What do Statistics, Paramedic Science, and Astronomy have in common? Well, they are all part of the STEM disciplines, namely, Science, Technology, Engineering and Mathematics. Since the acronym was coined in the early ‘90s, the popularity of STEM as an educational curriculum has increased enormously. Schools now teach data-driven syllabuses and offer practice-based workshops aimed at building specific analytical skillsets. Universities with advanced STEM programmes provide students with opportunities to engage in cutting-edge research in well-equipped facilities and computer labs. Some educational institutions also offer apprenticeship programmes designed specifically for STEM young minds to develop technical skills while obtaining integrated degrees.
Certainly, the rise of innovative technology has made STEM graduates highly sought after by employers. The fusion of big data and mechanical engineering has led to innovations in healthcare, manufacturing, and environmental policies, as well as significant welfare gains for consumers of financial services. Notably, data scientists and software developers are the most in-demand jobs of our century. As machine learning (ML) redefines financial institutions, robotics becomes more widespread, and artificial intelligence (AI) makes its way in our daily life, new industries are emerging in the modern world and new employment opportunities are opening up for young diplomates.
In parallel, STEM programmes are undoubtedly becoming more interdisciplinary. For example, Engineering courses now offer insights into areas such as software design, energy, investment and consultancy, with a particular focus on entrepreneurship, project management and risk analysis. Information Technology courses are ideal for creative minds looking to devise new toolkits of algorithms through programming languages for social and commercial digital enterprises. By computing rational ideas into innovative solutions, Modern Science courses prepare you to tackle some of the world’s biggest problems like climate change, wildlife diseases, and biodiversity loss. Not to mention Mathematics, which is cross-functional for all scientific disciplines and still of enormous global value, meaning multiple rewarding career options available. In addition to pure mathematics, it incorporates theoretical physics, statistics and probability, with an in-depth focus on economic efficiency, stock marketing, and more.
The learning of STEM computational techniques is most effective when delivered through project work and industrial networking. Becoming a STEM adept professional will open doors to opportunities of interaction with industrial stakeholders and research partners. STEM graduates play pivotal roles in the transformation of our economy and society. A better future, driven scientifically, is within the grasp of young generations, moulded by STEM learning.
Whether you are aspiring to pursue a STEM career, or are already part of the STEM ecosystem, don’t miss our Stepping into STEM’s brand-new podcast where we’ll be discussing overcoming challenges, creating opportunities and thriving in STEM Education.
By Margherita Brignoli
