Future science jobs

'Science' is a very broad term that can cover all sorts of different careers, from storm chaser to venom milker. Sadly (or luckily, depending on your outlook), not all scientific jobs will involve such white-knuckle thrill-seeking or death-defying excitement.

Nevertheless, jobs in science can make for an excellent career path with many intriguing avenues to explore. Better still, with the entire science industry built on constant change and cutting-edge technologies, the future of science jobs is an exciting and potentially lucrative one, particularly if you choose one of the following fields...

Science jobs on the grow

If you're on the hunt for science jobs, you're probably familiar with the term STEM – an acronym relating to jobs within science, technology, engineering and mathematics. Many STEM jobs are hugely important in modern society, and that's likely to remain the case for a very long time to come.

With one eye constantly on the road ahead, science is an industry that holds much promise for the future, so it’s only fitting that the future should also hold much promise for jobs in science. In fact, according to the U.S. Bureau of Labour Statistics, there are certain areas of scientific employment that are predicted to have a very healthy upswing indeed by 2024.

Forensic Science Technician

Glamorised by TV shows like CSI, NCIS and Dexter, the presence of forensic science on the small screen has made a career in this field a rather attractive proposition in recent years – and it’s easy to see why. Arguably one of the meatier jobs on this list, the role of Forensic Science Technician has a number of specialist sub-categories, including DNA, textile fibres and toxicology.

The work itself, however, is somewhat less glamorous than what’s presented on television, typically requiring you to analyse crime scene evidence and summarise your findings in a written report. For this role, you will likely need at least a BSc in Forensic Science or Chemistry and first-hand work experience to boot.

Atmospheric Scientist

One of the more adaptable roles on this list, a job as an Atmospheric Scientist can have you working in a variety of fields relating to the atmosphere. This role could see you studying meteorology and weather, but you might just as easily end up working in public health, focusing on air quality and the impact of pollution.

In order to be considered for a job in Atmospheric Science, you will first need to obtain a degree in – you guessed it – Atmospheric Science. This will provide the opportunity to apply for entry-level positions; however, for the best chance of securing a role in this field, a master’s degree or PhD will give you an extra advantage over other candidates.

Geoscientist

Further delving into the geographical science path, Geoscience investigates the topographical features of the Earth. As a Geoscientist, you can’t be afraid to get your hands dirty because you could find yourself working with soil, rocks and other natural resources in the study of the Earth’s composition.

Often dealing with natural resources such as gas, oil and water, Geoscientists are frequently employed in the energy industry, as well as sectors such as water management, etc. There are also a variety of sub-categories relating to particular specialities, ranging from geophysicist to geochemist and many more in between.

In order to become a Geoscientist, you will likely be required to have a BSc in engineering, physics or chemistry at the very least, while a master’s degree and relevant industry experience in the field is often preferable for employers.

Biomedical Engineer

Biomedical Engineers are tasked with analysing and designing solutions to issues within biology and medicine. This can often involve the design of various biomedical systems and products, including artificial body parts and machines for diagnosing medical problems, as well as a number of other duties surrounding biomedical equipment.

As one might expect, you will typically require a bachelor’s degree in Biomedical Engineering in order to become a Biomedical Engineer; however, you may also be able to work within this field if you have a BSc in an alternate area of engineering, coupled with a graduate degree in biomedical engineering or relevant/adequate first-hand experience.

Computer and Information Systems Manager

A highly technical role of much importance within a business, a Computer and Information Systems Manager is tasked with managing an organisation’s computer activity, taking the reins for all the hardware and software decisions of a company.

As this is a managerial position, you may also have to oversee the other IT personnel on staff, as well as being responsible for the company’s network security. For this role, you will typically need to be educated to degree level in Computer and Information Science and have several years of relevant work experience in support of that degree.

So there you have it: if you’re looking to enter the world of science with a career that will last long into the future, these five future jobs in science are well worth aiming for.

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The gender gap present in STEM careers is a persistent one. While other industries have seen the balance between men and women begin to improve, the shortage of women within STEM continues to prevail with women making up only 14.4% of STEM workers in the UK. So, why aren’t there more female scientists? It’s not an easy question to answer, and a number of in-depth studies examining the STEM gender gap have reached the same resounding (yet unsatisfying) conclusion: it’s complicated.

To really comprehend the gender gap in STEM careers, we need to look at multiple strands, ranging from socialisation to confidence. The following 3 reasons can help us understand the gender gap in STEM fields (Science, Technology, Engineering and Mathematics).

1. Socialisation & Gender Stereotypes

Gender roles are generally understood to be the associative qualities, abilities and behaviours we link to a person’s gender. From colour-coded toys (pink for girls, blue for boys) onward, the divide between male from female starts at a young age. So how does this socialisation affect the gender gap in STEM industries?

Well, one study found that by the age of 6, girls are already 52% more likely to associate being 'really smart' with boys rather than girls.

These preconceived notions of intelligence, as well as the idea that there are 'girl subjects' and 'boy subjects', are bound to have a knock-on effect on the number of girls even considering pursuing STEM academically. The impact of this is reflected in university stats; in the USA, for instance, just 35% of STEM graduates are female.

2. Confidence

Confidence may be a key factor in understanding why there aren’t more female scientists. It is human nature to follow that you believe is most likely to end in success. There is a wealth of evidence to indicate that, once you remove social factors from the equation, there is no significant qualitative difference in scientific capability between the sexes – so the male majority in STEM fields can't simply be chalked up to innate scientific ability.

However, males generally display a higher level of confidence in their own scientific competence. This is a likelier explanation for the male-dominated workforce within the science industry.

3. Misconceptions & Disadvantages

It seems that there are a high number of women with the ability to pursue a science-based career who – for whatever reason – don’t choose to go in that direction. Even when women qualify to work within scientific fields, the turnover and drop-out rate of women in STEM fields remains high.

This may be partially explained by some of the misconceptions that surround the STEM industry, as well as the very real disadvantages that some women face. Childcare and maternity leave, for example, are frequently cited as deterrents for women who might otherwise have been interested in pursuing a career in science. Many countries aren't very accommodating towards women who require maternity leave, and this - combined with the general feeling that such a male-dominated industry will not be understanding about maternity requirements - can put female scientists off in a big way.

We hope this blog has helped you to understand some of the reasons why there aren’t more female scientists currently working in STEM industries. This gender gap isn’t an unchangeable state of affairs – many organisations are already working hard to get more girls interested in science and technology from a young age, and this hopefully means that there’ll be an influx of female scientists in the near future. Every little helps, and every woman who enters the STEM industry closes the gender gap a little bit more.

If you’re looking to start a career in STEM, you'll find science, technology and engineering job listings right here on the HRS website.

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diversity in stem

STEM (Science, Technology, Engineering, and Mathematics) diversity is vital to the development of these industries. The lack of diversity in STEM and other scientific fields is often publicised, especially as these disciplines struggle to recruit the number of qualified workers they need.

STEM disciplines have positively affected our lives in thousands of ways. Almost every aspect of the world we live in has been touched by these industries: from medicine to computers to transportation, STEM is vital to our modern way of life. And yet there seem to be relatively few people - especially women and ethnic minorities - looking to train in these areas.

This lack of diversity contributes to the lack of young people in the science industries and diminished opportunities for a number of minorities. For diversity to exist in STEM, those of different races, ethnicities, genders, nationalities, religions, and socioeconomic backgrounds must be encouraged to train in scientific disciplines. If diversity in STEM continues to fall short, so will the number of qualified people needed to fill essential positions.

It's important for these industries to actively seek out the participation of underrepresented groups, both in education and when hiring employees. To that end, it's important to understand that unconscious bias can lead employers and educators to neglect some of the scientific talent that's on offer. Diversity in science is necessary to better deliver the advancements humanity is striving for and therefore benefit us all.

If you're interested in finding a job within the STEM industries, browse our latest science jobs here.

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At Hyper Recruitment Solutions, we are committed to pairing talented and passionate candidates with important jobs in STEM industries where they can make a difference. Regardless of gender, ethnicity and background, we endeavour to find the right talent for the right job. We understand that diversity in the science industry is beneficial to everyone.

If you're interested in finding a job that suits your qualifications, skills, and experiences, please contact us today for expert assistance!