The EY Open Science Data Challenge gives university students and nearly-career professionals the opportunity to use data, artifical intelligence and technology to help build a sustainable future for society and the planet. Today, nearly 75% of the world’s population lives within 50 kilometers of the ocean. Coastal zones host critical ecosystems, infrastructure and economic assets. So, it’s of growing concern that these stretches of land are increasingly vulnerable to the dramatic effects of climate change. Given the importance of this topic, our 2024 challenge focuses on coastal resilience. Participants will have an opportunity to use AI for good, working with satellite datasets as part of a community solving societal and environmental problems through technology. The challenge consists of two phases. Phase 1 is to develop machine learning and AI models using high-resolution satellite data to assess storm damage and support disaster response and recovery efforts in data-poor coastal environments. Phase 2 is to create a practical plan describing how the Phase 1 model could be applied by local beneficiaries to assess coastal infrastructure damage, vulnerability, socioeconomic impact, and climate change risk for future storms.

Are you searching for your dream job but not sure how to find it? Are you tired of sending out resumes without a response? Sign up for The Society of Women Engineers Virtual Career Fair and you will be connected directly, one-on-one and live, with top employers that are hiring now. By registering, you will: Interact Live and one-on-one with recruiters through online chat – you can share your resume and experience and schedule interviews; Discover new career opportunities from leading employers eager to hire people with your expertise; Build your network by continuing your conversations with recruiters after the event ends.

Lynn Conway, who sparked the very large-scale integration (VLSI) revolution in computing, has always been adventurous. As an early woman engineer, she views invention as a natural part of life’s journey. On October 26, 2023, Lynn Conway, emerita professor of electrical engineering and computer science at the University of Michigan, Ann Arbor, will be inducted into the National Inventors Hall of Fame (NIHF), in Alexandria, Virginia, for her pioneering invention of very large-scale integration (VLSI), the design rules and methodology that revolutionized the global microelectronics industry. Her work is at the core of today’s electronics, from mobile phones, computers, and automotive electronics to medical devices and the Internet of Things. The Society of Women Engineers also recognized her groundbreaking work with its Achievement Award in 1990.

While women have traditionally been under-represented across STEM sectors, we can – as we observe the 9th International Day of Women and Girls in Science on February 11 – applaud significant ground gained in recent years in some of the most cutting-edge fields that stand to transform the future. In biotechnology, for example, which is revolutionizing health, medicine and agriculture, the latest industry survey shows the UK, Europe, and the US are close to gender parity, with more female graduates than male in some cases. And while the gender gap remains stubbornly wide at a leadership level, and especially across many developing countries, achieving gender equality at the vanguard of science is particularly important for tackling the global challenges of food security and poverty. As the entire world strives to sustainably produce food to meet the needs of a growing population amid a climate crisis, women scientists are playing an increasingly significant role in crop science and plant breeding. This is critical because the world cannot solve hunger and poverty through innovation without also solving gender inequality.

Looking for inspiration on your STEM journey? Check out this helpful advice from AWIS members. If you have additional lessons learned or words of encouragement you’d like to share, complete the member spotlight questionnaire.

Diversity Matters Even More is the fourth report in a McKinsey series investigating the business case for diversity, following Why Diversity Matters (2015), Delivering Through Diversity (2018), and Diversity Wins (2020). For almost a decade through our Diversity Matters series of reports, McKinsey has delivered a comprehensive global perspective on the relationship between leadership diversity and company performance. This year, the business case is the strongest it has been since we’ve been tracking and, for the first time in some areas, equitable representation is in sight. Further, a striking new finding is that leadership diversity is also convincingly associated with holistic growth ambitions, greater social impact, and more satisfied workforces.

You are invited to participate in a research study titled "Nevertheless, She Persisted: Examining the structural and individual barriers impacting NSBE, SHPE, SWE Professional's Engineering Careers". Student Researcher Denisha S. McPherson of Northeastern University is seeking women members of the National Society of Black Engineers, the Society of Hispanic Professional Engineers, and the Society of Women Engineers to talk about their experiences in the engineering workforce in an interview. The purpose of this study is to shed light on the unique experiences, perspectives, and achievements of women engineers. By delving into these narratives, we aim to identify the barriers and opportunities that influence their professional journeys. Ultimately, the findings of this study will help inform strategies to enhance gender equality and inclusivity within the engineering industry.

Cat Bohannon was inspired to write Eve: How the Female Body Drove 200 Million Years of Human Evolution after seeing the movie Prometheus, the prequel to Alien1. In the movie, the heroine, Elizabeth Shaw, was impregnated with a large vicious alien squid. Shaw must find a way to abort the “alien” inside her without bleeding to death. At the futuristic surgery pod, she asks the computer for a C-section. “Error,” it said. "This medpod is calibrated for male patients only.” Bohannon thought, Who does that? Who sends a multi-trillion-dollar expedition into space and forgets to make sure the equipment works on women? Bohannon, a researcher and author, wrote Eve as a user’s manual for what it means to biologically be a woman. She found that the study of the female body has lagged significantly behind that of the male body; scientific and medical data on the female body has been woefully lacking. In the biological sciences (as well as in the social sciences), there is the “male norm," which refers to the fact that be it mouse or human, it is the male body that is studied. Unless specifically studying ovaries, uteri, estrogens, or breasts, women are not study subjects. As Bohannon says, this is an intellectual problem that has become a social problem. But it is not necessarily sexism; many researchers use male subjects for practical reasons. Bohannon reminds us that a good scientific experiment is a simple one with as few confounding factors as possible - and fertility factors are difficult to control for. It’s just easier to do clean science with men than with women. In fact, in the 1970s, researchers were “strongly advised” not to use female subjects of childbearing age. Currently, the National Institutes of Health (NIH) mandates that all NIH-funded research must include women and racial and ethnic groups unless there is a compelling reason not to do so.

Becoming an adjunct professor while working full time requires dedication and careful planning, but it can be more than worth the effort. In SWE Magazine's feature, “Teach It Forward: Sharing Industry Experience as an Adjunct Professor,” SWE Editorial Board member Sarvenaz Myslicki offers smart tips for educating the next generation of women engineers while continuing your career.

As shown across C-Suite disciplines, diverse perspectives are critical to business performance and cutting-edge strategic planning. This growing need for equity and diversity at the C-Suite level calls for new and improved pathways for tech talented women. Zeroing in on the specifics of these roles, on pathways to reaching them, and on effective solutions is the driving force behind Women Corporate Tech Executives in America report. Especially crucial in this environment of burgeoning technology is the need at the C-Suite level for high-powered tech leaders, with special emphasis on increased representation by techsavvy women. As shown across C-Suite disciplines, diverse perspectives are critical to business performance and cutting-edge strategic planning. This growing need for equity and diversity at the C-Suite level calls for new and improved tech pathways for talented women. Zeroing in on the specifics of these roles, on pathways to reaching them, and on effective solutions is the driving force behind Women Corporate Tech Executives in America, a new ground-breaking report from the Women Business Collaborative (WBC).