Image credit: Tasnim Shamma/WABE
Technology startups are at the forefront of innovation. However, while there are plenty of opportunities to influence technological growth, many people lack the necessary training to succeed. This means people need to attend training programs designed to help acquire the skills needed to break into careers in tech. Many college graduates were prepared for jobs that no longer exist or will soon become antiquated.
A 2017 report by McKinsey found that around 50% of current work activities are “technically automatable”. With this in mind, the reason is clear why so many regular people are starting to consider jobs in technology.
Whatever statistic you want to use, one thing is for certain: millions of workers are vulnerable to automation, and many future jobs are in the technology industry.
As automation continues to take hold and disrupt new markets, there are a number of available programs to support people who want to transition into the tech industry. This article will discuss the three main paths being used to support workers in their transition: coding bootcamps, upskilling, and reskilling.
Coding Bootcamps as a Training Method
Coding bootcamps are short-term, intense training programs focusing on employment. Whereas college is focused on teaching a wide range of theoretical knowledge which builds the foundation for a career in Computer Science, coding bootcamps have one specific focus: to help people find jobs in tech.
A recent report on the bootcamp market found that 33,959 people graduated from coding bootcamp in 2019 alone, a 4.38% increase from the previous year.
Coding bootcamps, which have been around for about a decade, have grown in popularity because they promise to help people pursue specific careers in technology.
Bootcamps often position their courses in fields such as Data Sciencea and Web Development, both of which are expected to realize strong growth in the coming decades. Also, bootcamps bundle services such as career support and hiring partnerships together with offerings. These services assist people in their transition from a training program to a job.
Learning New Skills Through Upskilling
Often, a worker will be in a stable field but needs additional training to keep up with technological changes. For instance, a retailer may need to be trained in a few Sales tracking tools, or an Engineer may need to learn a new programming language. This type of training, called upskilling, is an important part of workforce training.
Upskilling refers to when people learn about new technologies to help them stay viable. While a particular job may not be directly affected by automation, new technologies have emerged, allowing employees to be more productive and efficient.
Many companies looking to largely incorporate technology in their business have in-house upskilling initiatives. The Guardian Life Insurance Company, for instance, is training its workforce in new technology like sensors used to improve underwriting and risk management procedures.
Upskilling allows people who work in more traditional roles – like Marketing, Business Development, Sales, and Payroll – gain exposure to new tech ideas, and may act as a springboard to further training opportunities. For instance, a marketer may be trained in how to use SQL to analyze campaign data. Also, after finishing an upskilling program, an employee may decide to commit to pursuing a career in tech, capitalizing on the skills acquired during training.
Reskilling Existing Workers
There is another training option in addition to coding bootcamps and upskilling which has become popular among technical training programs in recent years: reskilling programs. Reskilling programs are initiatives where a business invests in its workers and help build the skills employees need to remain viable.
In contrast to bootcamps, reskilling programs are designed for workers whose job is at risk of automation. An employer will create a training program in a field of growth within their business–the Cloud, for example–and offer some workers the opportunity to retrain in a new field. AT&T, for example, is investing $1 billion in workforce retraining. The telecom giant did so after learning only half of their employees had the skills needed to be protected from automation.
Reskilling programs have grown in popularity because they allow businesses to simply retrain existing employees instead of hiring a new workforce. Often, companies will work with external training providers such as Udacity to design a reskilling program and offer to retrain any employee whose job is likely to soon become obsolete.
Reskilling programs offer dedicated workers an opportunity to stay with a company while being trained for a job in tech. This is an especially worthy proposition for workers who do not want to invest months training beyond work hours. With a reskilling program, a worker can stay with an employer – and earn a paycheck – while being trained in the new skills they need.
Each training method mentioned above has the potential to support people who are breaking into tech from non-technical backgrounds. Upskilling, coding bootcamps, and reskilling options are only three of the many workforce training options being explored. Apprenticeships and education-as-a-benefit, among other programs, are being seen as additional ways for workers to gain new technical skills.
Automation presents a threat to millions of workers, but jobs in techare likely to keep growing and provide job security. But before workers can get a job in tech, they need to find the training, and that’s where coding bootcamps, upskilling, and reskilling have become crucial in the workforce development puzzle.
AOC dazzles visitors with a special game room at GITEX Technology 2021
AOC Sales Director Middle East & Africa, Carol Ann Dias (Image: Hazem Abed)
AOC, the world’s leading manufacturer of computer monitors, highlights its presence at GITEX Technology Week 2021 through their authorized distributor, Hiperdist. At GITEX, AOC is showcasing a special game room where visitors can get try out the latest lineup of gaming monitors, some of which are made for professional e-gamers.
“Being one of the largest information technology exhibitions not just in the region but the whole world, AOC would not want to miss the opportunity to participate at GITEX 2021,” said Carol Ann Dias, Sales Director Middle East & Africa at AOC. “More than making our presence felt at the show, we are now focusing on emerging markets which is why we have partnered with Hiperdist due to their strong presence in the MEA region,” she added.
Some of AOC’s well-known monitors that include the Agon and the G2 line up are all on display at GITEX. Where visitors are encouraged to try out the new displays that offer some of the best technologies that make it fit for the gaming crowd.
Already a top choice by gaming professionals, the AGON AG352UCG6 features a 35-inch display with a 120HZ refresh rate. The curved design supports a WQHD (3440 x 1440) resolution that has 2.4x more pixels than a standard widescreen monitor. It also features a lighting panel at its rear which can be customized in colours of red, green or blue.
Also on display is the AOC C27G2 gaming monitor that comes in a 27-inch size with a 165Hz refresh rate. There’s also a 1ms response time for more accurate play. And Freesync support so high-intensity games are razor-sharp without ghosting.
Visitors can join and experience AOC monitors at the Hiperdist stand in Hall 3 E1 at GITEX Technology Week in the Dubai World Trade Centre.
Philips Introduces Momentum 559M1RYV 4K HDR display with Ambiglow for Xbox
Philips 55 lifestyle in situ Xbox (Image: Supplied)
MMD, the leading display specialist and brand license partner for Philips monitors, today announced the release of the world’s first designed for Xbox console gaming monitor. Philips Momentum 559M1RYV featuring 55-inch panel size boosting 3840×2160 resolution with 4K / 144Hz, 4ms GTG response time, and many other features that will be available in the UAE, Saudi Arabia, Kuwait and Pakistan.
Philips Momentum 559M1RYV: Design and Sound
This new “Philips Momentum 559M1RYV” bears the name Momentum 559M1RYV and bears the same exterior appearance as the previous version, including the adoption of a VA LCD panel with a W-LED backlight system with Ambiglow technology that adds a new dimension to your viewing experience. Innovative Ambiglow technology creates an aura of light on the surrounding wall from behind the screen panel. Its fast processor analyzes the content of the displayed image, and continuously adapts the color and brightness of the emitted light to match the displayed image. This technology also helps reduce eye strain to enjoy the scenes, it also supports DisplayHDR 1000 standard. The gaming monitor includes a specially designed speaker enclosure from the engineers at Bowers & Wilkins, the British loudspeaker company globally renowned for their innovative designs and sound engineering, that completes the experience.
Pankaj Budhiraja, Category Manager – Philips Monitor – Middle East & Africa, said: “The new Philips Momentum monitor offers unique user experience especially for gamers who demand exceptional graphic quality display and flicker-free pictures. This monitor is a wholesome entertainment package with build-in stereophonic speakers, sharp picture quality, vibrant colors and dynamic contrast and excellent resolution”.
Philips Momentum 559M1RYV: Performance
Philips Momentum 559M1RYV including Displayport 1.4, a USB-B port along with 4 USB 3.2 ports, two of them with fast charging. The Philips Momentum Monitor delivers designed for Xbox validates performance with ultra-clera 4K resolution at a minimum 120Hz refresh rate. 3840×2160 pixels with a 16:9 aspect ratio and a good response time of 4ms, as for the brightness rate in the mode up to 750cd / m2, while in the HDR mode it reaches 1200cd / m2. As for the color weight, we will notice that it offers DCI-P3 color gamut with 95% coverage, NTSC color gamut with 104% coverage, and sRGB with 125% coverage.
“As Philips always prioritizes user health, we introduce Ambiglow technology for eye-friendly productivity and a premium sound system. The monitor been extensively tested, and validated by engineers at Microsoft and MMD to ensure perfect compatibility, Philips Momentum meet’s the high expectations of the Xbox fans, creating an integrated gaming atmosphere to enjoy.” Budhiraja added.
Key features for Philips Momentum 559M1RYV:
- Screen size: 55-inch
- Resolution: 3840 x 2160 UHD 4K
- Panel type: VA
- Refresh rate: 120Hz (HDMI 2.1); 144Hz (DisplayPort 1.4)
- Response time: 4ms
- Aspect ratio: 16:9
- V-Sync method: Adaptive Sync
- Contrast ratio: 4,000:1
- Ports: HDMI 2.1 (x3), DisplayPort 1.4 (x1), USB-C (x1), USB-B (x1), USB 3.2 (x4)
- Ambiglow: 3-sided
- Power supply: Internal, 100-240VAC, 50-60Hz
The Philips Momentum 559M1RYV monitor is available through MMD authorised distributors in the UAE, Saudi Arabia, Kuwait and Pakistan and comes with a standard 3-year warranty, and EUP in UAE AED 6999*.
GSMA Report 2021: Over Half World’s Population Now Using Mobile Internet
The GSMA has launched its global State of Mobile Internet Connectivity Report 2021 showing that, despite the COVID-19 pandemic, more than half of the world’s population is now using the mobile internet. Mobile internet usage translates to just over 4 billion connected people, 225 million more compared to 2019, and up from a third of people globally just six years ago.
Even with this impressive growth in mobile internet connectivity, both in terms of mobile internet coverage and usage, the report highlights that work must accelerate to bridge the digital divide. Of the 3.8 billion people who remain unconnected, only 450 million people do not live in areas with mobile broadband coverage, (“the coverage gap”). The coverage gap represents a significant improvement year on year.
The far bigger challenge is the 3.4 billion people who live in areas that are already covered by mobile broadband, but are not using it, (“the usage gap”).
The report examines trends in the coverage and usage of mobile internet over the last six years and identifies the key barriers to mobile internet adoption. It also looks at the early impacts of the COVID-19 pandemic and the most significant regional effects. Finally, it makes recommendations to help close the digital divide and ensure greater access to mobile internet connectivity.
“The COVID-19 pandemic made clear the importance of mobile internet access to people’s lives and livelihoods and has accelerated the digital transformation around the world. Mobile is the primary and often the only way to access the internet in low- and middle-income countries. While more people than ever are now using the mobile internet, some fundamental barriers stop far too many people from using mobile internet. To close this usage gap, all of us – government and industry – need to do more,” says the GSMA’s Chief Regulatory Officer, John Giusti. “In particular, we must address the key barriers to usage of mobile internet services, most notably literacy and digital skills, as well as affordability. Only through targeted and collaborative action can we bridge the digital divide.”
Coverage and usage gap in mobile internet is narrowing
During the last six years, the coverage gap has continued to narrow:
- In 2014, almost a quarter of the world’s population did not have access to a mobile broadband network.
- By the end of 2020, that figure was only 6%.
- Now, 94% of the world’s population has access to a broadband network, with most progress between 2014 and 2018.
- In 2020, global coverage increased by one percentage point, from 93% to 94%. This reduced the number of people living in areas without a mobile broadband network to 450 million. Those who remain uncovered typically live in sparsely populated rural areas with difficult terrain.
The number of people using mobile internet has also increased for the second year in a row:
- However, the usage gap remains large and accounts for the majority of the unconnected.
- In 2020, 3.4 billion people (43% of the world’s population) lived within the footprint of a mobile broadband network but were not accessing mobile internet services.
- Although the usage gap is narrowing, it is now seven times larger than the coverage gap.
- In 2014, the usage gap accounted for 64% of the total unconnected population – this figure grew to 88% by 2020 due to the increase in mobile broadband coverage.
- Low- and middle-income countries (LMICs) now account for almost 93% of the world’s unconnected population and more than 98% of the uncovered population.
- Between 2019 and 2020, the most significant increase in mobile internet usage is in East Asia (61%), which grew by 4%.
Barriers to mobile internet usage
The pandemic has highlighted the importance of mobile internet connectivity to the social and economic well-being of people around the world. People with mobile internet access were able to stay connected with friends and family, conduct business, gain access to critical information and services, and otherwise ease the monotony of lockdown life. Yet 47% of the population in LMICs are still not using the mobile internet despite living within mobile broadband network coverage.
Key barriers include:
- Lack of awareness of mobile internet and its benefits, literacy, and digital skills make up the largest barrier to adoption. Nearly a quarter of adults across the report’s surveyed countries are not aware of mobile internet and its benefits.
- Affordability: internet-enabled handsets and data became less affordable in many LMICs in 2020 due to the economic impact of the COVID-19 pandemic.
These barriers often disproportionately affect specific segments of the population, especially people living in rural areas and women.
A Collaborative Approach
The global climate challenge shows that mobile connectivity can be a lifeline for people during crises, re-emphasising the importance of doing more to improve access to mobile services. The only way to close the digital divide is through a strong collective effort to address people’s barriers to accessing and using mobile internet. It requires targeted action by all stakeholders including mobile operators, policymakers, government and the broader private sector.
This report is the output of a project funded by the UK Foreign, Commonwealth & Development Office (FCDO), and the Swedish International Development Cooperation Agency (Sida). The views expressed are not necessarily those of either organisation.
The GSMA’s State of Mobile Internet Connectivity 2021 is available at: www.gsma.com/somic