Skip to main content

Celebrating history’s most influential women engineers for INWED ‘24

The theme of this year’s International Women in Engineering Day (INWED), on Sunday, June 23, is “Enhanced by Engineering,” highlighting the achievements and accomplishments of women engineers. 

In alignment with that theme, here is a look at women in computer science and IT throughout history — and today — who have shaped technology as we know it. 

“Happy International Women in Engineering Day to all the women who have overcome gender stereotypes, who have pursued their passion in engineering despite barriers, and who have excelled in their careers. Thank you for being an inspiration to the next generation of young girls breaking into tech and STEM,” said ChanChan Mao, developer advocate at Alluxio.

Here are just a small number of the women who have shaped the technology of our world.

Ada Lovelace, born in 1815, was a mathematician who studied under Charles Babbage, who is considered to be the “father of the computer.” It is believed that she wrote the first computer program ever in a series of notes on the Analytical Engine, either in 1842 or 1843. However there is debate among historians that Babbage might have done so first a few years earlier.  

The daughter of English poet Lord Byron, Lovelace was creative herself, and much of her research was on how society and humans relate to technology, whereas previous work only focused on the technical aspects. 

She once wrote: “[The Analytical Engine] might act upon other things besides number, were objects found whose mutual fundamental relations could be expressed by those of the abstract science of operations, and which should be also susceptible of adaptations to the action of the operating notation and mechanism of the engine…Supposing, for instance, that the fundamental relations of pitched sounds in the science of harmony and of musical composition were susceptible of such expression and adaptations, the engine might compose elaborate and scientific pieces of music of any degree of complexity or extent.”

Grace Hopper, born in 1906, was a computer scientist who spent time working for the United States Navy. She developed the theory of machine-independent programming languages, then used that theory to develop both the FLOW-MATIC and COBOL programming languages. She  was also a member of the team at Eckert–Mauchly Computer Corporation that developed the UNIVAC I computer, which was the first electronic computer designed for business use. 

She received 40 honorary degrees throughout her life, and following her death in 1992, she received the Presidential Medal of Freedom in 2016, had a building named after her at Yale University in 2017, and one of the largest women-focused tech conferences, Grace Hopper Celebration, is named for her as well. And, she attained the rank of rear admiral before retiring from the Navy at age 79.

Sister Mary Kenneth Keller, born in 1913, was the first woman in the United States to earn a Ph.D. in computer science in 1965 and throughout her career she advocated for women in tech. 

The year she earned her doctorate, she founded the computer science department at Clarke University and was awarded a $25,000 grant from the National Science Foundation to spend on instructional equipment. She was the director of that department for 20 years and it has since been renamed the Keller Computer Center and Information Series for her. Later on, she also established the Association of Small Computer Users in Education (ASCUE). 

Hedy Lammar, born in 1914, was an actress and inventor who created a key part of the technology we use in modern Wi-Fi, Bluetooth, and GPS technologies. During World War II, she worked with music composer George Antheil on technology that would allow Britain to destroy German ships. The challenge was in preventing the Germans from simply jamming their radio signals to prevent it, and what Antheil and Lammar came up with was the idea of frequency hopping, where a signal jumps to a new frequency every split second, preventing anyone trying to jam the signal from being able to figure out where it is. 

The two actually pitched this idea to the U.S. Navy, but were rejected. The idea of frequency hopping lived on, however, decades later with the emergence of car phones and then cell phones. In the 1990s, frequency hopping was so crucial to communications that the FCC made it a standard for secure radio communications. 

Elizabeth Feinler, born in 1931, worked on ARPANET, which was a network that preceded the Internet today. In 1974 she was made principal investigator to plan and run the network’s Network Information Center (NIC), which was essentially a “Yellow Pages” for people on the network. Her team was also responsible for developing the name scheme for top-level domains, such as .com, .edu, .gov, .mil, .org, and .net. 

Margaret Hamilton, born in 1936, was a computer scientist crucial to space exploration in the United States. She was the first programmer on the Apollo project at MIT, ultimately becoming Director of the Software Engineering Division. She and her team were responsible for writing the in-flight software on the Apollo rocket. 

After that, she went on to form two technology companies: Higher Order Software, working on error prevention and fault tolerance, and then Hamilton Technologies, which focused mostly on developing technology around the Universal Systems Languages. She’s also credited as being the person to come up with the name “software engineering.” 

Adele Goldberg, born in 1945, co-developed the Smalltalk-80 programming language, which is an object-oriented language designed to be simple for educational use. This language, while not the most popular anymore, is the basis for many modern languages we have today, including C, Java, and Python. 

She was also the president of the Association for Computing Machinery (ACM) from 1984 to 1986, and has a portion of the Computer History Museum dedicated to showcasing her work on Smalltalk. 

Anita Borg, born in 1949, was a computer scientist known for her efforts advocating for women in technology. Her goal, set in 1995, was that by 2020, 50% of tech workers would be women (it ended up only being 28% by then). She founded Systers, an email network for women in tech; 

The Grace Hopper Celebration of Women in Computing conference; and the Institute for Women and Technology, which has since been renamed AnitaB.org

Radia Perlman, born in 1951, invented several technologies crucial to the internet as we know it. Notably, she invented the Spanning Tree Protocol (STP), which allows networks to be designed with redundant links so that if a link fails, it can switch to a backup. 

She also developed a number of other network protocols, including DECnet IV and V and IS-IS, and has over 100 patents in her name. 

Susan Kare, born in 1954, is a graphic designer who designed some of the most iconic graphics we still see today, notably the fonts, icons, and graphics for the original Apple Macintosh computer in 1983. She also developed the core visual design language for that computer. After leaving Apple she went on to produce recognizable graphics for companies such as Microsoft, IBM, Sony, Motorola, and Intel. Currently, she is the design architect for Niantic Labs, the company that makes Pokémon Go.

“This day provides us with a moment to reflect on the progress women have made and the opportunities ahead,” said Elisa La Roche, senior director of support engineering at Starburst. “It is because of the female innovators before us that we are able to work for companies with diverse workforces that generate more innovative ideas, engage in better collaborative decision-making, and execute with higher quality outcomes as a result of the unique skills and mindsets of each individual.”


You may also like…

How we can better support women in tech

Grace Hopper Celebration is more than just a tech conference

The post Celebrating history’s most influential women engineers for INWED ‘24 appeared first on SD Times.



from SD Times https://ift.tt/BdDGFom

Comments

Popular posts from this blog

Difference between Web Designer and Web Developer Neeraj Mishra The Crazy Programmer

Have you ever wondered about the distinctions between web developers’ and web designers’ duties and obligations? You’re not alone! Many people have trouble distinguishing between these two. Although they collaborate to publish new websites on the internet, web developers and web designers play very different roles. To put these job possibilities into perspective, consider the construction of a house. To create a vision for the house, including the visual components, the space planning and layout, the materials, and the overall appearance and sense of the space, you need an architect. That said, to translate an idea into a building, you need construction professionals to take those architectural drawings and put them into practice. Image Source In a similar vein, web development and design work together to create websites. Let’s examine the major responsibilities and distinctions between web developers and web designers. Let’s get going, shall we? What Does a Web Designer Do?

A guide to data integration tools

CData Software is a leader in data access and connectivity solutions. It specializes in the development of data drivers and data access technologies for real-time access to online or on-premise applications, databases and web APIs. The company is focused on bringing data connectivity capabilities natively into tools organizations already use. It also features ETL/ELT solutions, enterprise connectors, and data visualization. Matillion ’s data transformation software empowers customers to extract data from a wide number of sources, load it into their chosen cloud data warehouse (CDW) and transform that data from its siloed source state, into analytics-ready insights – prepared for advanced analytics, machine learning, and artificial intelligence use cases. Only Matillion is purpose-built for Snowflake, Amazon Redshift, Google BigQuery, and Microsoft Azure, enabling businesses to achieve new levels of simplicity, speed, scale, and savings. Trusted by companies of all sizes to meet

2022: The year of hybrid work

Remote work was once considered a luxury to many, but in 2020, it became a necessity for a large portion of the workforce, as the scary and unknown COVID-19 virus sickened and even took the lives of so many people around the world.  Some workers were able to thrive in a remote setting, while others felt isolated and struggled to keep up a balance between their work and home lives. Last year saw the availability of life-saving vaccines, so companies were able to start having the conversation about what to do next. Should they keep everyone remote? Should they go back to working in the office full time? Or should they do something in between? Enter hybrid work, which offers a mix of the two. A Fall 2021 study conducted by Google revealed that over 75% of survey respondents expect hybrid work to become a standard practice within their organization within the next three years.  Thus, two years after the world abruptly shifted to widespread adoption of remote work, we are declaring 20