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"We know that women are underrepresented in math and science jobs. What we don't know is why it happens. There are various theories, and many of them focus on childhood. Parents and toy-makers discourage girls from studying math and science. So do their teachers. Girls lack role models in those fields, and grow up believing they wouldn't do well in them. All these factors surely play some role. A new study points to the influence of teachers' unconscious biases, but it also highlights how powerful a little encouragement can be. Early educational experiences have a quantifiable effect on the math and science courses the students choose later, and eventually the jobs they get and the wages they earn."

"Stand Up To Cancer (SU2C), a program of the Entertainment Industry Foundation, and PBS LearningMedia, a media-on-demand service designed for K-12 classrooms, announced the opening of applications for the inaugural year of The Emperor Science Award program. The Emperor Science Award program is an initiative designed to encourage high school students to explore careers in science, specifically cancer research and care, through a unique mentoring opportunity. The education initiative was first announced in spring 2015 by SU2C co-founder Katie Couric at Columbia University in connection with a new three-part film on the history of cancer that recently aired on PBS (it can be streamed online here)."

"At the International Consumer Electronics Show, LEGO Education launched LEGO Education WeDo 2.0, a hands-on science solution designed for elementary classrooms using a robot-based learning system. The solution combines the LEGO brick, classroom-friendly software and engaging, standards-based projects to teach elementary students essential science practices and skills. With WeDo 2.0, students explore, create and share their scientific discoveries as they build, program and modify projects. Through a series of collaborative challenges, they deeply engage with science, engineering, technology, and coding, sparking a love for experimentation and investigation."

"Michelle Joyce doesn't shy away from politicized science topics such as climate change. In fact, she works to equip seniors at Palmetto Ridge High School in Naples, Florida with the skills to accurately evaluate those topics on their own. Along with teaching chemistry and physics, she offers a class called "thinking skills" where students solve logic and math puzzles while also enhancing their media literacy. Students go beyond just learning about legitimate sources of information on the internet and delve into just how the information is put together in the first place. But teaching students those critical thinking skills only as they're about to depart for college can be too little too late. "It's a really hard thing to teach within the space of everything else that you need to teach in a classroom," Joyce said. "It's crucial that we teach it as early as we can." The internet has no shortage of dubious information; and the ability to evaluate health and science claims is a subset of media literacy. With the abundance of health/science content students may only see via social media, kids are ill-equipped to discern hype from real science."

"Increasing the gender diversity of the computer science faculty should be a priority for all schools as it would provide female students--as well as students of color--with role-models and mentors. In a study conducted in a suburban area near Oklahoma University, researchers examined the correlation between an after-school engineering mentoring program led by female college students and the perceptions of sixth and seventh grade girls (Holmes, Redmond, Thomas, & High, 2012). The researchers found that high quality mentoring relationships with a female role model led to an increase in the girls' confidence in their mathematics ability (Holmes et al., 2012). Similarly, seeing a confident and successful female computer science teacher could have a positive impact on girls and boys in computer science classes."

"Over the past year, I have been gradually working to implement the Next Generation Science Standards (NGSS) into my classroom. Our new Wisconsin State Science Standards were designed with the NGSS in mind. They align very well, so please forgive me if my language focuses on the NGSS in this post. As I design lessons aligned the standards, I am considering to the skills students will be implementing that carry across multiple units. This relates to the Science and Engineering Practices contained in the standards. I am looking at the technology tools that can be used to leverage these practices. While there are 8 different practices and I hope to delve into each one and the technology tools that can help learners in each, this post will only focus on one practice. That practice is Developing and Using Models. As the name indicates, there a"

As thousands take to the streets as part of a global 'March for Science' it is worth considering the significant role that education has to play. What are the messages we need to send our students about science and what role have schools played in creating the current climate? Now seems like the time to pause and reflect on the place of science in our community and our schools.

"In my last EdSurge article, "Computer Science Goes Beyond Coding," I wrote about the difference between coding and computer science, to help us understand what we mean by phrases like "Teach kids to code" and "Computer science for all." In that article and in many other articles, there is another term that appears often: "Computational thinking." Well, what is Computational Thinking (CT), and how does it differ from Coding and Computer Science-especially when it comes to classroom practice and instruction?"

PhD in Computer Science Admissions 2020. Candidates who wish to pursue PhD in Computer Science see the list of Admission options for PhD in Computer Science.

"In 2006 there was a term that started to grow in the United States-- STEM education (Science, Technology, Engineering and Math). The basis of the STEM movement was the growing concern that our students were not prepared for the high-tech jobs of the future. Just a year later a well-know researcher, Georgette Yakman, announced the need to include the arts in STEM programs; thus STEM became STEAM. Georgette took the inclusion of the arts and expanded on how it relates to the other STEM subjects. Her well-know quote is "Science and technology, interpreted through engineering and the arts, all based in elements of mathematics." This is a rich beginning to our dive into the 21st century job market... but! We have lost sight of one very important aspect of our education and all jobs, be they high-tech, low-tech, or no-tech. What about the importance of reading? Without the ability to read and write, there is not a job to be found for which STEM or STEAM education is going to be enough preparation. ELA, or English Language Arts, is a critical component of the core standards. There are also standards that help reference reading and writing for science and the technical subjects. The notion seems to be that reading is still a critical element in any student's success. Why not give it its proper place... STEM to STEAM to STREAM, standing for Science, Technology, Reading, Engineering, Arts and Math. "

"iPad can immensely enhance the learning of science through the use of a wide range of educational apps designed specifically for this purpose. Over the past few years, we have reviewed a number of these apps each of which is related to a given scientific topic from human anatomy and periodic tables to  apps to help you explore the body in 3D. You can access all of these resources from this page.  Today, we are adding two more interesting apps for science teachers and students. The apps provide you access to a huge library of instructional science videos to use in class with your students."

"From the programmers behind Pokemon Go to the creators of chatbots, the impact of computer science (CS) is ubiquitous in our daily lives. This is because computer science education provides a way of thinking that focuses on problem solving, teamwork and a powerful way to express yourself - important skills for any career. And with a projected 1 million jobs going unfulfilled in computing-related roles by 2020, we need computer scientists from all backgrounds to bring their unique perspectives to solve real-world problems. That's why today, we're excited to announce Careers with Code in the US, a free high school "CS + X" career magazine that shows how to combine your passions, your "X", with computer science. We partnered with STEM specialist publishers Refraction Media to create a CS career magazine that illuminates the range of computer science careers and highlights the impact they have across industries. Readers can get to know people who use CS in their daily work in sometimes unexpected ways, such as Jonathan Graham. "

"Think back to 2005. Since the dot-com bust, there had been a steep and steady decline in undergraduate enrollments in computer science, with no end in sight. The computer science community was wringing its hands, worried about the survival of their departments on campuses. Unlike many of my colleagues, I saw a different, much rosier future for computer science. I saw that computing was going to be everywhere. I argued that the use of computational concepts, methods and tools would transform the very conduct of every discipline, profession and sector. Someone with the ability to use computation effectively would have an edge over someone without. So, I saw a great opportunity for the computer science community to teach future generations how computer scientists think. Hence "computational thinking." I must admit, I am surprised and gratified by how much progress we have made in achieving this vision: Computational thinking will be a fundamental skill used by everyone in the world by the middle of the 21st century. By fundamental, I mean as fundamental as reading, writing and arithmetic."

A new, widely accessible Advanced Placement Course for Computer Science. The College Board oversees the development of the course and exam that will launch as AP Computer Science Principles in 2016-2017. For College Board details, see College Board's Advances in AP site. The AP Computer Science Principles Curriculum Framework (.pdf/1.42MB) was developed to serve as a fundational guide to ensure selected curricla focuses on innovative aspects of computing along with the computational thinking practices that are critical to a future-ready education.

"The Computer Science Education Week, Dec. 5-11, is an annual initiative that mobilizes educators, parents, nonprofits and the industry to inspire all young people to learn computer science and open the door to a promising future. With our rising digital economy and the nonstop pace of technological change, we have an imperative to prepare young people to pursue careers that are in demand. Computer science refers to the academic discipline of studying what can be done using a computer and how to do so. At the foundation of this is computational thinking, a mental process that allows one to formulate problems so as to design possible solutions that a computer or human can easily understand. Coding is one way that computational thinking can be expressed. It is simply writing a list of step-by-step instructions for computers to perform what we want to do. More importantly, it provides everyone a platform to unleash our creativity to create software websites, games, and apps. More than half of today's jobs require some technology skills, and this will increase to 77 percent in the next decade, according to IDC. With youth unemployment in Southeast Asia alone almost three times that of total unemployment rate, coding and computer science serve as the gateway for youth to secure a more fulfilling career or even venture into entrepreneurship. In the Philippines for instance, an entry-level tech position pays 38 percent more than the minimum wage.   I strongly encourage everyone to try coding-and here's why:"

"Convincing more students to pursue STEM studies is a goal widely shared by educators, policymakers, and industry representatives concerned about the leaky pipeline of students preparing to become the next generation of innovators. Fortunately, there's no shortage of solutions. When more than 200 of the nation's top math and science educators gathered at the White House this fall to receive the 2016 Presidential Award for Excellence in Mathematics and Science Teaching, they exchanged practical ideas for igniting student interest in STEM. ADVERTISEMENT Among the honorees was Dr. Jaunine Fouché, science curriculum supervisor at the Milton Hershey School in Pennsylvania. This unique residential school, founded as a philanthropic effort more than a century ago, serves more than 2,000 students in preK-12 from across the U.S. Every student comes from a background of poverty. Education and wraparound services are provided at no cost. In a recent conversation, Dr. Fouché shared strategies for making science education more engaging to diverse learners. Here are the highlights."

"Computer Science can sound pretty daunting, particularly if you don't know a lot about the subject, and it is often thought of as the preserve of 'geeks' or particularly intelligent students. The idea that it is particularly difficult can put off students who might actually have a real natural ability for the subject, which is a great shame, so finding accessible tools to help them explore and get to know the subject from an early age is a great way to avoid it becoming something feared! And with everything becoming ever more internet orientated, it has never been more useful to provide students with some simple computer science skills from a young age, which will stand them in excellent stead for the future."

"Science is one of the areas where the impact of technology has been markedly observed. It triggered an unprecedented revolution and reshaped people's knowledge about the world. It has also enhanced the way science is being instructed inside schools and colleges. Experimentations are being facilitated by the use of technology and students are able to learn and get engaged in simulated experiments that mimic the real life problems. This revolution is being carried on to the mobile platforms. There are now several science apps that students and teachers can use to perform a wide variety of science tasks. Below, for instance, is a set of apps that enable students to explore the human body in 3D. Check them out and share with us if you have any additions. Enjoy"

"As computer science skills like coding become increasingly relevant in the job market, a number of states and districts are making moves to set students up for success.  Today, 25 states require students to take a computer science course in order to graduate from high school - more than double the number with such a requirement in 2013. Additionally, a large number of districts are weaving coding instruction into early learning curriculum, impacting students as young as kindergarten."

"On a sweltering day in late July, a group of 9th and 10th graders gather around an iPad inside of the otherwise empty International School of Science in Queens. They've just completed an assignment on the quadratic equation, and a team of three is showing off their project: a funny video they animated of themselves playing volleyball, with the arc of the ball graphing out a parabola. There's not a sheet of graph paper in sight. The app they are using is called ChoreoGraph, and it's part of a suite of apps collectively known as Noticing Tools, developed by the New York Hall of Science, that aim to leverage the way kids naturally play to teach math and science concepts. The goal is to solve one of the major issues facing educators today: getting more kids interested in STEM-science, technology, engineering and math-an area where the U.S. has consistently lagged behind other top countries."