![]() With such a diverse range of specializations for someone to pursue, they can help an individual forge a distinctive career path and differentiate themselves from others by having unique expertise and knowledge. While one person might work to cure diseases and famine, another science practitioner could aim to resolve climate change. The science field designates jobs and careers where professionals use life and physical science to facilitate change for the benefit of society. Here's some additional information on the four core STEM career fields: Science The standards for what qualifies as a STEM field continue to expand, currently including disciplines like architecture, pharmaceuticals, social sciences and psychology. STEM professionals use computers and technology to perform their digital duties, while also relying on scientific and mathematical methodologies to collect data and process information in a manner that helps them solve problems and innovate new ideas. ![]() The career opportunities that professionals can pursue in STEM are vast, with many positions encompassing aspects from more than one discipline. STEM career fields are a collection of jobs that focus on the academic disciplines of science, technology, engineering and mathematics. Related: What Are STEM Jobs? What are STEM career fields? In this article, we discuss what STEM fields are and why it's beneficial to study them, including potential job opportunities in each field for you to consider. Learning about STEM can help you determine if it's a study and career path that closely aligns with your future goals. ![]() These fields serve as an opportunity for people to familiarize themselves with the concepts and methods that shape the growth of many industries and innovative initiatives. “Finding x” starts in the classroom, empowering students when “x” becomes the next revolutionary innovation in manufacturing, and beyond.A career in STEM requires a complex set of technical skills and capabilities, often contingent on the unique specialization that a person practices. Together, we are committed to fostering the next generation of problem solvers and innovators. This field trip to LIFT represents the first of many future efforts led by Siemens, Deloitte, and Smart Factory Believers to provide students with opportunities to engage with real-world applications of STEM concepts. ![]() “During this event, we saw inspiration strike as students made connections with Detroit’s early college initiatives and asked specific questions about manufacturing careers and salaries.” “Research shows middle school is a critical, formative period for sparking career inspiration in young learners,” said Amitha Harsha, leader of the Smart Factory Believers program at Deloitte Consulting LLP. By seeing firsthand how innovative technology starts with the classroom basics they are learning today, the “ugh” response to math class began to dissipate, and excitement began to take over. Ultimately, students were shown that every engineer, technologist, and innovator in LIFT, and beyond, started just like they did – as a middle school student learning algebra and “finding x” for the first time. They learned how such technology allows for the testing and optimization of manufacturing processes in a safe and controlled environment, which was a revelation for many of the students and educators alike. Students eagerly tested out Siemens’ electric vehicle simulation via an augmented reality driving seat. Though many students had experience with augmented and virtual reality through video games and arcades, seeing it in a professional environment was brand new for them.
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