Careers in Science: Exploring the career that needs more females:
Science is arguably one of the most exciting exploratory fields of study and career paths you can choose from. From studying the world around us, experimenting and understanding why we behave in certain ways, with social sciences, to creating better environments through engineering, helping design and create new and beneficial computer programs with maths and finding new cures and innovative methods in medicine, science offers the chance to explore, understand and discover the intricacies of people, our planet and the possibilities for the future.
A career in science, technology, engineering and mathematics, also known as STEM, offers endless possibilities, with ways to re-engineer and
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Careers in the STEM fields span industries, continents and offer opportunities often unrivalled in the workplace. These can include computer science, engineering, and software development, all of which equip those with skills that are in demand worldwide.
Computer science:
Computer science is one such career, it allows you to learn programming, explore software development, build web applications, write algorithms and understand operating systems. Specialising in computer science means for a career that is always evolving and changing, from computer security, web programming, artificial intelligence to game development, mobile applications and much more.
Engineering:
Engineering offers almost limitless possibilities, with electronic, computer and electrical engineering options, among the many, being offered. Engineering allows for exploration and discovery in a range of fields. Electrical engineering focuses on electrons and equipment that runs on electricity. Careers range from those working with mobile devices, satellites, robotics and
I’ve seen students struggle with being literate and numerate so I’m not even sure they could begin to concern themselves with becoming competent in STEM fields during high school. It would seem that educators might be more helpful to encourage students to use high school to build a breadth of knowledge in many different areas, knowing that college will be the time to build depth. High school could be used to develop the basics and apply elements from many, non-science fields to their work similar to a liberal arts approach. Providing students with a broad-based high school foundation before entering college would help develop them into well-rounded students prepared for whichever program they choose whether it’s a STEM program or not.
However, this issue does not deter me in any way; in fact, it serves as quite the catalyst. My passion for engineering inspires me to promote this field. Through my actions in high school, I have encouraged many young women to explore careers in STEM. Through my mentoring of fourth grade girls, I excite them to pursue their interests in math and science.
Growing up, the world of mathematics and science has always intrigued me. I have always preferred to calculate definite integrals rather than talk about the Gilded Age, and I will choose to read about NASA’s latest discoveries over Shakespearean sonnets any day of the week. I felt I could delve into the concepts of Calculus and Newtonian Physics more easily than Carnegie’s Gospel of Wealth and Shakespeare’s iambic pentameter. I saw myself devoted to the fields pertaining to Science, Technology, Engineering, and Mathematics (STEM) and aspired to pursue a career where I could apply my fascination into the field of engineering. When I walked into AP English Language & Composition at the start of my junior year, however, I realized my interests
Today, in the era of big data, machinery, and STEM (science, technology, engineering and mathematics), it is common to hear that liberal arts degrees and humanities majors are, well, comparatively worthless. Edward Conard, the author of the essay "We don't need more humanities majors", stands by this idea and argues that individuals with degrees in the STEM fields contribute far more to the economy and society than those who major and get degrees in the humanities/liberal arts field. This is actually not the case. Humanities help us understand people through their histories, cultures, and language with majors having an emphasis on languages, literature, music, art, and philosophy. Without humanities, we would not have been able to progress
How exciting would the world be if everyone was either a scientist or mathematician? What would the world be like? Of course there will be a bountiful supply of scientific breakthroughs thank we can bank on, but what how will all of the other aspects of the world fare? As of currently, all across the country there has been a jolt of urgency for the incorporation of a more STEM based education in schools. A more “STEM” based education like the type described in We Can’t All Be Math Nerds and Science Geeks by Fareed Zakaria narrows student’s once broad-based learning foundation and directs it into a more specific line of learning, which is the reasoning behind Zakaria’s disapproval of the movement.
Although there are many circumstances that contribute to choosing a STEM career, positive role models are the most influential in empowering adolescents to choose an education in STEM. Currently in the United States, while the dependence on STEM workers is increasing, the interest
When I was young, I never thought that I would want to have anything to do with a STEM career. I always thought that it wasn’t something that women did, and therefore I couldn’t do it. It wasn’t until I was in high school started learning more about science and hearing encouragement from my teachers that I realized that pursuing a career in science would be possible. Just like how Chimamanda Adichie says in her Ted Talk, “The single story creates stereotypes, and the problem with stereotypes is not that they are untrue, but that they are incomplete. They make one story become the only story.”
As a dreamer and queer woman of color, pursuing a career in STEM has been quite challenging. But I have never let anything get in the way of reaching my goals and dreams. I have swam against the current in order to be where I am today, where I have dreamt of being. I am currently a second year student at Trinity Washington University majoring in biochemistry and minoring in mathematics. I am a dedicated student and an analytical and skilled critical thinker who is eager to learn.
Aeronautical engineering centers on airplanes, astronautic engineering, on spacecraft. Career options AERODYNAMICS ENGINEER | Design, construct, and test planes, missiles, and spacecraft. Research for airplane design, looking for ways to improve testing equipment and techniques. MECHANICAL ENGINEER | Design power-producing machines, such as generators, internal combustion engines, and turbines.
I enjoy engineering, in fact when I get older I want to become a biomedical engineer. I want to be able to help people. As well as find solutions to help people in their everyday lives. So that hopefully it would make life easier and less stressful for them. I enjoy all the problem solving that comes with engineering.
To me, engineering is a discipline full of numerous rewarding possibilities such as a high amount of salary right after earning a bachelor’s degree from a university. Furthermore, engineers are able to solve worldwide problems by utilizing the application of mathematics and science combined. In this process, engineers are tasked to simply analyze a problem using their intellectual and critical thinking skills and then come up with a solution to the primary problem. Therefore, the dream and quest of becoming a software engineer after college graduation has actually grown into a larger temptation for me. The software engineering industry is one of the brilliant environments of engineering where I can develop and test programs for the sake of benefiting mankind.
Women comprise 48 percent of the United States workforce, but just 24 percent of the Science, Technology, Engineering and Math (STEM) fields. A study by Gaucher found that job advertisements for male-dominated careers tended to use more argentic words (or words denoting agency, such as "leader" and "goal-oriented") associated with male stereotypes. The stereotype threat is one of the important reasons domestic females are underrepresented in STEM field. Because stereotype threats bring females extra stresses, they could lead to negative academic performances for females, especially for those studying mathematics and science. Meg Urry is a professor of physics and astronomy at Yale.
40% of men who graduate Stem work in this field, while only 26% of female students get the job after completing studies (Knight,
Medical Field Careers Careers in the medical field vary widely and there is a high demand for health care jobs. Depending on your choice, you may spend as little as a few months or as many as 10 years or more in college to get into a medical-related job. With good education and a desire to help others, you can to start a rewarding career in any of these jobs. Find out more about medical field careers and see which one suits your interest.
Every human being has their own career aspirations and mine is to be a Electrical engineer, a dream that I held ever since I was in school due to my deep interest in technical fields such as electrical and electronics. Although, electrical engineer is a difficult career to achieve because it have many obstacles and challenges to be met, but I am sure that I am able to make full preparations for the realization of my dreams. The main preparation I need to prepare is knowledge. Knowledge in Electrical engineering is essential in order for me to become a successful engineer as I am required to be able to identify, study and solve the problem that I encountered in implementing the knowledge that I have gained in university.