An extraordinary training program is helping women from disadvantaged backgrounds land careers in cybersecurity

 Shraddha Wadighare had made up her mind and nothing was going to stop her, not even her parents’ initial misgivings.

Late last year, the out-of-work 25-year-old electronics engineering graduate packed her bags and left her tiny family home in Timki, an out-of-the way neighborhood in Nagpur near the geographic center of India. She traveled more than 1,000 kilometers north to the bustling city of Noida, near the capital New Delhi, and enrolled in an all-expenses-paid course in cybersecurity.

It was the biggest move of her life.

Four months later, she had an impressive new qualification on her resume and it wasn’t long before she landed a well-paying role at a multinational IT risk management company in Mumbai, the country’s biggest metropolis. She has just sent her first paycheck to her mother, a homemaker, and father, a railroad engineer, as a token of gratitude for allowing her to follow her dreams.

Wadighare is a graduate of CyberShikshaa–a philanthropic program that funds and trains women engineering graduates from underserved small towns across India so they can build careers in the rapidly expanding cybersecurity sector.

The program is the brainchild of two women leaders in technology—Manju Dhasmana, director of CSR at Microsoft India, and Rama information technology vs computer science, CEO of the Data Security Council of India (DSCI), a not-for-profit industry body focused on data protection.

While India produces roughly 1.5 million engineer graduates each year, less than 30% of them are women and too many find it hard to get jobs. Many of them are the products of little-known colleges where they gain limited technical skills and graduate with certificates that few potential employers recognize.

At the same time, India’s cybersecurity industry is growing fast. By 2025 it is forecast to be worth USD 35 billion as governments, companies, and startups seek to safeguard data. The demand for skilled cybersecurity workers has soared accordingly, but women still only make up around 11% of the sector’s workforce, both in India and globally.

Dhasmana and Vedashree decided two years ago to help bridge that gender gap by setting up CyberShikshaa, which in Hindi means ‘cyber education.’

“As a tech industry organization, Microsoft felt it was our responsibility to create very strong career pathways, especially for young women to join the technology sector,” says Dhasmana.

The non-tech skills of software development project managers

 Successful software development project managers are more than just senior coders and architecture experts. In addition to connecting the varied and disparate parts of a software ecosystem, these leaders must also ensure that development teams feel properly prepared, supported and motivated. Failing to give proper attention to this can lead to problems that, if left unchecked, can adversely impact or derail an entire initiative.

Let's take a closer look at the top skills of software development project managers, the importance of team structure, and the modern challenge of supporting remote staff.

Beyond being an experienced developer and tester, the successful manager will exhibit an array of soft skills that help guide a team through a project. Here are four roles all team leads should play.

Team builder. A software team leader must be an effective team builder. From the start of a project, a leader must understand the strengths or skill sets needed to accomplish goals, as well as the full capabilities of the team. computer science or computer engineering the unique needs of each team member, and align your teams in a way that serves both the individuals and the group as a whole.

Motivator. A good manager understands what motivates people and encourages better work. The manager is a coach that should proactively offer constructive feedback, address mistakes without blame, and guide team members through issues. However, software team leads must also know when to let teams work on their own, giving them the confidence to solve problems on their own. Organizations can further promote autonomy through training and continuing education that helps build career opportunities.

A Closer look at 5G- A Conversation with Ed Knapp of American Tower

 5G, the next generation of wireless connectivity, has created a lot of buzz around the commercial real estate industry. However, there are more questions than answers. Ed Knapp, Chief Technology Officer at American Tower, recently spoke with Rich Berliner, Connected Real Estate Magazine Chief Executive Officer and Publisher, to answer some of these questions.

Knapp and Berliner discuss the fifth generation of wireless and its impact on the industry, who is poised to benefit most, how easy it will be for commercial real estate owners to upgrade, the technology that will make a 5G investment worthwhile for landlords, and more.

Connected Real Estate (CRE): How do you see the computer engineer vs computer science and whom do you think benefits first from the initial round of discussions and rollout?

5G is an exciting opportunity for the industry. All wireless service providers will see benefits of improved network resiliency and software flexibility, with higher speeds and lower latency. The industry is trying to drive key performance parameters, including those needed to move beyond smartphones, for connecting people to new devices.

5G is really about connecting machines to the cloud in the future, as much as it is about connecting people today. Eventually we’ll see greater demand from machine-to-machine communications. People will continue to consume bandwidth, especially while streaming video. Wireless providers will see these trends and react to support new opportunities, as they continue to roll out nationwide networks.

AEDC Spark Cell implementing ideas submitted by workforce

 Troy Haywood, lead computer network technician, stages a computer Dec. 12, 2019, in the PC Staging Area at Arnold Air Force Base, Tenn., before deploying it to be used by an AEDC team member. With the baseline configuration for new computers and laptops dramatically increasing Air Force-wide, the bandwidth was recently expanded to 10 gigabytes per second divided amongst multiple circuits at Arnold, and the standard computer hardware installed for users is now significantly higher performance. The roll-out of the new computer hardware is expected to increase productivity drastically overtime. (U.S. Air Force photo by Jill Pickett)

In late 2019, Arnold Engineering Development Complex leadership implemented the AEDC Spark Cell, a campaign headed by AEDC team members meant to instill a culture of innovation Complex-wide.

According to Cameron Liner, chief of the AEDC Capabilities Integration Branch at Arnold Air Force Base, the Ideascale approach was the chosen method for soliciting innovative ideas from the AEDC workforce.

Liner said he believes the effort was effective. “It worked very well,” he said. “We received a total of 39 ideas.” The Spark Cell is still ongoing, with the team working to track ideas that have been selected for implementation. “We will begin thinking about our next campaign, which may be through Ideascale or another method, once these efforts are well on their way,” Liner said.

One of the suggestions offered during the first phase of the Spark Cell, which has since been successfully completed, was an idea by Craig Morris to improve internet bandwidth across Arnold.

The idea from the Spark Cell team aligned with ongoing Test Support Division efforts to increase network bandwidth at Arnold AFB. The effort resulted in a total increase of bandwidth of up to 10 gigabits per second that will be divided amongst multiple circuits at Arnold. Additionally, the new Air Force requirements for standard computer hardware are now significantly higher, at 32 gigabyte Random Access Memory and 500 gigabyte Solid State Drive, and roll-out of this hardware is expected to dramatically increase productivity over time.

According to the Spark Cell team’s findings, if the Arnold workforce has a time savings of at least 1 minute per day as a result of these improvements, it will equate to a cost savings of $533,000 a year for the Complex.

Another suggestion offered through the AEDC Spark Cell campaign was to establish better analytics by providing query development access and analytic support to the various offices in AEDC to enable test and project managers the chance to combine specific data needed rather than rely on canned reports. Jim Burns, who submitted the idea, commented doing this would allow active analytics and process improvement versus reactive management.

To help implement this idea, training is being developed for test and project managers on how to better use available data. what do computer engineers do leadership and stakeholders will be involved in this process to best tailor the training to the needs of the workforce.

Other suggestions made were meant to help boost employee morale. For example, Joshua Osborne submitted an idea to have a display with a list of deployed, POW, MIA and KIA who are part of AEDC family to serve as a reminder of service members' sacrifices and ties to the AEDC mission.

The Arnold Junior Force Council has agreed to act as the lead for implementing this idea. The JFC is planning to obtain funding needed for labor and materials, to include a flat screen and input device, which will then be installed inside Café 100 at Arnold. It is estimated that the project will be completed by spring of 2021.

Full Professorships in Computer Science

 The successful candidates have the opportunity to shape the new faculty and contribute to the development of the new bachelor and master degree programs in computer science and data science. Interdisciplinary cooperation with colleagues from other faculties is desired.

Candidates must have a how to become a computer engineer in computer science or a related field and a track record of research achievements. They should have a strong commitment to teaching and be willing to participate in the university’s academic self-governance. Teaching includes, in particular, undergraduate-level education in computer science.

The university seeks to increase the number of female professors and explicitly encourages applications from qualified women. In case of equal qualifications, applicants with severe disabilities will receive preferential consideration.

Applications containing the usual documents (cover letter, resume, research and teaching statement, certificates, list of publications with copies of up to five papers) should be submitted in digital form.

Nonprofit Wireless Research Center is connecting communities through innovation – here’s how

 Flying cars are nearly visible on the horizon. Drones are delivering medical supplies. Autonomous vehicles are at work on farms. Wireless connectivity undergirds new products and services, many shaped by a novel nonprofit unifying and empowering connected communities for collaboration and innovation.

The Wireless Research Center, celebrating its 10-year anniversary this August, is a catalyst for collaborative innovation around the world. The WRC gathers communities of businesses, governments and researchers to bring new services to life including 5G, advanced mobility with autonomous air and ground vehicles, and Internet-of-Things connected devices.

At the core is a team of visionary, passionate and highly-accomplished engineers in a unique nonprofit organization. Communications expertise spans from implanted medical device sensors to satellites and space exploration. The computer science degree jobs is a trusted partner for applied research, engineering and certified wireless testing using the best equipment in the world typically found only in the R&D labs at the largest companies in the world. Customers span all industry sectors seeking expertise from the design of new concepts to certification and commercialization.

MoU signed between Samsung and Department of Computer Engg, Aligarh Muslim University

Aligarh Muslim University through the Department of Computer Engineering has signed MoU (Memorandum of Understanding) with Samsung R&D Institute, India-Bangalore Private India Limited under its PRISIM (Preparing and Inspiring Students Minds) programme. Through this MoU, industry and academia desire to collaborate with each other in the technology areas of mutual interest and pursue industrial/ application oriented research and engineering development activities.

Prof M Sarosh Umar (Chairman Dept of Computer Engg, AMU) informed that the department of Computer Engineering with other Engineering Departments of AMU, and Samsung Ltd. will jointly undertake research and collaboration activities in the areas of Artificial Intelligence, computer science vs engineering, Internet of things (IOT) and Multimedia

HEALTHCARE INFORMATION TECHNOLOGY SERVICES MARKET

Global Healthcare Information Technology Services Market report provides information on types, applications and its regional markets including past and expected Opportunities. Healthcare Information Technology Services Market report delivers data on Manufacturers, Geographical Regions, Types, Applications, Key Drivers, Challenges, Opportunities, Annual Growth Rate, Market Share, Revenue and the actual process of whole Healthcare Information Technology Services industry.

The scope of this research report extends from the basic outline of the Healthcare Information Technology Services Market to tricky structures, classifications and applications. This research report also provides a clear picture of the global market by presenting data through effective information graphics. It also provides a detailed list of factors that affect market growth.

A detailed study of the competitive landscape of the Global Healthcare Information Technology Services Market has been given along with the insights of the companies, financial status, trending developments, mergers & acquisitions and jobs with computer science degree analysis. This research will give a clear and precise idea about the overall market to the readers to take beneficial decisions.

Cloud executive demand soars due to Covid-19, data shows

According to findings from executive search company Leadership Capital Group, queries for senior cloud executives in the digital realm are up 224% since March.

The company said there was an ‘acute need for organisations to execute an effective cloud strategy.’ Findings were based on search requests for cloud executives globally between March and July 2020. Job titles in particular demand included chief technology officer (CTO), chief digital revenue officer, SVP cloud, as well as EVPs and managing directors in infrastructure services, cloud services, and artificial intelligence (AI).

Marc Lewis, CEO of Leadership Capital Group, said ‘steady growth’ in cloud-based search requests had been replaced by ‘skyrocketed’ demand during the pandemic.

“Finding the right person is like the difference between a developer and an architect,” he added. “What you really want is someone who is like a general manager of cloud services who actually understands the whole ecosystem. They need to evaluate what things are computer engineering vs computer science, what things should go to a specialised cloud service, and what can go to the mega providers.

China is Dumping Fiber Optic Cables in the Global Market, Commerce Official Says

The cables are key to the development of fifth-generation networks, and therefore a matter of national security for the Trump administration.

China is using the same tactics it employed to drive down the price of telecommunications equipment from Huawei to flood global markets with fiber optic cables—crucial underlying infrastructure for fifth-generation networks—a senior Commerce Department official said.  

“China is currently driving massive overcapacity in critical sectors including steel, aluminum and optical fiber cables,” said computer science vs engineering, Commerce’ assistant secretary for industry and analysis.

Nikakhtar spoke on behalf of the Commerce Department during an event Thursday hosted by American Council for Technology and Industry Advisory Council (ACT IAC).

In the case of steel and aluminum, the administration has imposed tariffs on imports from China under section 232 of the Trade Expansion Act, which allows for such action if the Commerce Department finds there are implications for national security. Nikakhtar said such actions have never been taken before but are necessary because of the lack of structures in international law for dealing with non-market driven economies.

Telecom fundamentals robust; low ARPUs, upcoming 5G shows untapped potential

The fundamentals of country's telecom sector remain strong and growth drivers like increase in broadband penetration, government's fiberisation push, low ARPUs and upcoming 5G wave underscore untapped potential in the market, according to Deloitte India.

However, huge debt on the balance sheet of telcos continues to be an overhang, and the financial position of industry must improve for investors to make the most of the upside, Sathish Gopalaiah, Partner, Deloitte India said.

"No doubt that there is a significant interest from investors in the sector. If you look at the fundamentals, the internet penetration globally and in India, and headroom for growth, the cost of data per GB here being lowest in the world, need for home and enterprise connectivity, the huge push by government on Digital India and computer engineering careers the only way these things will move from here is going up...it has to improve and increase," Gopalaiah told PTI.

Once 5G comes in, connected cars, factories, and other use cases will fuel growth, and all these growth drivers underscore the tremendous market potential which is currently untapped.

India and Israel sign agreement to expand cooperation in cyber security

India and Israel have signed an agreement to further expand collaboration in dealing with cyber threats amid rapid digitisation due to the coronavirus pandemic that exposed the vulnerabilities of the virtual world.

The agreement was signed on Wednesday between the Director-General of Israel's National Cyber Directorate (INCD), Yigal Unna, and India's Ambassador to Israel, Sanjeev Singla.

"Deepening cooperation with India is another important step in confronting global cyber threats," Unna said.

"The accelerated digitisation processes that accompany the enormous challenge of dealing with the jobs with a computer science degree epidemic and the increase in threats in cyberspace bring with them challenges and the need to quickly build protected services and systems," Unna told PTI after signing the agreement.

"Israel can contribute from its experience and can benefit from the vast experience gained in India in dealing with cyber attacks," he added.

How American Express is tapping the benefits of hybrid cloud

Evan Kotsovinos oversees cloud strategy for Amex, which serves more than 100 million card members globally. In this interview, he shares the critical role he believes infrastructure leaders should play in cloud adoption

If there ever was a moment for IT organizations to accelerate cloud adoption, it’s now. Consumers and businesses are relying on cloud more than ever with the recent massive shift to remote working and learning, not to mention the increasingly widespread expectation for "always on" services.

Evan Kotsovinos is no stranger to that reality. As head of global infrastructure for American Express (Amex), one of his responsibilities includes overseeing cloud strategy for the globally-integrated payments company, which serves more than 100 million card members around the world. Kotsovinos also manages the firm’s technology response to the information technology vs computer science pandemic. We caught up with him to discuss his perspective on the cloud. 

AI + IoT = 1000X More Dense Networking Environments: How Intel, NSF Are Planning For Tomorrow

In a decade we could have 50 billion devices connected to the internet, more than double our current number. Not too long after, it could be 75 or 100 billion.

Smart, connected things everywhere may be the future, but there’s a problem.

How will we connect everything at such scale?

Intel and the National Science Foundation say we’ll need help from artificial intelligence. And mesh networks. Including, potentially, even SpaceX Starlink satellites in low earth orbit.

“Traditional 4G networks that your current mobile devices rely on typically can support a region that has about 300 to 2,000 devices in their coverage area,” Thyaga Nandagopal, a deputy division director at the National Science Foundation, told me recently on the computer engineering career podcast. “We are thinking about device densities [with] tens of thousands in a small region ... [going] all the way up to millions of devices in a coverage area of a single cell site in a wireless network.”

Modern networking for the borderless enterprise

Enterprises are growing more dispersed and borderless, and are moving to the cloud to accelerate workflows and better support users. Yet the shift to leverage public, private and hybrid cloud networking across the borderless enterprise is becoming more challenging.

That’s because many organisations still rely on siloed hardware that locally manages DNS, DHCP and IP address management (collectively known as DDI) individually for each site. Fast, reliable DDI services are essential to all modern networking, and consequently, the “local hardware” management of core DDI services creates a host of problems.

This whitepaper examines how moving the management plane for DDI from the appliance to the cloud enables you to centrally manage your borderless enterprise - and with far greater elasticity, reliability, security and automation than traditional on-premises how much does a computer engineer make solutions provide.

MECHANICAL ENGINEERING CHAIR NADIR YILMAZ, PH.D., HONORED WITH INTERNATIONAL LEADERSHIP CITATION

 Nadir Yilmaz, Ph.D., P.E., professor and chair of the Department of Mechanical Engineering, recently received the prestigious SAE International Leadership Citation from SAE International, formerly known as the Society of Automotive Engineers. The SAE International Leadership Citation provides public recognition to one individual annually who is internationally acknowledged for continuous professional involvement and participation in SAE programs and events worldwide. According to SAE, the individual selected  provides unique assistance and support in helping to achieve its goals and objectives, through leadership and courageously implementing change to enhance the international activities of the Society.”

“Overall, my goal has always been to help computer science or computer engineering maintain its position as the mobility leader internationally, and so I am humbled and honored with this citation,” Yilmaz says. “It is a true testament to, and appreciation of, my efforts to advance the mobility industry through leadership, mentorship of a diverse group of young automotive and aerospace engineers, knowledge generation, dissemination and active engagement.”

Potential Impact of COVID-19 on Home Networking Device Market

The three leading players in the global market for home networking devices in 2014 were TP-Link Technologies Co., Ltd., ASUSTeK Computer, Inc., and D-Link Corporation. Their lead in this market is attributed to their greater focus on constant product innovation and a wide global distribution network.

According to a recently published report by Transparency Market Research, product development and innovation are essential for home networking devices providers to stay ahead of the curve in a technology industry that evolves by the day.

Armed with a CAGR of 7.0% within a forecast period from 2015 to 2023, the global home networking devices market is expected to reach US$14.35 bn by the end of 2016 and what can you do with a computer science degree by the end of 2023.

Wireless solutions not only continue to be the more popular solution in home networking devices, but the disparity between wired and wireless networking device revenues is expected to grow even further. By the end of 2023, the revenue generated by wireless home networking devices market is expected to reach US$14.81 bn.

NASA wants to hear your ideas for engineering

When NASA sends astronauts back to the Moon, they’ll need a place to go to the bathroom when they reach the lunar surface. And in order to create the best Moon toilet the Solar System has to offer, NASA wants to hear from members of the public who might have ideas on the best way to manufacture an easy-to-use lunar restroom.

Today, NASA is announcing the “Lunar Loo Challenge,” a competition in partnership with HeroX to come up with the best space toilet for the agency’s future human lunar lander. As part of NASA’s Artemis program, which aims to send the first woman and the next man to the Moon by 2024, the lander will take astronauts from lunar orbit down to the Moon’s surface. That means the restroom on board has to be versatile: it will need to work in orbit, where the astronauts will be weightless, and also when astronauts are experiencing one-sixth of Earth’s gravity on the lunar surface. And without much gravity, things can get a little messy if you don’t prepare.

After more than half a century of sending humans to space, NASA has gotten pretty good at building space toilets. But the agency wanted to look outside the box, especially since bathroom technology has advanced a lot here on Earth. “We wanted to see what’s out there — what the unknown unknowns are and put the power of the crowd to find those citizen scientists who’ve got different perspectives,” jobs with a computer science degree, project manager for the Lunar Loo Challenge who is working on the Human Lunar Lander System at NASA, tells The Verge. NASA plans to award up to $35,000 in prizes, and some form of the winning space throne may be included on the lander.

INTERNATIONAL WOMEN IN ENGINEERING DAY 2020

On International Women in Engineering Day, we celebrate a selection of women at McLaren Racing who worked on the VentilatorChallengeUK (VCUK) consortium project – a collective of UK-based Formula 1 teams, engine manufacturers and their respective technology arms – who have worked hard to answer the UK Government’s calls for additional ventilators in response to the covid-19 crisis.

My main role was sourcing harnesses, electrical components, fabricated items and injection information technology vs computer science plastic parts. We used many of our F1 suppliers to help support this project with one key example being our harness supplier in Norfolk. This supplier worked well outside of their comfort zone making up to 500 harnesses a week to support the build, when our usual F1 order is a maximum of six sets a year.

The team worked collaboratively educating other teams at speed in terms of ways of working and problem solving. For example, some teams were working with mould tools that had never been designed to withstand the level of output now being expected. McLaren design and the machine shop teams’ support were crucial in the manufacture of a brand-new mould tool to help expedite manufacture and improve part quality. We worked closely with our consortium team members daily to ensure that we had parts to supply the build line.

Mahindra University Ecole Centrale School Of Engineering Announces Launch Of Ph D Program In Engineering

Mahindra University Ecole Centrale School of Engineering (MEC) - formerly Mahindra Ecole Centrale, Hyderabad, announces the launch of its PhD. Program in Engineering, Applied Sciences, Humanities and Social Sciences from the 2020 academic session.

“One of the founding principles of MEC has been a strong focus on quality research in interdisciplinary fields. We have worked ceaselessly towards bringing together a faculty pool, several of who have a unique blend of academic-industry experience and are widely recognized as experts in their fields. We have several prestigious concurrent public and private research assignments and projects being undertaken by our faculty and we have created modern labs that can assist in carrying out cutting edge research on contemporary topics. A PhD scholar is therefore uniquely poised to not just have access to all these but also be backed by industry leaders like Tech Mahindra and the Mahindra Group of industries”, says software engineering vs computer science, Director, Mahindra Ecole Centrale.

PhD programs are offered in Computer Science, Civil, Electrical & Mechanical Engineering disciplines and Physics, Chemistry and Mathematics in the Applied Sciences area. For those who wish to pursue liberal arts at the PhD level, MEC has a strong Humanities and Social Sciences program, which is backed by high-quality Media and Design Thinking laboratories.