This presentation is about how to increase the diversity in terms of thought, gender, background, and creativity in the STEM field. There is a need for more women and underrepresented minorities and these slides delve into how we can support this groups in the education system.
This document discusses women in science from an Indian perspective. It outlines challenges that women face in pursuing STEM careers such as cultural beliefs, stereotypes, and lack of role models. However, it also discusses efforts to encourage more women in science through initiatives like mentorship programs, scholarships, seminars by organizations like Miranda House and the Indian government. It concludes that while social and economic barriers still exist, the participation of women in science in India is increasing and parents/educators can help challenge stereotypes by promoting science as a viable career path for women.
This artistic presentation is represented to you all as a result of my webinar at the IEEE Student Branch University of Jaffna, SriLanka. More than 200+ participants joined us globally. I have tried to represent my research work in my presentation graphically. Great thanks to my friend and IEEE mentor Muhammad Mairaj Ul Haque for helping me with the making of this beautiful presentation.
I believe this presentation has the best material to boost-up passions, courage and to enlighten the Women In Engineering with the facts and fictions.
For more information and assistance you can reach out: [mehakazeem@ieee.org] [haq.mairaj@hotmail.com]
ICT has made a huge contribution to women's empowerment. women living in remote and rural areas are also being benefitted by ICT and they are making their contribution to society-building and development of the country.
Why we all need women in tech. Despite of presence and contribution women has made in the industry, the numbers are staggering. This presentation by Vinita Rathi, Director Women Who Code London Chapter, Co-Founder Systango & CodePunt at Digibury Weekender talks about contribution gender diversity can make to the growth of the organisation, how and what women are good at, how motherhood can be boon for the firms they are working at and what can we be done to change.
Women have long participated in work, but their roles changed with industrialization. In colonial America, gender roles were more fluid and work was shared. The industrial era separated work and home, reducing women's social visibility. Today, over half of women work for pay, though gender biases still exist. Women face wage gaps, occupational segregation, challenges balancing work and family, and pressure from traditional gender roles. Individual choices and support systems can help maximize women's opportunities and well-being in the workplace.
A detailed Powerpoint Presentation that will enable you to understand the concept of women's empowerment in easy language and in the best possible way. I hope you will like it and kindly give your suggestion so that improvement can be made in this presentation.
Gender inequality in India systematically empowers men over women through unequal rights, responsibilities, and opportunities. This is evidenced by low female literacy rates due to perceptions that educating girls is wasteful, as well as practices like sex-selective abortion and infanticide that reflect the low status of girls. Discrimination also occurs domestically, restricting women's freedoms, decision-making power, and control over their own health and income. Further discrimination is seen in workplaces through unequal treatment and sexual harassment, and in media through gender stereotypes and idealized portrayals of women that promote body insecurity. Overall, the document outlines many forms of social, cultural, and institutional discrimination that contribute to gender inequality in India.
E. Kaldoudi, “Women in Science”, presented at the Workshop onCurrent Status and Trends in the Career Development of Biomedical Engineers, Marie Curie Career Integration Grants (CIG) (FP7, PCIG09-GA-2011-293846), “PHASETOMO: Development of a three-dimensional Reconstruction Algorithm for Phase Contrast Breast Tomosynthesis”Varna, Bulgaria, 8 April 2013
This document discusses the underrepresentation of women in science, engineering and technology (SET) careers in the UK. It notes that while women make up around half of graduates in relevant fields, only around a quarter work in SET occupations, costing the UK economy billions. It highlights several issues that contribute to this "leaky pipeline" including a lack of role models for girls, careers in these fields not being portrayed as interesting or rewarding, and ingrained cultures in some workplaces that cause many qualified women to leave. The document argues that increasing gender diversity in these important sectors must become a higher policy priority in order to address skills shortages and maximize economic growth.
The document provides an overview of women empowerment in India. It discusses the importance of women in society, defines key terms like gender and empowerment. It outlines the current status of women in India, their roles in various fields, and government initiatives to promote empowerment. However, it notes that despite various schemes and laws, social and economic status of women needs more improvement for desired change. The document covers women empowerment in a comprehensive manner from different perspectives.
Women remain underrepresented in corporate leadership. While women earn 57% of college degrees, they hold only 20% of senior roles. They face challenges including unequal pay, lack of support from managers, carrying a larger burden of household work, and perceiving their gender as a disadvantage. However, companies that focus on accountability, flexible work policies, and fair hiring/promotions see faster progress getting more women into management and leadership. Individual actions like calling out bias, sponsoring women, and changing biased language can also help close the gender gap.
The Impact of Technology on the Lives of Women and Girls
1) The document discusses issues related to technology literacy and opportunities for women and girls. It highlights how technology exposure and visual cues can impact stereotypes.
2) Several pieces of legislation aimed at improving technology education and access for women/girls are mentioned, including the proposed Go Girl Act and current programs like Community Technology Centers.
3) The author calls for continued funding of educational programs, establishing a task force on women in technology, and increasing women's involvement in shaping technology policy and agendas.
LHBS constantly collects signs of changing behavior in culture, markets, and technology. One of the key demographics involved in these changes is young women.
Through researching what is driving values and decisions– and therefore needs– of young women today, some of the most significant factors at play are perhaps found in their prevailing attitudes towards work and career.
We would like to share some of our research into the work and career of young women, which explores several important trends and trajectories of this important demographic, and offers some of the implications for businesses looking to establish a working environment where young women feel not only valued, but also positively challenged.
Women still face inequality in today's society, as seen in the workplace and overall treatment. They earn only 61-65% of what men earn for the same jobs and degrees. While progress has been made, social and cultural biases persist. Potential solutions proposed are increasing women in leadership positions, educating about the benefits of equality, and ensuring equal opportunities, pay, training, and support for women and men.
The document summarizes various forms of discrimination and exploitation faced by women in Indian society throughout history, from female infanticide and child marriage to domestic violence, dowry system, and sati practice. It discusses the patriarchal social structure and religious customs that promoted gender inequality and treated women as inferior. The presentation aims to highlight how women have been oppressed in areas like inheritance, mobility, and work and calls for contributions to uplift women's status and bring happiness in their lives.
The document discusses gender discrimination and summarizes a study on the topic. It defines gender discrimination as unequal treatment based on a person's sex. It then summarizes a study by Elisabeth Kelan of gender relations in organizations, which found evidence of subtle discrimination that is difficult to recognize, such as gender fatigue. Kelan's study interviewed 26 men and women from two ICT companies and found gender discrimination still occurs but is more subtle and remedies are needed against unequal treatment so that both men and women deserve the same rights.
Barriers to Success for Women in Engineering and Computing
The document discusses the underrepresentation of women, especially women of color, in engineering and computing fields. It notes that while women make up around half the US population, they earn only around 12% of engineering degrees and 26% of computing degrees. It explores possible reasons for this disparity, such as gender socialization influencing career choices, stereotype threat hindering performance, and microaggressions creating hostile environments. Finally, it provides recommendations for creating a more equitable and inclusive classroom experience for all students.
The document discusses the Tech Museum's strategy for grant and cooperative agreements from 2008-2012. It outlines the museum's mission to inspire learning about technologies through educational programming. The strategy focuses on supporting STEM education, with priorities around underserved populations like Title 1 K-12 students, women and minorities. It discusses developing community partnerships and innovative programs to increase engagement. Regional outcomes of the museum's STEM programs are listed as aiding student mastery of science concepts, motivating pursuit of STEM careers, and providing teachers with resources and assessment tools.
The document discusses the underrepresentation of women in STEM fields and provides potential reasons and solutions. It notes that while girls take as many math and science courses in high school as boys, fewer pursue STEM degrees. It explores factors such as beliefs that intelligence is fixed, gender stereotypes that associate males with STEM, lack of female role models, and implicit biases. The document recommends teaching a growth mindset, exposing girls to successful female STEM professionals, raising awareness of implicit biases, and encouraging spatial skills development from a young age to help address the gender gap in STEM.
This document presents a thesis exploring mentorship and retention of women in STEM fields. The introduction provides background on the underrepresentation of women in STEM jobs and degrees despite making up half the college-educated workforce. Key factors contributing to this discrepancy include lack of role models, gender stereotyping, and inflexible work environments. The purpose is to understand women's experiences in STEM and potential solutions. A literature review covers topics like gender stereotypes, career pathways, and the benefits of mentoring. The methodology section outlines a narrative study approach involving interviews with one woman in STEM. Overall, the thesis aims to gain insights into supporting greater participation of women in STEM.
DIversity Gaps in Computer Science: Exploring the Underrepresentation of Girls, Blacks, and Hispanics. Google Report 2016. The Diversity Gaps in Computer Science: Exploring the Underrepresentation of Girls, Blacks, and Hispanics report
is essential given the announcement of President Obama’s bold new initiative, CS for All, in January of
this year (2016). The report contains the needed focus on women, Blacks, and Hispanics — three groups
that are underrepresented in computer science studies and the computing workforce. The report raises
awareness about the structural and social barriers for the target groups in computer science, based upon a
holistic assessment — surveying students, parents, teachers, principals, and superintendents.
The document discusses the crisis in American education. It notes that American students rank 24th in global competion and are unprepared for college and the changing job market. Too many students are dropping out without skills, and schools are trying to take on too many additional programs without increasing instructional time. Reform is needed to improve STEM education, increase graduation rates, and better prepare students for 21st century careers.
The document discusses the crisis in American education. It notes that American students rank 24th in global competion and are unprepared for college and the changing job market. Too many students are dropping out without skills, and schools are trying to take on too many additional programs without increasing time spent in school. Reform is needed to improve STEM education, increase graduation rates, and better prepare students for 21st century careers.
This document discusses Idaho's lack of qualified technology workers despite high unemployment. While there are many job openings in computer programming and IT fields, Idaho produces very few graduates with the needed skills. The proportion of women in technology fields in Idaho is especially small. The author proposes researching the social, cultural, and economic factors that inhibit computer access and career opportunities for young women in southern Idaho in order to understand why so few pursue technology-related careers. Potential research questions examine gender differences in computer access through education and at home as well as social and cultural norms surrounding technology use.
This document discusses STEM education, which integrates science, technology, engineering, and mathematics into the classroom. It was started in 2001 by the National Science Foundation to revolutionize math and science teaching. STEM aims to make classrooms more problem-solving and discovery-based rather than teacher-centered. It combines the four disciplines so they are not taught independently. Many STEM programs use tools like CAD and animation in high school. Supporters say STEM benefits all students by developing skills like critical thinking, teamwork, and innovation needed for future careers. However, some criticize that it may not teach all students equally. The document emphasizes the importance of STEM in preparing students for jobs of the future and keeping the U.
416. STEAM Education and The Uncommon Core
This presentation will focus on the integration of STEAM educational principles into core subjects. Although our school offers a very successful Exploratory STEM class, I believe the true strength of this educational model is in its' potential to incorporate relevant project based learning and bring the Common Core Curriculum to life for every student.
Presenter(s): Phil Brittain, Tony Campbell
Location: Meadowbrook
This document discusses the lack of qualified technology workers in Idaho despite high unemployment. It notes that in 2009 there were 395 computer programming jobs but only 24 graduates in that field, and 929 information technology jobs but only 162 graduates. It also points out the extremely small proportion of women involved in technology fields in Idaho. The document raises questions about what social, cultural, and economic factors contribute to the lack of women studying and pursuing careers in technology in Idaho.
This document discusses issues of equality and diversity in technology. It summarizes research showing lack of diversity in tech jobs and leadership which are still predominantly held by white men. Women and minorities face barriers at various stages from education through hiring and advancement. Implicit bias and discrimination are reflected in technologies like ride-sharing and home-sharing apps. Beyond diversity initiatives, fundamental changes are needed to culture and systems to increase inclusion and representation in the tech industry.
Infographic: Women in Science, Technology, Engineering and Mathematics empower_women
Inforgraphic prepared and presented by the Knowledge Gateway for Women's Economic Empowerment at the 58th session of the UN Commission on the Status of Women (CSW58).
Science and technology are fundamental factors in the growth and development of every society. Strong STEM (science, technology, engineering and math) education is vital to students’ success in an increasingly technological and global economy. It is a critical building block for exploration, innovation, and the economy, and the catalyst to attack problems affecting the world… and it is a catalyst for jobs. The under-representation of women in STEM fields is a potentially massive loss economically.
It is often said that girls either are not interested in STEM subjects or are left out for various reasons. Some of this “common knowledge” is actually a myth – girls are interested in SOME STEM areas, such as biology, but not others, such as computer science. This session will take a deep dive into these myths and realities to discover what is really attractive to girls in elementary and secondary schools in STEM subjects.
Participants will learn about the Maker Movement and the potential to bring new tools and technology to K-12 classrooms to support hands-on learning across all grades and curriculum – but particularly STEM and STEAM. The implications of the Maker Movement are two-fold. One is that many of the technological inventions support areas that are of particular interest to girls, such as inventions that help people, sewable electronics, e-textiles, bio-materials, and community projects. The second is that the collaborative, tinkering nature of the Maker Movement dovetails with girls ability to work collaboratively and in a connected way. By exploring best practices from schools around the world that have successfully created strong STEM programs for girls, the participants in this session will be able to take away ideas and resources that will be of use in their own schools and districts.
(This was a session presented at ISTE 2015.)
(All citations can be found at http://sylviamartinez.com/girls-stem
This document discusses women in science from an Indian perspective. It outlines challenges that women face in pursuing STEM careers such as cultural beliefs, stereotypes, and lack of role models. However, it also discusses efforts to encourage more women in science through initiatives like mentorship programs, scholarships, seminars by organizations like Miranda House and the Indian government. It concludes that while social and economic barriers still exist, the participation of women in science in India is increasing and parents/educators can help challenge stereotypes by promoting science as a viable career path for women.
Women In Engineering / STEM / ProfessionMehak Azeem
This artistic presentation is represented to you all as a result of my webinar at the IEEE Student Branch University of Jaffna, SriLanka. More than 200+ participants joined us globally. I have tried to represent my research work in my presentation graphically. Great thanks to my friend and IEEE mentor Muhammad Mairaj Ul Haque for helping me with the making of this beautiful presentation.
I believe this presentation has the best material to boost-up passions, courage and to enlighten the Women In Engineering with the facts and fictions.
For more information and assistance you can reach out: [mehakazeem@ieee.org] [haq.mairaj@hotmail.com]
ICT has made a huge contribution to women's empowerment. women living in remote and rural areas are also being benefitted by ICT and they are making their contribution to society-building and development of the country.
Why we all need women in tech. Despite of presence and contribution women has made in the industry, the numbers are staggering. This presentation by Vinita Rathi, Director Women Who Code London Chapter, Co-Founder Systango & CodePunt at Digibury Weekender talks about contribution gender diversity can make to the growth of the organisation, how and what women are good at, how motherhood can be boon for the firms they are working at and what can we be done to change.
Women have long participated in work, but their roles changed with industrialization. In colonial America, gender roles were more fluid and work was shared. The industrial era separated work and home, reducing women's social visibility. Today, over half of women work for pay, though gender biases still exist. Women face wage gaps, occupational segregation, challenges balancing work and family, and pressure from traditional gender roles. Individual choices and support systems can help maximize women's opportunities and well-being in the workplace.
A detailed Powerpoint Presentation that will enable you to understand the concept of women's empowerment in easy language and in the best possible way. I hope you will like it and kindly give your suggestion so that improvement can be made in this presentation.
Gender inequality in India systematically empowers men over women through unequal rights, responsibilities, and opportunities. This is evidenced by low female literacy rates due to perceptions that educating girls is wasteful, as well as practices like sex-selective abortion and infanticide that reflect the low status of girls. Discrimination also occurs domestically, restricting women's freedoms, decision-making power, and control over their own health and income. Further discrimination is seen in workplaces through unequal treatment and sexual harassment, and in media through gender stereotypes and idealized portrayals of women that promote body insecurity. Overall, the document outlines many forms of social, cultural, and institutional discrimination that contribute to gender inequality in India.
E. Kaldoudi, “Women in Science”, presented at the Workshop onCurrent Status and Trends in the Career Development of Biomedical Engineers, Marie Curie Career Integration Grants (CIG) (FP7, PCIG09-GA-2011-293846), “PHASETOMO: Development of a three-dimensional Reconstruction Algorithm for Phase Contrast Breast Tomosynthesis”Varna, Bulgaria, 8 April 2013
Women in Science, Engineering & TechnologyDeirdre Hughes
This document discusses the underrepresentation of women in science, engineering and technology (SET) careers in the UK. It notes that while women make up around half of graduates in relevant fields, only around a quarter work in SET occupations, costing the UK economy billions. It highlights several issues that contribute to this "leaky pipeline" including a lack of role models for girls, careers in these fields not being portrayed as interesting or rewarding, and ingrained cultures in some workplaces that cause many qualified women to leave. The document argues that increasing gender diversity in these important sectors must become a higher policy priority in order to address skills shortages and maximize economic growth.
The document provides an overview of women empowerment in India. It discusses the importance of women in society, defines key terms like gender and empowerment. It outlines the current status of women in India, their roles in various fields, and government initiatives to promote empowerment. However, it notes that despite various schemes and laws, social and economic status of women needs more improvement for desired change. The document covers women empowerment in a comprehensive manner from different perspectives.
Women remain underrepresented in corporate leadership. While women earn 57% of college degrees, they hold only 20% of senior roles. They face challenges including unequal pay, lack of support from managers, carrying a larger burden of household work, and perceiving their gender as a disadvantage. However, companies that focus on accountability, flexible work policies, and fair hiring/promotions see faster progress getting more women into management and leadership. Individual actions like calling out bias, sponsoring women, and changing biased language can also help close the gender gap.
The Impact of Technology on the Lives of Women and GirlsShireen Mitchell
1) The document discusses issues related to technology literacy and opportunities for women and girls. It highlights how technology exposure and visual cues can impact stereotypes.
2) Several pieces of legislation aimed at improving technology education and access for women/girls are mentioned, including the proposed Go Girl Act and current programs like Community Technology Centers.
3) The author calls for continued funding of educational programs, establishing a task force on women in technology, and increasing women's involvement in shaping technology policy and agendas.
LHBS constantly collects signs of changing behavior in culture, markets, and technology. One of the key demographics involved in these changes is young women.
Through researching what is driving values and decisions– and therefore needs– of young women today, some of the most significant factors at play are perhaps found in their prevailing attitudes towards work and career.
We would like to share some of our research into the work and career of young women, which explores several important trends and trajectories of this important demographic, and offers some of the implications for businesses looking to establish a working environment where young women feel not only valued, but also positively challenged.
Women still face inequality in today's society, as seen in the workplace and overall treatment. They earn only 61-65% of what men earn for the same jobs and degrees. While progress has been made, social and cultural biases persist. Potential solutions proposed are increasing women in leadership positions, educating about the benefits of equality, and ensuring equal opportunities, pay, training, and support for women and men.
The document summarizes various forms of discrimination and exploitation faced by women in Indian society throughout history, from female infanticide and child marriage to domestic violence, dowry system, and sati practice. It discusses the patriarchal social structure and religious customs that promoted gender inequality and treated women as inferior. The presentation aims to highlight how women have been oppressed in areas like inheritance, mobility, and work and calls for contributions to uplift women's status and bring happiness in their lives.
The document discusses gender discrimination and summarizes a study on the topic. It defines gender discrimination as unequal treatment based on a person's sex. It then summarizes a study by Elisabeth Kelan of gender relations in organizations, which found evidence of subtle discrimination that is difficult to recognize, such as gender fatigue. Kelan's study interviewed 26 men and women from two ICT companies and found gender discrimination still occurs but is more subtle and remedies are needed against unequal treatment so that both men and women deserve the same rights.
Barriers to Success for Women in Engineering and ComputingChrista Spielman
The document discusses the underrepresentation of women, especially women of color, in engineering and computing fields. It notes that while women make up around half the US population, they earn only around 12% of engineering degrees and 26% of computing degrees. It explores possible reasons for this disparity, such as gender socialization influencing career choices, stereotype threat hindering performance, and microaggressions creating hostile environments. Finally, it provides recommendations for creating a more equitable and inclusive classroom experience for all students.
The document discusses the Tech Museum's strategy for grant and cooperative agreements from 2008-2012. It outlines the museum's mission to inspire learning about technologies through educational programming. The strategy focuses on supporting STEM education, with priorities around underserved populations like Title 1 K-12 students, women and minorities. It discusses developing community partnerships and innovative programs to increase engagement. Regional outcomes of the museum's STEM programs are listed as aiding student mastery of science concepts, motivating pursuit of STEM careers, and providing teachers with resources and assessment tools.
The document discusses the underrepresentation of women in STEM fields and provides potential reasons and solutions. It notes that while girls take as many math and science courses in high school as boys, fewer pursue STEM degrees. It explores factors such as beliefs that intelligence is fixed, gender stereotypes that associate males with STEM, lack of female role models, and implicit biases. The document recommends teaching a growth mindset, exposing girls to successful female STEM professionals, raising awareness of implicit biases, and encouraging spatial skills development from a young age to help address the gender gap in STEM.
This document presents a thesis exploring mentorship and retention of women in STEM fields. The introduction provides background on the underrepresentation of women in STEM jobs and degrees despite making up half the college-educated workforce. Key factors contributing to this discrepancy include lack of role models, gender stereotyping, and inflexible work environments. The purpose is to understand women's experiences in STEM and potential solutions. A literature review covers topics like gender stereotypes, career pathways, and the benefits of mentoring. The methodology section outlines a narrative study approach involving interviews with one woman in STEM. Overall, the thesis aims to gain insights into supporting greater participation of women in STEM.
DIversity Gaps in Computer Science: Exploring the Underrepresentation of Girls, Blacks, and Hispanics. Google Report 2016. The Diversity Gaps in Computer Science: Exploring the Underrepresentation of Girls, Blacks, and Hispanics report
is essential given the announcement of President Obama’s bold new initiative, CS for All, in January of
this year (2016). The report contains the needed focus on women, Blacks, and Hispanics — three groups
that are underrepresented in computer science studies and the computing workforce. The report raises
awareness about the structural and social barriers for the target groups in computer science, based upon a
holistic assessment — surveying students, parents, teachers, principals, and superintendents.
The document discusses the crisis in American education. It notes that American students rank 24th in global competion and are unprepared for college and the changing job market. Too many students are dropping out without skills, and schools are trying to take on too many additional programs without increasing instructional time. Reform is needed to improve STEM education, increase graduation rates, and better prepare students for 21st century careers.
The document discusses the crisis in American education. It notes that American students rank 24th in global competion and are unprepared for college and the changing job market. Too many students are dropping out without skills, and schools are trying to take on too many additional programs without increasing time spent in school. Reform is needed to improve STEM education, increase graduation rates, and better prepare students for 21st century careers.
This document discusses Idaho's lack of qualified technology workers despite high unemployment. While there are many job openings in computer programming and IT fields, Idaho produces very few graduates with the needed skills. The proportion of women in technology fields in Idaho is especially small. The author proposes researching the social, cultural, and economic factors that inhibit computer access and career opportunities for young women in southern Idaho in order to understand why so few pursue technology-related careers. Potential research questions examine gender differences in computer access through education and at home as well as social and cultural norms surrounding technology use.
Understanding the Basics of STEM EducationDRPF Consults
This document discusses STEM education, which integrates science, technology, engineering, and mathematics into the classroom. It was started in 2001 by the National Science Foundation to revolutionize math and science teaching. STEM aims to make classrooms more problem-solving and discovery-based rather than teacher-centered. It combines the four disciplines so they are not taught independently. Many STEM programs use tools like CAD and animation in high school. Supporters say STEM benefits all students by developing skills like critical thinking, teamwork, and innovation needed for future careers. However, some criticize that it may not teach all students equally. The document emphasizes the importance of STEM in preparing students for jobs of the future and keeping the U.
416. STEAM Education and The Uncommon Core
This presentation will focus on the integration of STEAM educational principles into core subjects. Although our school offers a very successful Exploratory STEM class, I believe the true strength of this educational model is in its' potential to incorporate relevant project based learning and bring the Common Core Curriculum to life for every student.
Presenter(s): Phil Brittain, Tony Campbell
Location: Meadowbrook
This document discusses the lack of qualified technology workers in Idaho despite high unemployment. It notes that in 2009 there were 395 computer programming jobs but only 24 graduates in that field, and 929 information technology jobs but only 162 graduates. It also points out the extremely small proportion of women involved in technology fields in Idaho. The document raises questions about what social, cultural, and economic factors contribute to the lack of women studying and pursuing careers in technology in Idaho.
This document discusses issues of equality and diversity in technology. It summarizes research showing lack of diversity in tech jobs and leadership which are still predominantly held by white men. Women and minorities face barriers at various stages from education through hiring and advancement. Implicit bias and discrimination are reflected in technologies like ride-sharing and home-sharing apps. Beyond diversity initiatives, fundamental changes are needed to culture and systems to increase inclusion and representation in the tech industry.
Collective Impact through STEM for National Youth Serving OrganizationsGabrielle Lyon
This presentation was part of a workshop facilitated by Gabrielle Lyon for a convening of representatives from five national youth-serving organizations: YMCA, Big Brothers Big Sisters, Girls Inc, 4-H and Boys and Girls Clubs. The organizations are considering a national collective impact project centered on bringing STEM to underrepresented youth and increasing the number of young people they serve.
Panel: Reaching More Minority Serving InstitutionsLarry Smarr
This document discusses engaging more minority serving institutions (MSIs) in cyberinfrastructure development through regional networks. It provides data showing the importance of MSIs like historically black colleges and universities (HBCUs) in educating underrepresented minority students in STEM fields. Regional networks can help equalize opportunities by assisting MSIs in overcoming barriers to resources through training, networking infrastructure support, and helping institutions obtain necessary staffing and funding. Strategies mentioned include collaborating with MSIs on grants and addressing issues identified in surveys like lack of vision for data use beyond compliance. The goal is to broaden participation in STEAM fields by leveraging the success MSIs have shown in supporting underrepresented students.
Panel: Reaching More Minority Serving InstitutionsLarry Smarr
This document discusses engaging more minority serving institutions (MSIs) in the National Research Platform (NRP). It provides data showing that MSIs serve a disproportionate number of underrepresented minority students and are important producers of STEM graduates from these groups. The NRP can help broaden participation in STEAM fields by providing MSIs access to advanced cyberinfrastructure resources, new learning modalities, and opportunities for collaborative research between MSIs and other institutions. Regional networks also have a role to play in helping MSIs overcome barriers and attracting them to collaborative grants. The goal is to tear down walls between research and teaching and reinvent the university experience for more inclusive learning and innovation.
Richard Alo: Panel - Reaching More Minority-Serving CampusesLarry Smarr
Richard Aló, Reaching More MSI Campuses: Why?
Deborah Dent, CIO, Jackson State University. Reaching More MSI Campuses: an HBCU Experience
Al Anderson, CIO, Salish Kootenai College. Reaching More MSI Campuses: a TCU Experience
Samuel Sudhaker, CIO California State University San Bernardino. Reaching More MSI Campuses: An HSI’’ Experience, High Performance Computing at CSUSB
Jill Gemmill, Executive Director, Research Computing, Clemson University. The R1/PWI Experience: Road to Empowerment is Slow, Steady and Deliberate.
Ana Hunsinger, Vice President Community Engagement, Internet2. MS-CC: Advancing CI @ HBCUs, TCIUs and other MSIs
Women and CS, Lessons Learned From Turkey - Voices 2015Deanna Kosaraju
This document summarizes research from Turkish Women in Computing (TWIC) on women in computer science in Turkey. It finds that unlike in other countries, in Turkey there is no "pipeline problem" with declining numbers of women in computer science. National exam scores are an equalizing factor, and economics, prestige, and confidence fuel women's interest in the field. Surveys of TWIC members found the top reasons for pursuing computer science were being good at math/science and the prospect of a well-paying job. Perceptions are changing with younger generations seeing it as a more prestigious career for women.
The document discusses challenges in education and strategies for helping all students succeed, especially average students. It proposes implementing career-focused education centered around developing competencies for life roles like learner, worker, citizen. This approach would replace unfocused general education and help more students see meaning and purpose in their education. The document also advocates for stronger collaboration between high schools and community colleges to better support student transitions after high school.
Enrolled, Employed or Enlisted The Role of Libraries in Preparing Students fo...Denise Woetzel
The College Readiness Committee, a group of Central Virginia high school and college librarians, have worked together to look at the issues surrounding our high school graduates - whether they enroll in college, get a job, or enlist in the military.
Similar to Swe women and minorities in stem presentation (2) (20)
Probing the northern Kaapvaal craton root with mantle-derived xenocrysts from...James AH Campbell
"Probing the northern Kaapvaal craton root with mantle-derived xenocrysts from the Marsfontein orangeite diatreme, South Africa".
N.S. Ngwenya, S. Tappe, K.A. Smart, D.C. Hezel, J.A.H. Campbell, K.S. Viljoen
Search for Dark Matter Ionization on the Night Side of Jupiter with CassiniSérgio Sacani
We present a new search for dark matter (DM) using planetary atmospheres. We point out that
annihilating DM in planets can produce ionizing radiation, which can lead to excess production of
ionospheric Hþ
3 . We apply this search strategy to the night side of Jupiter near the equator. The night side
has zero solar irradiation, and low latitudes are sufficiently far from ionizing auroras, leading to a lowbackground search. We use Cassini data on ionospheric Hþ
3 emission collected three hours either side of
Jovian midnight, during its flyby in 2000, and set novel constraints on the DM-nucleon scattering cross
section down to about 10−38 cm2. We also highlight that DM atmospheric ionization may be detected in
Jovian exoplanets using future high-precision measurements of planetary spectra.
Dalghren, Thorne and Stebbins System of Classification of AngiospermsGurjant Singh
The Dahlgren, Thorne, and Stebbins system of classification is a modern method for categorizing angiosperms (flowering plants) based on phylogenetic relationships. Developed by botanists Rolf Dahlgren, Robert Thorne, and G. Ledyard Stebbins, this system emphasizes evolutionary relationships and incorporates extensive morphological and molecular data. It aims to provide a more accurate reflection of the genetic and evolutionary connections among angiosperm families and orders, facilitating a better understanding of plant diversity and evolution. This classification system is a valuable tool for botanists, researchers, and horticulturists in studying and organizing the vast diversity of flowering plants.
Ethical considerations play a crucial role in research, ensuring the protection of participants and the integrity of the study. Here are some subject-specific ethical issues that researchers need
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Deploying DAPHNE Computational Intelligence on EuroHPC Vega for Benchmarking ...University of Maribor
Slides from talk:
Aleš Zamuda, Mark Dokter:
Deploying DAPHNE Computational Intelligence on EuroHPC Vega for Benchmarking Randomised Optimisation Algorithms.
2024 International Conference on Broadband Communications for Next Generation Networks and Multimedia Applications (CoBCom), 9--11 July 2024, Graz, Austria
https://www.cobcom.tugraz.at/
SCIENTIFIC INVESTIGATIONS – THE IMPORTANCE OF FAIR TESTING.pptxJoanaBanasen1
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A slightly oblate dark matter halo revealed by a retrograde precessing Galact...Sérgio Sacani
The shape of the dark matter (DM) halo is key to understanding the
hierarchical formation of the Galaxy. Despite extensive eforts in recent
decades, however, its shape remains a matter of debate, with suggestions
ranging from strongly oblate to prolate. Here, we present a new constraint
on its present shape by directly measuring the evolution of the Galactic
disk warp with time, as traced by accurate distance estimates and precise
age determinations for about 2,600 classical Cepheids. We show that the
Galactic warp is mildly precessing in a retrograde direction at a rate of
ω = −2.1 ± 0.5 (statistical) ± 0.6 (systematic) km s−1 kpc−1 for the outer disk
over the Galactocentric radius [7.5, 25] kpc, decreasing with radius. This
constrains the shape of the DM halo to be slightly oblate with a fattening
(minor axis to major axis ratio) in the range 0.84 ≤ qΦ ≤ 0.96. Given the
young nature of the disk warp traced by Cepheids (less than 200 Myr), our
approach directly measures the shape of the present-day DM halo. This
measurement, combined with other measurements from older tracers,
could provide vital constraints on the evolution of the DM halo and the
assembly history of the Galaxy.
Lunar Mobility Drivers and Needs - ArtemisSérgio Sacani
NASA’s new campaign of lunar exploration will see astronauts visiting sites of scientific or strategic
interest across the lunar surface, with a particular focus on the lunar South Pole region.[1] After landing
crew and cargo at these destinations, local mobility around landing sites will be key to movement of
cargo, logistics, science payloads, and more to maximize exploration returns.
NASA’s Moon to Mars Architecture Definition Document (ADD)[2] articulates the work needed to achieve
the agency’s human lunar exploration objectives by decomposing needs into use cases and functions.
Ongoing analysis of lunar exploration needs reveals demands that will drive future concepts and elements.
Recent analysis of integrated surface operations has shown that the transportation of cargo on the
surface from points of delivery to points of use will be particularly important. Exploration systems will
often need to support deployment of cargo in close proximity to other surface infrastructure. This cargo
can range from the crew logistics and consumables described in the 2023 “Lunar Logistics Drivers and
Needs” white paper,[3] to science and technology demonstrations, to large-scale infrastructure that
requires precision relocation.
Keys of Identification for Indian Wood: A Seminar ReportGurjant Singh
Identifying Indian wood involves recognizing key characteristics such as grain patterns, color, texture, hardness, and specific anatomical features. These identification keys include observing the wood's pores, growth rings, and resin canals, as well as its scent and weight. Understanding these features is essential for accurate wood identification, which is crucial for various applications in carpentry, furniture making, and conservation.
Additionally, the application of Convolutional Neural Networks (CNN) in wood identification has revolutionized this field. CNNs can analyze images of wood samples to identify species with high accuracy by learning and recognizing intricate patterns and features. This technological advancement not only enhances the precision of wood identification but also accelerates the process, making it more efficient for industry professionals and researchers alike.
5. Activity questions
Choose an image that best represents the answer to following
questions:
A. WHICH PERSON HAS PASSED CALC 1, 2 AND 3?
B. FIND THE BIOENGINEER?
C. WHICH INDIVIDUAL APPEARS TO BE A GOOD FIT FOR NASA?
D. WHICH INDIVIDUAL IS BAD AT PHYSICS?
E. WHICH INDIVIDUAL WOULD BE MORE SUCCESSFUL AS INSTAGRAM INFLUENCER THAN A COMPUTER
ENGINEER?
F. WHO IS NATURALLY BETTER AT MATH?
G. WHO WOULD DROP OUT OF A STEM MAJOR FIRST?
7. ANALYSIS OF RESULTS
● Larissa: show that her looks lead others
to perceive her as not being qualified for
the STEM field.
● We need to need to understand that women
are capable of being maternal figures and
conquering challenging STEM degrees and
advanced positions
● Raziqa - only person that was not voted
for the dropping out of STEM category,
becoming a social media star, or being bad
at physics
○ She emulates the perception that Asian people are
skilled in math and sciences.
8. Stats on women in stem Workforce
● Women in STEM Career:
○ 15% Engineering
○ 26% Computer & Mathematical
Sciences
● Women makeup half of the total U.S
college-educated workforce
○ Only ~25% of the science and
technology workforce
● Only 30% of female engineers are still working in field after 20 years.
● 30% leave due to “professional climate”
11. Research experiment Results: ● Study 1: Science faculty hiring
equally qualified candidates.
https://www.aauw.org/research/solv
ing-the-equation/
12. ● Female
● Male
● Study 2: Science faculty hiring candidates with varied
performance levels.
https://www.aauw.org/res
earch/solving-the-equatio
13. Females in Stem Higher Education
● Freshman intention: Men (26.9%) Women (7.9%)
● Over 32% of females will leave the program.
● Female college students are 1.5 times as likely to leave STEM after
taking the first course in the calculus series.
● Females lack of confidence in math ability, main reason not pursuing
STEM.
● Male college students are more likely to take engineering and
computer sciences.
14. Female students K-12
● Females perform equally as well in mathematics & science on standardized
tests, as male peers.
● Males & Females take higher math & science courses at same rate.
● Stereotypes & biases
○ From ages 3-5, girls can develop gender bias
■ Demonstrated in movie & tv
■ Taught socially
○ Parents & teachers can hold bias’
➢ Lack of encouragement leads to lack of interest and
effort in math and science.
17. Minorities in Stem Workforce (2015)
● 11% of workers in Science & Engineering are
Hispanic, Black, and Native Americans.
○ 67% of STEM Workforce is white
https://nsf.gov/statistics/2018/nsb20181/report/sections/science-and-engineering-labor-force/women-and-minorities-
in-the-s-e-workforce
20. Looks matter : Asian american
Very Asian-looking Less Asian-looking
21. Looks matter : African american
Very African-American Less African-American
22. Hidden figures
● It is important to realize that
race is not a categorical
factor - we cannot group a
variety of people under one
category
● “Race is continuous” - people’s
perception of an URM’s
intelligence depends on how
stereotypically they look like
their race
● Stereotypically-black women
face the worst prejudice and
are are perceived to be lacking
in STEM ability
● The higher institution system
fails to support black women
and retain them in the STEM
field
23. Inequality in the k-12 system
“in contemporary times, one of the primary and most powerful
mechanisms through which the in-group creates and maintains
such advantages is the construction and perpetuation of
stereotyped assumptions and beliefs regarding the attributes
of members of the out-group, which are then used to justify
their exclusion” (Anderson, 2010; Lewis & Diamond, 2015)
Opportunity hoarding - advanced classes are primarily filled
up by White and Asian students, leaving minorities to find
their place in the education system and are underprepared
for college
24. GRADE 4 MATH PERFORMANCE
GRADE 8 MATH PERFORMANCE
26. Minorities are left behind in the rich and poor zip
codes
● ONLY 54% OF
HISPANICS
ARE READY
FOR THE
NEXT MATH
LEVEL
www.naperville203.org/Page/4177
27. How minorities in stem suffer in college
● “higher switching rates for minority
students relative to White students is a
pattern that is indeed specific to STEM
fields” ( Riegle-Crumb)
● The lack of academic preparation in high
school explains the ratio of latino/a
students that leave college or switch from
STEM majors in comparison to white
students
● For Black students the lack of academic
preparation does not even begin to explain
the gap between departure rates for black
and white students
28. WHY DO PEOPLE LIKE ME JOIN STEM?
African American Women are less likely
fall prey to gender-stereotypes in STEM
○ Show a much weaker belief in
implicit gender-stem stereotypes
than European-American women
● URM Students going into stem want to
mentor future stem majors of color so
they don’t experience the same sexism
or racism they did
● Equity oriented stem pursuit
29. Rates at which minorities and White students leave and persist in stem
compared to business, Humanities & ss Whites
Persist: 57%
Switch/leave: 43%
Latino/a
Persist: 42%
Switch/leave:
57%
Black
Persist: 35%
Switch/leave:
65%Riegle-Crumb, Catherine, et al. "Does STEM Stand Out? Examining Racial/Ethnic Gaps in Persistence across Postsecondary Fields."
Educational Researcher, vol. 48, no. 3, Apr. 2019, pp. 133–144. EBSCOhost,
search.ebscohost.com/login.aspx?direct=true&db=eric&AN=EJ1212753&site=ehost-live.
30. The stem system is unjust
STEM has the HIGHEST presence of prejudices and stereotypes
out of any college major and field
We must make the STEM
Field a more inclusive
And supportive environment for all
Ethnicities and genders
31. Creativity is the key to creating innovative leaders
● Engineering needs creative, driven leaders that will
innovate the future!
● “people who believe their jobs require creativity rise to
the challenge and generate more creative solutions to
real-world problems”
● Misconceptions about science:
○ There is no sense of community
○ Scientists are not empathetic
○ STEM is only for antisocial people
○ Scientists work in isolated labs by themselves
32. Women are born to lead
● Girls deter from entering STEM because they believe it is
boring and not creative enough!
● Most males in STEM do not see creativity as a valuable
trait
34. Diversity is the future
We need all types of “colors” in STEM!
We cannot create a diverse economy and remain a world leader
in technology without uniting the unique and cunning minds
out there!
36. How can you get involved in stem
● Participate in STEM programs offered at school
● Connect with people in the field or program
● Research & Follow positive role models
● Persist in STEM courses
○ Ask for help
■ Visit professor office hours
■ Go to tutoring centers at school
○ ask questions in class
○ Form study groups with peers
38. Promoting stem diversity at cod
● Understand the campus/classroom climate from the
perspective of minoritized groups
● Empathize with the discomfort URMs and women
● Offer mentoring especially for women and minorities since
this is atypical for these groups
● Present a diverse array of opportunities
● EACH MINORITY MUST FEEL THAT THEIR IDENTITY IS VALID
39. Cont.
● Faculty who incorporate a more equity ethics based
methodology to teach
○ Equity ethics: Having a concern for helping others
○ Wanting to give back to a larger community and give back at home
● Focus on recruiting black and latino faculty
● Marketing issue; more images of role models putting their
tech into action
● We need more empathy-like projects
○ Ex: Engineering without borders
● Diversity of thought, talent, and background
40. Works cited
Blackboard, editor. Naperville 203 Community Unit School District. Blackboard, 2020, www.naperville203.org/Page/4177.
Accessed 11 Jan. 2020.
Brown, Gretchen. "Students Of Color Study STEM With A Focus On Social Justice." Wisconsin Public Radio, 2 Nov. 2017,
www.wpr.org/listen/1184916. Accessed 11 Jan. 2020.
Hill, Catherine, and Christianne Corbett. "Solving the Equation: The Variables for Women's Success in Engineering and
Computing." AAUW, 26 Mar. 2015, www.aauw.org/research/solving-the-equation/. Accessed 13 Jan. 2020.
Kesar, Shalini, Dr., and Microsoft. Closing the STEM Gap. Microsoft, 2020,
www.ncgs.org/wp-content/uploads/2018/04/Girls_In_STEM-Whitepaper.pdf. Accessed 13 Jan. 2020.
King, I.E. Smith. "Minority vs. Minoritized: Why The Noun Just Doesn't Cut It." Oddysey, 2 Sept. 2016,
www.theodysseyonline.com/minority-vs-minoritize. Accessed 11 Jan. 2020.
41. Works cited cont.
Kuo, Maggie. "Low math confidence discourages female students from pursuing STEM disciplines." Science, AAAS, 22 July 2016,
www.sciencemag.org/careers/2016/07/low-math-confidence-discourages-female-students-pursuing-stem-disciplines. Accessed
13 Jan. 2020.
Masnick, A. M., et al. "Adolescents' and Emerging Adults' Implicit Attitudes about STEM Careers: 'Science Is Not Creative.'"
Science Education International, vol. 27, no. 1, 2016, pp. 40-58. ERIC, eric.ed.gov/?id=EJ1100157. Accessed 13 Jan. 2020.
Mathematics Performance . NAEP, 2019, nces.ed.gov/programs/coe/pdf/coe_cnc.pdf. Accessed 13 Jan. 2020.
National Science Foundation, NCSES . NCSES publishes latest Women, Minorities, and Persons with Disabilities in Science and
Engineering report. NCF, 31 Jan. 2017. National Science Foundation,
www.nsf.gov/news/news_summ.jsp?org=NSF&cntn_id=190946&preview=false. Accessed 13 Jan. 2020.
42. Works cited cont.
O'Brien, Laurie T., et al. "Ethnic Variation in Gender-STEM Stereotypes and STEM Participation: An Intersectional Approach."
Cultural Diversity & Ethnic Minority Psychology, vol. 21, no. 2, Apr. 2015, pp. 169–180. EBSCOhost, doi:10.1037/a0037944.
Riegle-Crumb, Catherine, et al. "Does STEM Stand Out? Examining Racial/Ethnic Gaps in Persistence across Postsecondary
Fields." Educational Researcher, vol. 48, no. 3, Apr. 2019, pp. 133–144. EBSCOhost,
search.ebscohost.com/login.aspx?direct=true&db=eric&AN=EJ1212753&site=ehost-live.
"Statistics." National Girls Collaborative Project, edited by National Girls Collaborative Project, 2018, ngcproject.org/statistics.
Accessed 13 Jan. 2020.
National Science Foundation, National Science Board. Science and Engineering
Labor Force. National Science Foundation, Jan. 2018. National Science Board, nsf.gov/statistics/2018/nsb20181/report/sections/
science-and-engineering-labor-force/women-and-minorities-in-the-s-e-workforce. Accessed 16 Jan. 2020.
43. Williams, Melissa J., et al. "The Face of STEM: Racial Phenotypic Stereotypicality Predicts STEM Persistence By—and Ability
Attributions About—Students of Color." Journal of Personality & Social Psychology, vol. 116, no. 3, Mar. 2019, pp. 416–443.
EBSCOhost, doi:10.1037/pspi0000153.