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Seven reasons why machine learning is a good career

Seen as one of the fastest growing areas in technology, there are several key reasons why machine learning is a field worthy of carving out a career in

If you’re looking to enter the technology industry or pivot to a new career within it, then machine learning should be high on your list of skills to learn. 

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Demand for machine learning professionals is soaring with more and more enterprises, businesses and organisations looking to embed and scale it, as they move away from legacy systems and work through on-going digital transformation programmes.

Compared to five years ago, experts suggest there are now more realistic expectations for what machine learning can deliver. This means the field is increasingly focused on solving specific problems, with new systems making it easier for people to understand. 

There are several routes into a machine learning career, from university degrees to short-term machine learning courses. The remuneration is good too, with Indeed suggesting the average annual salary for a machine learning engineer is around £56,000. If you’re considering taking this path, there are several reasons why it could be a good career move.

Asking questions and finding wrong answers

If you’re inquisitive, then machine learning is a great career for the intellectually open and curious, says Janani Ravi, Pluralsight author and one of the original Google Docs engineers. 

“The process of building a machine learning model that works is inherently about going deep into the use case,” Ravi says. “Correctly framing the problem is half the battle, asking the right questions and not only focusing on finding the right answer. 

“Machine learning professionals are increasingly expected to pull their weight in all aspects of the technical development process. It’s no longer acceptable to specialise too narrowly or be standoffish about participating in the process of data cleaning, labelling and doing all the detail work that is so critical in making machine learning work well.” 

A wealth of different opportunities

There are many roads into machine learning, says Paul Clough, professor of search and analytics at the University of Sheffield (UoS) and head of artificial intelligence (AI) and data science at Peak Indicators. “This could be as part of any job role that may utilise more advanced analytics or modelling methods for making the most of the data available in that role,” he explains.

“Additionally, machine learning is a key tool in the toolbox of any data scientist or analyst, especially if the job involves predictive modelling.”

Clough adds machine learning may also feature in the job specs for data engineers as well as more specific roles such as machine learning engineer, machine learning (research) scientist, MLOps engineer and algorithm machine learning engineer. “We’ve seen a rise in new roles like data translators and machine learning analysts, both related to explaining the benefits of data science projects to business leaders,” he adds.

Choosing between academia and industry 

There are two distinct pathways to choose from, Andrew Patel, senior researcher at WithSecure Intelligence, tells IT Pro. “From the careers side, the most obvious thing to note from reading discussions between machine learning experts is there’s a clear divide between career paths. One side is in academia and the other is in industry. 

“I get the feeling the academic side is seen as more interesting – you get to work on more experimental projects and likely use more cutting-edge techniques – whereas on the industry side, you’re forced into solving very defined problems and productising machine learning solutions. 

“From the salary point of view, the industry pays better. I believe there is high demand for machine learning experts in all fields currently.”

IT’s a rapidly maturing jobs market

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Machine learning has evolved significantly as a career over the past decade, says Heather Dawe, UK head of data at digital transformation company UST. This is because its models are no longer developed and used in isolation.

“The machine learning industry is burgeoning in the sense that a significant proportion of enterprises are still grappling with the work required to get their data ready for machine learning. As enterprises mature, the demand for ML talent within the industry will increase even more and at a pace,” she explains.

“There is currently more demand than supply. This demand will increase as businesses mature with their data and wish to leverage it further. Machine learning is a fascinating area to work in. Ultimately, it’s a way of predicting the future and affects decision-making accordingly. Machine learning underpins AI, which is increasingly a part of our futures.”

Machine learning is accessible to the masses

New technology is making a career in machine learning far easier to consider, suggests Eleanor Watson, IEEE AI ethics engineer and AI faculty at Singularity University. Large statistical models can solve thousands of different problems just with a simple natural language request.

She explains: “With this new technology, machine learning is finally accessible to the masses, as we no longer require much skill beyond asking a simple question to obtain quick and reasonable assistance with almost any digital office task one can imagine. 

“The latest models are even generating computer code, video, 3D models, virtual personalities and music on-demand from nothing more than a description of the desired output. One might think machine learning skills will be less needed as a result. However, by making the power of state-of-the-art machine learning clear to the public, the desire for improved capabilities to optimise almost any problem will be greatly increased.”

More routes into machine learning are opening up

A few years ago, the path to entering the data science field was academic and highly technical, according to Elliott Young, CTO Dell Technologies UK. Now, a lack of a degree in applied maths is no longer a barrier, he suggests.

“These days, the outlook is very different, with tools available to make data preparation and the creation of machine learning models more straightforward and automated to get results faster,” he says. “The existence of these tools helps to expand the nature of roles within the field of data science

“A career in machine learning has become more about the value you can extract from data than writing programmes in R or building models from scratch,” he continues. “Machine learning can be a fascinating area in which to work. There is more opportunity for people to create truly novel models and approaches that didn’t exist before and make an important difference to the future.”

Self-training isn’t frowned upon

For those who were unable to take the classical route of a university education, a career in machine learning can still be within reach. Dr Huseyin Atakan Varol, department chair of robotics at Nazarbayev University SEDS and founding director of the Institute of Smart Systems and Artificial Intelligence (ISSAI) says: “There is also a growing number of self-trained machine learning specialists without formal education on this topic.”

Dr Varol suggests rather than big data and supercomputing, companies are now looking for workers who can create Tiny AI, machine learning models that can run on small microcomputers on Internet of Things (IoT) devices or wearables.

“It’s a great area to work for individuals who are keen on self-development and learning,” he adds. “Machine learning might be the fastest-evolving field in the world. Therefore, without learning new things, a person will become obsolete very quickly. It has high starting salaries compared to other technical fields.”

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