A general belief is that incorporating STEM (science, technology, engineering, mathematics) learning is crucial to help spark students’ interest in STEM-related careers where the demand is steadily increasing. STEM learning boosts vital skills such as critical thinking, perseverance, creativity, and problem solving, skills that are important for navigating life and its challenges.
A computer systems analyst combines both their knowledge of information technology and business to improve computer systems and processes for their clients. Although they have many responsibilities, the first task of a computer systems analyst is to understand their client’s business. Computer system analysts, also called system architects, design computer systems which are optimized for their client’s specific industry and needs. A key part of this is preparing analyses on the costs and benefits of different systems and system upgrades so management can make informed decisions about the technical direction of their organization.
The drive for integrating more hands-on STEM activities and lessons that tap into and sharpen students’ critical thinking and problem-solving skills is high. Educators are trying to find and/or design lessons that students will be motivated by and further their interest in STEM learning. But with limited time and resources, this can also be one of the bigger challenges, and STEM is often limited to what is ‘left over’ after language arts and mathematics has taken the bulk of the focus.
When it comes to financing, individuals, businesses, and organizations put their trust in the hands of those who can increase their net worth. These highly trained individuals are called financial advisors.
Mechanical engineering is the discipline that applies the principles of engineering, physics, and materials science for the design, analysis, manufacturing, and maintenance of mechanical systems. It is one of the oldest and broadest of the engineering disciplines.
The value of emphasizing STEM (science, technology, engineering, math) is essential since it impacts just about every facet of our lives - checking the news on your mobile phone, using video conferencing software to facilitate meetings, or programming our home alarm systems are all everyday activities influenced by STEM innovations. When we can make connections between topics being learned and our own lives, the learning tends to stick in our minds longer. It seems reasonable then that the study of robotics is integrated into STEM education programs since robotics influences many areas of life – construction, defense, health, maintenance, security, and more. Of course, robotics also allows for learning beyond our general experiences such as space exploration.
Hannah Olson, Co-Creator of the award-winning MyStemKits STEM Curriculum, recently spoke with Larry Jacobs from American Consortium for Equity in Education (ace-ed.org) on the topic of STEM education and careers, focusing on encouraging young women to explore what STEM has to offer.
Computer Support Specialists usually work in an organization’s Information Technology (IT) department. They assist the staff and customers with analyzing, troubleshooting, and evaluating computer and network problems.