problem from another direction is crucial when even successful scientists run into difficulties. Though they tend to be incredibly persistent, there is a chance their efforts still may prove futile. Should this be the case, those with careers in science must possess the flexibility to abandon their current efforts and move in an entirely new direction.
By now, you must be aware of the speed of development of modern technologies. Even if most of them should help humans work more efficiently and effectively, a number of them will end up replacing humans altogether. That’s why flexibility is more important than ever, especially if we’re talking about such a technology-fertile field such as science.
Take biomedical science jobs or computer science jobs. Each of these fields required the use of complicated technology and machinery on a daily basis. So, if you’re slow to learn and keep up with their evolution, you’ll be out of the loop in no time.
Having the attitude that things will work out for you is also very important for all science-related careers. Such a mindset is equally important for health science jobs, material science jobs, earth science jobs, and behavioral science jobs, just to name a few. Applying a positive world view is essential because it sets the stage for success.
We’re not saying that scientists should wear rose-tinted glasses. But a can-do and attitude goes a long way towards overcoming daily challenges and problem-solving.
Data science jobs are a perfect example of the importance of concentration for the execution of daily operations and primary activities. Having concentration means being able to resist outside distractions, both short term, and long term. At the same time, it entails setting your mind on the final goal.
In concrete terms:
If we’re talking about forensic science technician jobs, for example, that goal can be identifying the perpetrator of a felony quickly and effectively.
If we’re talking about jobs for computer science, it may involve resisting the urge to go out to a club because you’re working on an essential software for law enforcement.
And another one:
When it comes to sports science jobs – focusing hard on better understanding the best training methods that prevent injuries of professional athletes while resisting temptation is hugely beneficial to sports in general.
It shouldn’t come as a surprise that persistence is absolutely crucial even for part-time science jobs, let alone the wider field.
There are many ways to explain why persistence is crucial for science jobs. However, you should know that approaching and attacking severe problems from various angles is a prerequisite for almost any career.
Because the issues of today are much more complex and wider-ranging compared to the challenges of the past. Even senior staff members at laboratory jobs, atmospheric science jobs, marine science jobs, and cognitive science jobs all place this trait at the top of their desired qualities in candidates.
In other words:
While technical skills related to your specific role and area of expertise are undoubtedly necessary, it’s the reserve of energy that derives from persistence that can make all the difference.
Take even entry-level computer science jobs as an example:
It doesn’t matter if you were only modestly successful in grad school. If you nurture persistence as a core skill, you can emerge ten years later with a revolutionary innovation or discovery all as a result of this incredible and valuable skill.
You should never underestimate the importance of creativity, especially in political science jobs and even jobs for political science majors. Scientists deal with incredibly complex and broad problems on a daily basis. To extrapolate effective solutions even from the most meticulously gathered research, experiments, and data, you need a creative mind.
The good news is:
Creativity comes in many shapes and forms. Examples include new methods of applying underused chemical materials, understanding a new space anomaly more intensely, or even exploring entirely new ways of how humans can coexist peacefully with endangered habitats.
It’s the same with political science teacher jobs:
When there’s seemingly no semblance of a peaceful resolution to a dispute or conflict, a sudden burst of inspiration can be all it takes to solve the issue, especially when there’s no guidebook to use. In other words, creativity is among a scientist’s most valuable traits. That is, when it does appear, since this type of inspiration is incredibly difficult to quantify or gauge.
Interpersonal skills and cooperation are a particular requirement for scientists, as these professionals operate in teams at least part of the time. Whether in medical science liaison jobs, biology jobs, forensic science jobs, or even pharma science jobs, professionals often have to interact with the public in one way or another.
So, the ability to work together toward a common goal, communicate effectively, and cooperate in various ways is also crucial for animal science jobs, environmental science major jobs, and agricultural science jobs.
Most, if not all, scientific fields today use the scientific method. This method represents a system of posing questions, introducing hypotheses, making observations, and deducing conclusions as a result.
In other words:
It doesn’t matter if we’re talking about something as diverse as exercise science jobs, food science jobs, or actuarial science jobs – the conclusion is always the same. Scientists who are curious by nature will be at a considerable advantage because they will typically apply the scientific method on everything they see.
As far as scientific pursuits go, the inclination to ask questions about observations can only help. Questions that don’t have definitive answers will only bring about new inquiries, leading to entirely new avenues of investigation that you may not necessarily have considered otherwise.
According to research from the Department of Jobs and Small Business, non-STEM jobs grew 1.6 times less than STEM ones in the period between November 2013 and November 2018. At the same time, STEM jobs grew by a remarkable 16.5% in the same period.
The trend is set to continue in the next couple of years. STEM occupations, particularly science writer jobs, bachelor of science jobs, and science center jobs, are set to grow by 10.8% by May 2023 (accounting for 271,300 people). Over that same period, non-STEM job growth projections stand at 6.1%, accounting for 614,900 people.
And that’s not all:
The study demonstrates that, when it comes to non-STEM occupations, females comprise close to 50% of the workforce. At the same time, the percentage of females in STEM-related jobs (such as science education jobs, remote science jobs, and science careers with travel opportunities) stands at only 39.7%.
However, between November 2013 and November 2018, the proportion of females in STEM occupations grew by 2.4%. Over the same period, there were no significant changes to the percentage of females in non-STEM occupations, indicating that the gap is slowly closing.
In another important trend:
STEM jobs favor highly-skilled candidates. For example, data on STEM occupations from November of 2018 reveals that 73% of people work in a skill level occupation equal to either a bachelor’s degree or higher (such as health science degree jobs, bachelors in health science jobs, biological and physical sciences jobs and the like).
At the same time, the non-STEM occupation employees account for just 21.6%. The situation is similar in other higher skill groups. Those with a diploma, advanced diploma, or associate degree combine for a total of 239,700 persons, while those with a Certificate III or Certificate IV add up to a total of 448,600 persons.
If you’re planning your next training, study, or career move, you’re best off opting to build your skills in science, technology, engineering, and mathematics. There will be numerous science recruitment opportunities available soon in STEM occupations and similar fields. If you’re looking for a solid foundation for a successful career, STEM is one way to go.
As far as assumptions go, one of the longest-standing ones is that having an advanced degree means you’re entitled to a top science career.
There is truth in that:
There are more and higher-paid science job postings for those with a Master of Science or a Ph.D. However, if you’re specifically looking to land a high-paying career in the science field and don’t want to spend more than four years in college, all is not lost.
Here are your best top-paying choices.
When people think of scientists, a physical science job is usually the first occupation that springs to mind. Understanding the inner and outer workings of the world that surrounds us is the primary goal of physicists.
In addition to developing theories about the fundamental principles of the world that surrounds us, they also research the interactions that take place between matter and energy. Physicists can go for any number of specialties, but they generally make around $125,000 per year.
Aside from being in charge of development projects, natural science managers also coordinate scientific research. Not only do they directly oversee the work of researchers and developers, but they also establish budgets and set goals.
It doesn’t end there, either:
Reviewing research results, directing production activities, and keeping labs stocked also falls under their job description. As far as earning potential goes, this position is by far one of the best jobs for science majors, with $140,000 annually as the average salary. To become a natural sciences manager, you’ll require several years of research experience.
A hefty paycheck awaits those who prefer to focus on the deepest reaches of space. Understanding how stars, planets, and galaxies come to be and then evolve even further is the main preoccupation of astronomers. Making predictions of the cosmos, as well as using powerful satellites and telescopes to observe celestial bodies, is all in an astronomer’s day’s work. While the astronomer science jobs salary typically hovers around $111,000 yearly, you will need a Ph.D. to get your hands on a research position.
Often assumed to be involved with one of the chemical science jobs (only partially true), pharmacists have an essential role to perform. Not only do these scientific professionals dispense necessary medications, but they also educate people about the potentially harmful side effects.
While you will find pharmacists in clinics and hospitals advising interactions and drug dosages to health care personnel, most of them work in community pharmacies. A Doctor of Pharmacy degree is a requirement for this career, though you’re also able to go into research if the previously mentioned occupations aren’t your cup of tea. Pharmaceutical science jobs typically bring in around $124,000 per year.
Raking in about $102,000 yearly, a materials scientist needs to have an extensive knowledge base. Science professionals in this position typically need to boast biology, physics, and chemistry skills as they analyze the performance, structure, and properties of different materials.
Adapting such materials for specific purposes also includes observing how processing affects each type. Ultimately, these materials combine in various ways to manufacture products with specific properties or characteristics. You’ll often see science job boards advertising such scientist vacancies with high requirements. An advanced degree is typically also a part of these, as materials scientists need to be experts in multiple scientific disciplines.
As the name implies, chemical engineers need a bachelor’s degree to get started in this field. The academic requirements, however, can often change as you progress in your career since chemistry is at the core of all sciences – just like mathematics and physics.
Whether it’s environmental science jobs, nutrition science jobs, or plant science jobs, you need to know your way around compounds, reactions, and base elements in detail. Chemical engineers typically turn chemical materials into commercial products by developing both the manufacturing processes and equipment.
Most often, these engineers find employment in gas and oil refineries, research labs, and processing plants. Because they work on everything from creating pharmaceuticals and plastic to fuel and food, they earn approximately $114,000 yearly.
Whatever your specific professional aspirations may be, one thing is clear:
Whether you’re looking for remote computer science jobs or health science major jobs, you’ll have no problem finding work. Depending on your level of education, you might be able to land some of the highest-paying jobs.
Across many different scientific occupations, you’re able to receive career-vital training from technical institutes and vocational colleges alike.
Always keep one thing in mind:
Salaries vary significantly depending on your specific position. Of course, factors like education and your general level of experience significantly contribute to this. At the same time, keeping up with industry changes and statistics can be equally beneficial. Staying in the loop when it comes to job supply and demand is always a good idea.
Other than that, you’re all set. Think long and hard about what type of science jobs you want to do and go for them with everything you’ve got. Good luck!