I. Introduction to Wireless Mice

1. Freedom from Tangled Constraints:

A distinctive feature of wireless mice is the conspicuous absence of entangling cables. This liberation from wired limitations not only declutters workspaces but also introduces new dimensions of seamless navigation.

2. Advancements in Wireless Technology:

The evolution of wireless technology has endowed modern mice with robust and responsive connections. Bluetooth and radio frequency (RF) technologies now represent reliable wireless communication, dispelling concerns about latency and interference.

II. Ergonomic Advantages and Enhanced Mobility

1. Optimized Ergonomics:

Wireless mice often prioritize ergonomic design, emphasizing user comfort through sleek and contoured shapes that alleviate strain during extended usage. This focus on ergonomics fosters a more natural and comfortable grip.

2. Flexibility and Portability:

Absent restrictive cords, wireless mice inherently offer greater portability. This makes them particularly suitable for users on the move, facilitating effortless transitions between workstations and seamless integration into travel setups.

III. Features Characteristic of Wireless Mice

1. Precision and Sensitivity:

Contrary to assumptions, wireless mice do not compromise on precision. Many models boast high DPI (dots per inch) settings, ensuring precise control and sensitivity adjustments tailored to individual preferences.

2. Customizable Buttons and Personalization:

The contemporary wireless mouse is a versatile tool, often equipped with programmable buttons and customization options. Users can tailor mouse functions to specific tasks, enhancing productivity and efficiency.

IV. Battery Life and Charging Solutions

1. Extended Battery Life:

Significant strides have been made in optimizing power consumption for wireless mice. Advanced models showcase impressive battery life, sometimes lasting several months on a single set of batteries, eliminating the need for frequent replacements.

2. Innovative Charging Solutions:

Inconveniences associated with battery replacements have been mitigated by innovative charging solutions. Many wireless mice now feature rechargeable batteries and convenient charging pads, reducing environmental impact and enhancing user convenience.

V. Addressing Perceived Drawbacks

1. Mitigating Latency Concerns:

Historically, concerns regarding latency and lag haunted wireless mice. However, technological advancements, encompassing faster response times and improved connectivity protocols, have largely dispelled these concerns.

2. Cost Considerations:

While premium wireless mice can be relatively expensive, the market accommodates a range of budget-friendly options with commendable performance. Entry into the realm of wireless mice has become more accessible over time.

VI. Applications in Gaming and Productivity

1. Gaming Capabilities:

Contrary to initial perceptions, wireless mice have proven their mettle in the gaming domain. Many professional gamers now prefer wireless models, enticed by their precision, comfort, and freedom of movement.

2. Productivity Enhancement:

In professional settings, the wireless mouse has become synonymous with streamlined productivity. Its adaptability and ergonomic features make it an ideal companion for extended work sessions, fostering a more comfortable and efficient work environment.

VII. Future Trends and Innovations

1. Integration Across Devices:

The future trajectory of wireless mice involves seamless integration with other devices. Features like cross-device control and compatibility with various platforms are anticipated to lead the innovation frontier.

2. Advancements in Connectivity:

Ongoing advancements in connectivity technologies, such as the integration of 5G and improved Bluetooth standards, will further establish the wireless mouse’s position as a reliable and integral device in the digital ecosystem.

VIII. User Tips and Best Practices

1. Optimizing Battery Life:

Users can optimize battery life by adjusting mouse settings, utilizing power-saving modes, and ensuring timely recharging or replacement of batteries.

2. Routine Maintenance:

Similar to any device, a wireless mouse benefits from regular maintenance. Cleaning the sensor, checking for firmware updates, and maintaining a clean and organized workspace contribute to optimal performance.

We recommend trying the logitech g304 driver to make sure of its high-quality work. Visit the logisofter website for information on drivers for mice, keyboards, joysticks and more.

IX. Conclusion: Embracing a Wireless Era

In the grand narrative of technological evolution, the wireless mouse stands as an embodiment of convenience, innovation, and user-centric design. As we navigate the realms of gaming, productivity, and beyond, the wireless mouse remains a steadfast companion, empowering users to traverse their digital landscapes with unparalleled freedom and precision. Embrace the wireless revolution and unlock the full potential of your computing experience.

The post Revolutionizing User Experience: A Comprehensive Exploration of the Advantages Offered by Wireless Mice appeared first on G-IT Paris.

In our era of technological leaps, the allure of wireless audio experiences is undeniable. However, the journey isn’t always without its challenges. This comprehensive guide seeks to unravel the intricacies of wireless headphone connectivity, offering not only troubleshooting insights but also delving into advanced strategies for users aiming to extract the utmost performance from their audio gear.

II. Understanding the Connectivity Conundrum

1. Bluetooth Compatibility Conundrum:

Ensuring a harmonious pairing between wireless headphones and devices demands a meticulous examination of Bluetooth compatibility. Addressing potential disparities in versions is paramount to a glitch-free connection.

2. Pairing Precision:

The devil is in the details. A meticulous double-check of the pairing accuracy between your wireless headphones and your chosen device can be the antidote to potential connection irregularities.

3. Untangling Bluetooth Interference:

In a world flooded with electronic signals, pinpointing and mitigating Bluetooth interference sources like electronic devices or Wi-Fi routers becomes a strategic game. Adjusting their spatial dance can resolve connectivity discrepancies.

III. Fine-Tuning Bluetooth for Optimal Performance

1. Navigating Bluetooth Driver Updates:

Staying in sync with the ever-evolving tech landscape necessitates regular updates to Bluetooth drivers. This practice ensures compatibility with the latest devices and addresses any lurking connectivity bugs.

2. Mastering Bluetooth Range Dynamics:

Acknowledging the limitations of Bluetooth range becomes a crucial skill. Staying within the recommended distance guarantees a stable connection, avoiding the pitfalls of signal dropouts.

3. Power Play in Bluetooth Management:

Unleashing the potential of stable connectivity involves tweaking power management settings. Preventing Bluetooth from dozing off during crucial audio moments is a delicate balance worth mastering.

IV. Firmware Fantasia for Wireless Headphones

1. Manufacturer’s Firmware Frontier:

The journey to a seamless connection often involves embarking on firmware updates. Regularly checking the manufacturer’s portal for tailored updates promises enhanced connectivity and improved functionality.

2. Navigating Firmware Updates with Finesse:

The quest for optimal connectivity mandates a dance with firmware updates. Strict adherence to the manufacturer’s guidelines becomes a sacred ritual for a successful update.

V. Navigating Network Nooks and Crannies

1. Harmony Between Wi-Fi and Bluetooth:

Balancing the symphony of Wi-Fi and Bluetooth signals requires a discerning ear. Tweaking router channels is an art form, reducing interference and elevating wireless headphone connectivity.

2. Router Placement Elegance:

The spatial ballet of Wi-Fi routers influences signal flow. Strategic placement can eliminate obstructions, painting a clear path for robust connectivity.

VI. Troubleshooting Tango on Different Platforms

1. Windows Connectivity Choreography:

Windows, the stage for many wireless headphone performances, demands a meticulous choreography of settings. Ensuring drivers are updated and Bluetooth functionality dances harmoniously is key.

2. Mac Connectivity Ballet:

The Mac realm beckons with its unique dance. From resetting the Bluetooth module to checking for interference, a well-executed routine resolves connectivity hiccups.

3. Mobile Devices: Symphony in Connectivity:

The smartphone and tablet ensemble calls for an orchestrated performance. Toggling Bluetooth, forgetting and re-pairing devices, and updating software compose the sonnet for seamless connectivity.

VII. Advanced Avenues for Connectivity Conundrums

1. Bluetooth Adapter Alchemy:

Harnessing the power of a Bluetooth adapter transforms devices without native Bluetooth capabilities. This addition to the ensemble elevates connectivity to new heights.

2. Network Settings Tabula Rasa:

When all else fails, a comprehensive reset of network settings emerges as the last resort. Beware, for this move erases Wi-Fi passwords but promises a clean slate for connectivity.

VIII. Community Connection and Manufacturer’s Mantle

1. Online Forums: A Connectivity Conclave:

Joining the virtual symposium of online forums allows the sharing of experiences and the seeking of advice. Community insights often unveil unique and effective solutions.

2. Manufacturer’s Oracle:

Enlisting the support of the manufacturer’s experts is a strategic move. Personalized assistance from the source itself can offer tailored guidance for your specific wireless headphone model.

IX. Culmination: A Harmonious Audio Odyssey

This magnum opus provides a user-centric roadmap to diagnose and resolve the multifaceted challenges of wireless headphone connectivity. From foundational troubleshooting to avant-garde solutions, the goal is to empower users to savor a seamless and uninterrupted audio journey. Implement these solutions, adapt them to your unique scenario, and revel in a world where connectivity issues are mere echoes of the past. Proactive engagement with connectivity challenges ensures a melodious relationship between you and your wireless headphones, where each note resonates with confidence.

The post Navigating the Labyrinth of Wireless Headphone Connectivity: An Extensive Exploration appeared first on G-IT Paris.

Veterinary Telemedicine Services

This is a relatively new technology that is starting to gain traction in the veterinary world. Veterinary telemedicine allows pet owners to consult with a licensed veterinarian from the comfort of their own home using video conferencing software, such as Skype or Facetime. This can be extremely helpful for pet owners who live in rural areas or who have busy schedules and cannot easily take their pets to the vet during normal business hours.

Live Cameras

More and more pet parents are installing live cameras in their homes so they can check on their furry friends while they are away at work or running errands. There are many different types of cameras on the market, ranging from simple webcams to more sophisticated systems that allow you to pan, tilt, and zoom the camera to get a better view of your pet. Some cameras even come with two-way audio so you can talk to your pet while you are away.

GPS Collars

GPS collars are becoming increasingly popular among pet parents who want to be able to track their pet’s whereabouts at all times. These collars use satellite technology to provide real-time tracking information so you always know where your pet is and if they happen to wander off, you can easily locate them.

Online Ordering and E-Commerce

The internet has made it easier than ever before for pet owners to find and purchase the products they need for their pets. From food and toys to clothes and accessories, there is an online retailer that sells just about anything you could possibly need for your pet. And with the advent of one-click ordering and same-day delivery, it has never been easier or more convenient to shop for your pet. Shopify even has special templates for pet stores!

App-Controlled Pet Doors

Do you ever worry about leaving your pet home alone all day while you are at work? With an app-controlled pet door, you can rest assured that your pet will have access to the outdoors when they need it without having to worry about them getting out when you are not home. These doors can be programmed to only open during certain hours or when your pet’s collar is within range, giving you complete control over when and how your pet can come and go.

Social Media Accounts for Pets

Believe it or not, pets are becoming increasingly active on social media. From Facebook to Instagram to Twitter, there are now hundreds of thousands of pets with their own social media accounts. And it’s not just the big dogs, cats, and birds that are getting in on the action; even small animals like hamsters and guinea pigs are joining the social media craze. This is a great way for pet parents to keep up with their pet’s day-to-day activities and see what they’re up to when they’re not with them.

Electronic Toys and Devices

Pets love playing with toys as much as we do, but these days, their toys are getting a lot more high-tech. From automatic ball launchers to app-controlled treat dispensers, there are now tons of electronic toys and devices on the market that are sure to keep your pet entertained for hours on end. And the best part is, many of these toys can be controlled from your smartphone, so you can play with your pet even when you’re not at home.

Movies with Pets

We all love snuggling up on the couch with our pets to watch a good movie, but did you know that there are now entire movies made just for pets? That’s right, there are now movies specifically designed to provide entertainment and enrichment for our furry friends. These movies feature calming music and visuals that help reduce stress and anxiety in pets, and they are the perfect way to keep your pet entertained while you’re away from home.

Online Insurance

Just like human health insurance, pet insurance is now available online. This type of insurance can help offset the cost of unexpected veterinary bills, and it can give you peace of mind knowing that your pet is covered in case of an accident or illness. There are many different types of pet insurance policies available, so be sure to do your research to find one that best meets your needs.

Pet Health & Wellness Solutions

There are now a number of different health and wellness solutions available for pets, ranging from fitness trackers to dietary supplements. These products can help you keep track of your pet’s health and ensure that they are getting the nutrients they need to stay healthy and happy. And with so many different products on the market, you’re sure to find one that fits your pet’s specific needs.

As you can see, there are a number of ways that IT is changing pets’ lives for the better. From telemedicine services to app-controlled pet doors, these 11 technologies are making a difference in the lives of our furry friends.

The post How IT is Changing Pets’ Lives: 11 Technologies That Are Making a Difference appeared first on G-IT Paris.

In any business there are three main components of success for self-realization: motivation, self-confidence and the ability to self-education. To master one of the IT professions for girls, you need to train yourself to self-discipline. Set a goal and start to pick up the pieces of knowledge that will be useful for future work in IT. And what else should a woman do to make a career in IT?

Understand what you want to do

You need to choose the right profession, so the work would bring pleasure. If a girl does not know in what direction she would like to work, you can try yourself in different professions. The IT field is very large, with a huge number of companies and many specialties. Any woman can find a profession just for herself, you just need to choose the area that is really interesting to her. Good managers realize that any project will only benefit if interested people with different views on the problem solve will work on it.

Always learning

To succeed in IT you should think proactively, not be afraid to get new information and systematize it correctly. And you must also learn to keep your mental eye forward, to the goal, and understand how many steps to take to reach that goal. Then you have to make a plan and find relevant literature or courses that will give you the knowledge and help you to reach that goal. It’s also important to be able to find the right information when you need it.

Communicate with different people

Communication is another important factor, the soft-skills. There’s an old saying that you have to be able to do everything, but you don’t have to do it all yourself. It is important to be able to communicate with people, to accurately and clearly explain your thoughts to them, so it is necessary to develop communication skills. Working in information technology, a girl will have to deal with different people, including technical specialists, managers, businessmen and clients. These people have different education and different technical level, but most importantly, each of them has different expectations. Each of them needs to be approached in a different way.

Monitor internships and job openings

Contrary to popular belief, you can get a job with a company even without the relevant experience. It is worth periodically sending your resume to companies, and to do this, you need to keep track of job openings and internships. Sometimes it is possible to get a good job in a good company and then make a career in it. Many foreign companies offer grants and internships which are available to Russians. Why not give it a try?

Participate in different IT events

Often Russian or even foreign companies organize gatherings for IT people. Such events take place nowadays not only in Moscow and St. Petersburg, but also in other localities. Just imagine that the most advanced employees in IT sphere gather in one place and they are ready to share their secrets and important information with you. You should definitely go there, get acquainted and communicate with new people, look for like-minded people.

Ask for help

If a woman does not yet have the opportunity to go to hangouts, you can communicate in social networks and do not be afraid to ask for advice. Many girls who work in IT are communicative and willing to share their experiences with their fellow countrywomen. Also on the network, you can meet famous people, talk to us or even meet. This experience is sure to benefit you.

Find a coach or mentor

Mentorship is gradually coming to Russia and is yielding great results. You just need to find a person who will take up teaching the girl (for a fee or free of charge) all the wisdom in the area of interest. You can get acquainted with a future coach or mentor in social networks, you just need to write to him and offer to meet. Most people will agree, that’s a fact!

Develop flexibility of mind

It’s never too late to learn and develop a growth mindset. If you don’t already know what a growth mindset is, now is the time to Google and learn the meaning of the term. People who develop a growth mindset treat problems as life lessons and never pass up in the face of setbacks. One must constantly learn something, be flexible and resourceful, only then can a girl build a career in It on a par with men.

The post What a girl should do if she wants to start a career in IT appeared first on G-IT Paris.

IT-professions, where you need to program

• Software / QA-engineer tests and verifies the correctness of the development at all stages (sometimes these specialists are called testers). The profession requires patience and full concentration, so it is ideal for diligent, goal-oriented girls.
• The Internet of Things (IoT) is smart homes, phones, smart watches, and drones that make people’s lives easier. To create even more smart gadgets, IoT programmers work hard and get a good salary. If a girl likes generating ideas and creating unique things, she’ll love this job.
• Specialists in big data have learned to process and store trillions of gigabytes of information. This is one of the most in-demand professions nowadays, it is divided into segments: architect, analyst, engineer, researcher, and database manager. It requires patience and perseverance, so the work is suitable for women who can sit in one place for a long time and do the same kind of work.
• Since hackers do not doze off, the demand for information security specialists is growing. The main task of such a specialist is to prevent hacks and manage security systems. One of the areas of IT security is pentesting (system penetration testing). Pentesting initiates hacker attacks in order to identify weaknesses in programs and install protection. Do you want to act as an Internet beta man? Welcome to IT security!
• A DevOps engineer oversees the work of developers and technicians to ensure that they perform quality software releases. The profession is in demand and well paid, perfect for girls with a mathematical mindset.

IT professions that do not require programming

• Business Analyst – is the link between developers and the customer. This is a very in-demand profession, because as a rule technicians do not understand business processes, and customers are usually ignorant of programming. Therefore, a business analyst first of all listens to the customer’s wishes, and then sets a task for the technical specialists to solve the problem. The profession is suitable for communicative women with knowledge of IT and business.
• The modern world of information technology offers a huge amount of computer technology that only a specialist can understand. That is why even large companies ask for IT consulting. The specialist will help to make a strategy and transform business with the help of modern technologies, for example, to scale the database or to attract new clients. There is always a place in this field for women with an analytical mindset.
• A project manager is another important team member who helps set up team processes. This is the person who makes sure that all the work is done on time and that the customer gets what they want. The manager is responsible for the project plan, which specifies the amount of work, deadlines, budget, and necessary resources. To get a job as a project manager, you need to have knowledge in different fields: programming, web development, business processes, management.
• Marketer. Programmers and developers also need someone who will sell their products and services. Therefore, the IT field has a constant need for experienced marketers. Copywriters, SEO specialists, SMM specialists are needed to build the company’s sales funnel.
• Any girl can find a suitable profession for herself, and you can learn it not at university, but on courses online: it’s faster and more useful.

The post What specialty should a girl choose? appeared first on G-IT Paris.

1. Grace Hopper

Grace Murray Hopper (December 9, 1906 – January 1, 1992) was one of the first programmers of the ASCC computer, called Mark I. She invented the first compiler for a programming language and was one of those who popularized the idea of machine-independent programming languages. Her ideas influenced the development of COBOL, one of the first high-level programming languages. She coined the term “debugging” to correct computer glitches and programming errors.

2. Ada Lovelace

Ada Byron , also known as Lady Lovelace (December 10, 1815 – November 27, 1852), was a writer and gifted mathematician. She was the first woman to develop an algorithm that could be processed by a machine or computer. Based on her notes, it is brought out that the algorithm she invented would have been accurately processed on the first general machine computer. Thus, she is considered the world’s first programmer.

3. Lois Hybt.

Lois Mitchell Hybt (born 1934) was an American computer scientist. She was one of ten people on the IBM team that developed FORTRAN, the first successful high-level programming language. While developing FORTRAN, she analyzed the flow of programs created by other sections of the compiler. She also created the first parser for arithmetic expressions.

4. Barbara Liskow

Barbara Liskow (born November 7, 1939) was one of the first women to receive a Ph.D. in computer science in the United States and a Turing Prize winner who developed the Liskow Substitution Principle (LSP). She has led many important projects, including the Venus operating system and the development and implementation of CLU. Barbara also created Argus, the first high-level language to support distributed programs and demonstrate pipelining techniques, and Thor, an object-oriented database system.

5. Francis Elizabeth Allen

Frances Elizabeth Allen (born August 4, 1932) is an American computer scientist in the field of compiler optimization. Allen was the first female member of IBM and in 2006 became the first woman to win the Turing Prize. Her accomplishments include core work in compilers, program optimization and parallelization. She has spent most of her career developing advanced programming language compilers for IBM Research.

6. Gene Bartik

Jean Jennings Bartik (December 27, 1924 – March 23, 2011) was one of the first ENIAC computer programmers. She and her colleagues developed and codified many of the basics of programming while working on ENIAC, as it was the first computer of its kind. After working on ENIAC, Bartik went on to work at BINAC and UNIVAC and worked for various technology companies as a writer, manager, engineer, and programmer.

7. Margaret Hamilton

Margaret Highfield Hamilton (born August 17, 1936) was a systems engineer and scientist. She was the director of software development at the MIT Instrumentation Laboratory, which developed the onboard software for the Apollo space program. This software included algorithms developed for the Apollo command module, the lunar lander, and the subsequent Skylab. She was the one who coined the term “software development.”

8. Shafi Goldwasser

Shafi Goldwasser (born 1958) is an American-Israeli computer scientist, winner of the 2012 Turing Prize. She has made significant contributions in the fields of computational complexity theory, cryptography, and number theory. She is the co-author of probabilistic encryption , which established and achieved the gold standard of security for data encryption. Shafi also invented zero-disclosure proofs, which demonstrate the validity of a statement without transmitting any additional values, and is a key tool in the development of cryptographic protocols.

9. Karen Spark Jones

Karen Spark Jones (August 26, 1935 – April 4, 2007) was an American information scientist. Karen contributed enormously to the development of information retrieval of unstructured documentary information. The foundations of her development have been used in the creation of search engines.

10. Radya Perlman

Radya Joy Perlman (born January 1, 1951) is an American programmer and network engineer. She is well known for her invention of the Linking Tree Protocol (STP), which is fundamental to the operation of network bridges. She has also made major contributions to network design and standardization, such as link state routing protocols.

The post 10 great programmers appeared first on G-IT Paris.

According to a recent study by scientists from the University of North Carolina, it was found that women are better at writing code than men.

They came to this conclusion after studying the information on 1.4 million users, which equals 35% of the GitHub platform, the largest web service for hosting IT projects and their collaborative development. The researchers took as a basis the information specified in the profile of users, and with the help of social networks, a search engine and a special program determined their gender identity.

The main indicator of success the scientists considered accepted requests for code editing, as well as approved edits. It turned out that the share of approved edits for women is 78.6%, while for men it is 74.6%. At the same time they noticed that edits made by women, whose gender could be determined by their name in the profile, were rejected more often than those made by men.

The post Minimum Program: Women in the IT Sector appeared first on G-IT Paris.

Gayle Laakmann McDowell

Gayle is the author of the famous books Cracking the Coding Interview, Cracking the PM Interview, and Cracking the Tech Career. Gayle graduated from the University of Pennsylvania and worked as an intern at Apple and Microsoft and then four years at Google as a Software Engineer.
Gayle now works as a strategic hiring consultant and is the founder of the CareerCup website.
She is active in answering technical and non-technical questions on Quora https://www.quora.com/profile/Gayle-Laakmann-McDowell and you can read her personal blog for lots of career advice http://www.gayle.com/career-advice/.

Melinda Gates

The only thing you probably know about Melinda Gates is that she’s Bill Gates’ wife. But for more than 10 years Melinda worked as a programmer at Microsoft. She was involved in the development of many of the company’s multimedia products, such as Publisher, Microsoft Bob, Encarta and Expedia.
In a recent Facebook post, she revealed that she became interested in Computer Science thanks to a computer science teacher at her school. Melinda Gates received her bachelor’s degree in Computer Science and Economics from Duke University in 1986 and her MBA from the same university in 1987.
Melinda supports the Women in IT movement, I found this interview of hers quite interesting.

Sue Black

You are mother of 3 kids and you think it is too late to start programming? See here ) ->
Sue Black was born in 1962 in Fareham, UK. Sue left school at 16 and had three children by the time she was 20. By 25, Sue was a single mother, living in a shelter for battered women.
Then came the turning point: Sue took a math course at night school and, thanks to that course, got into Computer Science at the University of London. She graduated with a BA in 1993 and a PhD in Software Engineering in 2001.
Sue Black has worked as a Senior Research Fellow at London South Bank University and as Head of Information Systems at the University of Westminster.
Now – in addition to being a Computer Science professor at Durham University – she is a technical evangelist, speaker, founder of the online community BCSWomen (British Computer Society Women) and offline community #techmums, author of over 20 research articles, and, judging by her peers, an outstanding leader.
There are her research articles and interviews online.

Marissa Mayer

Marissa Mayer became known as president of Yahoo! But her successes began much earlier: She graduated with honors from Stanford University with a bachelor’s degree, earned a master’s degree in artificial intelligence, and joined Google in 1999, becoming the company’s 21st employee. During her 13 years at Google, she was an engineer, designer, product manager and supervisor.
Mayer held key roles in Google Search, Google Images, Google News, Google Maps, Google Books, Google Product Search, Google Toolbar, iGoogle and Gmail. Her work at Yahoo cannot be called successful, but her background is still noteworthy.

Cynthia Breazeal

Cynthia Breazeal has a Ph.D. in robotics from MIT (Massachusetts Institute of Technology). She graduated from UCLA with a degree in Electrical and Computer Engineering in 1989, and received her Master Degree and Doctor of Science from MIT.
Her main areas of expertise are robotics, social robots, and artificial intelligence. To learn more about her, visit her website at http://cynthiabreazeal.media.mit.edu/.

Sandy Carter

Sandy Carter is vice president of Amazon Web Services and, before that, general manager at IBM.
Sandy Carter received her undergraduate degree in Math and Computer Science in 1986 and her MBA from Harvard in 1989.
Sandy leads the Girls in Tech movement, and is the author of “The New Language of Business: SOA & Web 2.0.”, “Extreme Innovation: 3 Superpowers for Purpose and Profit” and “Geek Girls are Chic!” (despite the glamorous title, it’s a book with some pretty sound advice – you can read it here)

The post Famous women in IT appeared first on G-IT Paris.

Alisa Tsvetkova, the founder of the #ITGIRLS school, once said that girls are shy to ask questions in class if there are guys in the group. Of course, this affects academic performance. The very fact that there are fewer girls in technical schools than members of the opposite sex affects the educational process.

Our analyst went to a school with a mathematical bias, and even there she felt slight indulgence from the people around her. Later, when she was at university, she was asked the decisive question on the systems engineering exam – how much current is measured. This attitude towards women affects all stages of their professional development.

It happens that university teachers, on the contrary, turn a blind eye to the fact that girls have not learned something. They believe that it is difficult for them. People live in such relationships without realizing that so-called “benevolent sexism” has a negative effect on women. At best, the girl will become lazy because of indulgence and get a lower quality education. At worst, she will believe that she cannot master the subject and give up trying.

Here we are talking about the stories of women who have gone through training and professional development, gained a career and a steady income. Each of these girls recalls encountering prejudice in their attitudes. It can be assumed that many people with less strong character chose a different profession because they did not get support or space to develop in time.

Our heroines’ experiences confirm the conclusion of Women in Tech 2020: 56% of female workers in IT have faced the statement “technology is not for girls.” And a Harvard Business Review study shows that 41% of women working in IT end up leaving the field (compared to 17% of men).

Even mainstream culture paints a picture in which girls don’t see a place for themselves. In the movies, all the hackers are male nerds. Dudya’s show about Silicon Valley shows only men. As Alisa Tsvetkova points out, girls go into programming only if a guy or someone from the family shows them by example that it’s not difficult.

The post How Stereotypes Keep Women from Learning and Working Well appeared first on G-IT Paris.

Boys to the left, girls to the right. Toys and career choice

Boy – a robot and a gun, girl – Barbie and toy dishes. To a boy, a console; to a girl, cosmetics. A study by Clive Thompson, “The Secret History of Women in IT,” cites statistics: parents were twice as likely to give computers to their sons as to their daughters. If they bought computers for the whole family, they were more likely to put them in the boys’ room.

From an early age we are all in one way or another implanted with the notion of “female” and “male” professions. For example, code is a thing built on logic and neatness, and here gender stereotypes about female logic come into play. Even a child can draw the same conclusion.

Our backend developer had dreamed of a career in the technical field since high school, but she doubted that she would be able to develop in it. Girls were intimidated by stereotypes that such jobs were only for men and that there would be problems with maternity leave. Then she transferred to a physics lyceum, graduated from the Department of Applied Computer Science in Economics, and now she is glad that everyone in the professional environment is enthusiastic about the idea and does not think about who is what gender.

Social pressure, especially at the beginning of life, is a hard thing to overcome. Against this background, it is not surprising that programming has gained the status of a “male” profession. A girl’s desire to write code is often perceived by people around her as a bliss, which will pass with age.

Another one of our developers in the university encountered a professor who told the students that in the end they would cook borscht at home anyway, and not work in their specialty. He treated everyone equally on exams, but the frequent references to homemaking were demotivating.

To summarize: from an early age, girls are convinced that programming is not for them. As a consequence, the number of women’s resumes for development jobs is ten times less than men’s. In life we meet positive examples of specialists, because of this it seems that there is no problem – those who want to, get into IT. This is nothing but a survivor’s mistake, because we never learn about those girls who could not overcome stereotypes and insecurity.

The post Expectations vs. Reality appeared first on G-IT Paris.