STEM

Science Technology Engineering Mathematics

We are 2 decades into the 21st century and yet, despite all those good intentions, the rhetoric, the thoughts and prayers, the overall role and recognition of women and minorities in STEM remains appallingly low.  Perceptions that math and science are male domains remain deeply embedded in both individual attitudes and institutional constructs, in students and professionals alike.  These perceptions are manifested in many ways: unconscious bias towards employment and recognition, harassment in the workplace, and the kind of verbal aggression that has become all too common on social media.  Many learned studies demonstrate how gender-science and minority stereotypes can influence the aspirations to enroll in school and tertiary level STEM subjects. The STEM and broader community know all this, and yet there remains an overwhelming inertia to solve the problem.

There are many great websites and educational programs that promote and advocate for science as a gender-free and harassment-free enterprise. Some of them are listed below. More will be added as I become aware of them.

 

 

Featured sites

Library Science Degrees.org

The role of libraries has changed dramatically over the past two decades. They are as critical now to the pursuit of science as they have ever been.  The website helps students find the best online Master’s and Bachelor’s programs in Library Science.
It also hosts comprehensive resources for students interested in working in libraries, museums, archives, and other cultural institutions in a professional setting.

Here’s the link to an excellent post on “Free STEM Resources Provided By Public Libraries” by Alina Moore. It covers what STEM is, the correlation to library services, the variety of STEM programs that are available in libraries, and the different youth age groups that libraries cater to when providing STEM educational materials and resources for free. Additionally, this article includes resources for those interested in seeking more information about STEM-based education that can be done at home or virtually.

 

WOMESSA

(Twitter) Women in Earth & Environmental Science Australasia – a unified Australasian network of women in Earth & Environmental Sciences in academia, government and industry. Their mission statement ( Website: )

We are a unified network of Australasian Earth and Environmental Science practitioners that support, amplify, and advocate for women and marginalized genders to achieve success, visibility, and equality across the academic, government, and industry in our sector.

 

#SuperstarsOfSTEM

An initiative created by Science & Technology Australia in 2017, “to smash gender assumptions about who can work in science, technology, engineering and maths….  Open to women and non-binary people, the program equips brilliant diverse STEM experts with advanced communication skills and opportunities – in the media, on stage and in schools… to inspire our next generations of young Australians into STEM study and careers.

 

Nanogirl Labs

One of the more important tasks of science communication is to generate an excitement for STEM to a world full of children, to help them open their minds to a universe full of possibilities.

A New Zealand based company whose mission is to “…to ensure that everyone, everywhere has the chance to enjoy a meaningful relationship with STEM”. It as co-founded by Joe Davis and Dr Michelle Dickinson.

 

Their Mission:  to ensure that everyone, everywhere has the opportunity to enjoy a meaningful relationship with STEM—science, technology, engineering and math. By opening eyes and minds through impactful STEM learning experiences in homes, schools and communities, we’ll inspire and empower tomorrow’s thinkers, creators and innovators.

They accomplish this by combining compelling narrative storylines with accessible hands-on experiences to create learning environments that match how children learn best. Their live shows for kids are literally explosive. STEM communication continues with school presentations, and teacher training.

An iconic part of their tour entourage is Nanogirl, a.k.a. Michelle Dickinson, whose background includes a PhD in nanotechnology.  Nanogirl-Live shows include on-stage experiments that feature lots of  explosions and implosions, flare-ups, and dialogue that encourage kids to become involved with STEM.

 

Ohio University Civil engineering

The banner How Women in Engineering Proudly Raise Their Flag and Pursue Their Dreams headlines the Engineering Schools promotion for the Masters program.

The Infographic begins with a sobering reminder that in 2019, only 15.7% of employment positions in architecture and engineering were occupied by women.  The blog continues with items that illustrate how women are progressing in engineering, and what the STEM community at large can do to encourage women to pursue engineering:

  • Female Pioneers in Engineering
  • Percentage of Women in Full-Time Engineering Positions
  • Supporting Female Engineers in the Workplace
  • How to Encourage Women to Pursue and Stay in Engineering
  • How Men can Empower Women in Engineering
  • Notable Women in Engineering

 

Links to other great  sites:

IfThenSheCan  IF/THEN® is designed to activate a culture shift among young girls to open their eyes to STEM careers.  Their website

Geoscience Women in STEM

Girls into Geoscience  A STEM networking group based at University of Plymouth; also Twitter

Geoscience For The Future   Run by Dr. Natasha Dowey. Invited/guest blogs

 @GeoLatinas  A Twitter account Embracing, Empowering and Inspiring Latinas in Earth and Planetary Sciences

K12 program, US Schools

Curious Minds – citizen science projects in NZ

STEM resource list

Harvard Women in STEM resources

STEM Women resources

Lady Science Monthly magazine on women in science

Women in STEM Australia (Twitter)

500 Women Scientists “The mission of 500 women scientists is to serve society by making science open, inclusive, and accessible”

Request A Scientist – an offshoot of 500 Women Scientists, lists over 9000 women scientists

Kid World Citizen – Getting kids interested in STEM   Twitter

Scientists who do climate – Lots of women scientists in this group. Twitter account managed by Katherine Hayhoe

Dr Jess Wade Twitter account, strong advocate for gender and race equality in STEM

ScienceGrrl  celebrating women in science; Titter account

For Women in Science – Twitter acc of women empowering women in science-STEM; website Fondation L’oreal

STEM Ambassadors – Volunteers helping to bring STEM to life

 

The links below feature Women and careers in STEM @ BestColleges.com

Where Women Study STEM

Women in STEM

STEM careers

Coding to young minds

Archives
Categories
Most Popular
Conjugate fractures and en echelon tension gashes – indicators of brittle failure in Old Red Sandstone, Gougane Barra, County Cork, Ireland.
Mohr-Coulomb failure criteria
A montage of stress transformation paraphernalia and rock deformation
Mohr circles and stress transformation
The Marlborough strike-slip fault array extends north from the dextral Alpine Fault transform; faults continue across Cook Strait to join the North Island Dextral Fault Belt in the Wellington region (central Aotearoa New Zealand). In Marlborough and beneath Cook Strait there are several pull-apart basins formed at releasing bend stepovers. Sandbox analogue models can help us decipher the mechanical and kinematic processes that produce structures like these. Base image from NASA – International Space Station 2003.
Strike-slip analogue models
Scaled sand-box experiments are an ideal medium to observe rock deformation that, in this example, involves synkinematic deposition during rift-like crustal extension. The choice of model materials, in addition to imposed boundary conditions such as strain rates, will determine the outcome of the experiment. Dry sand was chosen for this model because its brittle behaviour under the model conditions is a good representation of natural rock failure. Diagram modified slightly from Eisenstadt and Sims, 2005, Figure 3a.
Analogue structure models: Scaling the materials
The relationship between inertial and gravitational forces expressed by the Froude number (Fr) is reflected by the changes in surface flows and the formation-decay of stationary (standing) waves. Fr < 1 reflects subcritical (tranquil) flow; Fr>1 supercritical flow. Although the Froude number can be determined experimentally, it can also be eased out of a dimensional analysis of the relevant hydrodynamic variables.
Model dimensions and dimensional analysis
Scroll to Top