Optical Communication and Networking market

 The Optical Communication and Networking market in the U.S. is estimated at US$4.6 Billion in the year 2020. The country currently accounts for a 29.56% share in the global market. China, the world second largest economy, is forecast to reach an estimated market size of US$4.3 Billion in the year 2027 trailing a CAGR of 6.3% through 2027. Among the other noteworthy geographic markets are Japan and Canada, each forecast to grow at 6.3% and 5.4% respectively over the 2020-2027 period. Within Europe, Germany is forecast to grow at approximately 5.5% computer engineer salary while Rest of European market (as defined in the study) will reach US$4.3 Billion by the year 2027.

In the global Amplifier segment, USA, Canada, Japan, China and Europe will drive the 7.6% CAGR estimated for this segment. These regional markets accounting for a combined market size of US$1.8 Billion in the year 2020 will reach a projected size of US$3 Billion by the close of the analysis period. China will remain among the fastest growing in this cluster of regional markets. Led by countries such as Australia, India, and South Korea, the market in Asia-Pacific is forecast to reach US$2.8 Billion by the year 2027.

Edge Cloud Services Provider Zenlayer Selects Juniper Networks to Power a Better-Connected World

 a leader in secure, AI-driven networks, today announced that Zenlayer has selected Juniper Networks for datacenter network upgrades to help drive its rapid growth as a global edge cloud services provider and to better deliver its vision of providing instantaneous worldwide connectivity and a superior digital user experience through its software-defined platforms.

As a leading global edge cloud services provider, Zenlayer has experienced stellar growth to now offer its on-demand bare metal cloud, SD-WAN, cloud networking and managed services from a global footprint of over 180 nodes across six continents. From a longer-term growth perspective, Zenlayer has identified the enablement of the rapid rise of emerging markets as a key priority, having expanded and developed its operations across regions such as Southeast Asia, South America, Russia, the Middle East and North Africa. By providing secure, stable and sustainable access to networking resources, computer science vs computer engineering salary helps enterprises across its markets to deploy applications near their users, expand their global presence and improve the digital experience offered to their end customers.

To ensure continued scalability alongside its substantial growth momentum, Zenlayer required a significant expansion of its global networking infrastructure. This would allow the company to address several priorities, including the capacity to support the ever-increasing demand for lower latency services across industries like gaming and video streaming, as well as the ability to 

Head of the Department of Electronic and Computer Engineering

 Founded in 1991, the Hong Kong University of Science and Technology (HKUST) is a world renowned international research university dedicated to the advancement of learning and scholarship, with special emphasis on postgraduate education and close collaboration with the industry and business. It promotes interdisciplinary studies, dedicated to educating all-rounded students to acquire a strong entrepreneurial spirit and innovative thinking with a global outlook. Within its short history, the University has come to be regarded as a leading player in the international higher education scene. HKUST has been ranked among the top world universities by QS university rankings and Times Higher Education Supplement for the past five years. English is the medium of teaching, research and administration.

The Department of Electronic and Computer Engineering (ECE) currently has 43 faculty members, out of which 23 are IEEE Fellows and 10 are Fellows of other renowned professional organizations (including APS, RSC, OSA, SPIE, SID and National Academy of Engineering USA). Offering academic degrees in BEng, MPhil, MSc, and PhD, to about 400 undergraduate students and 350 postgraduate research students, the Department conducts comprehensive teaching and research programs in both basic and applied aspects of Electronic and Computer Engineering. Research activities are broadly categorized into solid-state electronics and computer science and engineering; integrated circuits and systems; biomedical engineering; control and robotic systems; data science and AI; and wireless communications and networking. The Department is well equipped with state-of-the-art research facilities and has been consistently ranked among the top 30 globally by Times Higher Education by subjects in the past many years.

COMPUTER ENGINEERING MARKET ANALYSIS, COMPETITIVE STRATEGIES AND FORECASTS

 A detailed overview of Computer Engineering market with respect to the pivotal drivers influencing the revenue graph of this business sphere. The current trends of Computer Engineering market in conjunction with the geographical landscape, demand spectrum, remuneration scale, and growth graph of this vertical have also been included in this report.

Several data center companies are implementing FPGAs in the facilities to offload and accelerate specific services such as computationally intensive workloads which is driving the computer engineering market. These devices, when reconfigured for different tasks after manufacturing, are being used in telecom gear, industrial systems, automotive, and military and aerospace applications. With ongoing technological advancements, modern FPGAs with large gate arrays, memory blocks, and fast IO, which are suitable for a wide range of tasks have seen a rise in the demand. The industry is observing the emergence of hyper-scale data centers, which are based on densely packaged servers. This shrinking form of data centers is driving the need to deploy computer engineer salary on a large scale in such facilities, thereby providing an impetus to the market.

The computer engineering market growth is being driven by its use in automotive and consumer computer equipment. A significant increase in the number of connected devices is being witnessed owing to the rapid growth of consumer electronics in emerging economies and the burgeoning demand for smartphones and tablets. Major vendors are emphasizing on improving designing, development/manufacturing and testing solutions as key differentiators for the market expansion. The implementation of ATE in several automotive and consumer electronics manufacturing companies is helping in enhancing the product performance capability, the speed of operation, reducing the cost of the devices.

A more quantum-literate workforce is needed

 STEM degrees remain valuable, but as the field grows, companies also want candidates who understand quantum information science and technology concepts, a new study finds. A new study is providing guidelines for how colleges and universities can update their curricula to incorporate quantum computing to prepare for the expected wave of jobs.Researchers from the Rochester Institute of Technology (RIT) and the University of Colorado Boulder suggested steps that need to be taken after interviewing managers at more than 20 quantum technology companies in the US.

The finding from the interviews is that those graduating with bachelor's degrees in physics may lack the skills they need to enter the quantum workforce, computer science vs computer engineering salary said. Changing that, the researchers said, could completely alter how physics courses are taught and help make the subject relevant to a new generation of students.

The impetus for the study was to understand the types of entry-level positions these companies offer and the educational pathways that might lead into those jobs, according to RIT. The researchers found that while the companies still seek employees with traditional STEM degrees, they want the candidates to understand fundamental concepts in quantum information science and technology.

Cyber Security: Can You Repel A Sophisticated Cyber Attack?

 Accountants are prime targets of cyber crime. You are an enticing target because you possess large quantities of sensitive personal, financial, and tax information highly valuable for identity and financial theft, and you have the information and credentials necessary for criminals to generate fraudulent tax refunds in the names of your clients. Moreover, you are a vulnerable target because, unlike large institutions, you have less time and money to invest to ensure that all your security controls are strong enough to repel sophisticated cyber attacks.

Additionally, accountants face increasing regulatory pressure to adopt best-in-class protections for client information. Such pressure emanates not only from our home state (in the form of M.G.L. Chapter 93H and 201 C.M.R. Chapter 17), and from the Internal Revenue Service (in the form of I.R.S. Publication 4557), but also other states (like New York and California) and foreign jurisdictions (like the European Union and United Kingdom), which impose their laws on Massachusetts accountants who possess information about clients who are residents of those states and countries. Fines and penalties for failing to comply with these regulations are substantial, and typically follow a breach that was already painful enough.

It is imperative that accountants stay ahead of the cyber security curve. Ransomware, phishing, and malware exploit the tiniest of gaps, resulting in the exposure of sensitive client information or crippling your business during the busiest of tax seasons. To reduce these risks, accountants must computer science and engineering cyber security by: (a) conducting annual risk assessments with outside cyber security professionals, (b) identifying and mitigating all existing and potential vulnerabilities and threats, (c) implementing appropriate written policies and procedures, and (d) providing topical training to employees several times per year.

How to make the most out of virtual networking

 COVID19 has been a tough time for many of us. Especially for those who are looking to shift their role or go for a new one entirely. But, with 85% of jobs being filled through networking alone, getting sociable is essential to your career.

With the ‘new normal’ ensuring that face-to-face events are off the cards, virtual networking has become the easiest way to secure yourself a pay-rise or a brand-new job entirely. But how do you actually succeed at virtual networking? What can you do to stand out from the screen?

While these tips can differ from event to event, there are a few things that you can do to improve your networking experience. how much do computer scientists make the event hashtag on social media. This allows you to stay in the loop about any interesting discussions or event updates. Some events will allow you to create an attendee profile. This profile is the virtual equivalent of your handshake. Make it a good one.

Some events will offer a discussion board or group chat throughout the event. This is the perfect place to offer advice and support to other attendees, as well as spot any potentially interesting opportunities.

Hydrographic Survey Technician

 TerraSond, part of Acteon Group, is an experienced multidisciplinary organization, that remains one of the few truly independent, agile, client-focused survey companies. We deliver innovative, reliable geospatial solutions with a strong company-wide culture in HSEQ.

Our mission is to collect, compile, and identify geospatial and geophysical information that provides the best possible solution offering the lowest risk for our clients. Local around the globe, we excel at executing remote and challenging surveys. We have successfully completed thousands of surveys in over 28 countries around the world for over 330 clients. These range from inland surveys to deep ocean seabed exploration and mapping projects.

computer engineer salary is looking to add a Survey Technician to the team, the successful candidate must be based in mainland United States & be willing to travel within the United States as required.

The successful candidate will be responsible for conducting surveying and mapping duties under the supervision of a Project Manager or more senior Survey Technicians. They will verify the accuracy of collected data, and prepares data, charts, plots, maps, records, documents and deliverables related to the survey. They may also conduct ADCP mooring configuration, surface navigation, LBL, USBL, geophysical and seismic data collection The Survey Technician is also required to serve as a member of the vessel crew as needed.

AWS Announces General Availability of AWS Network Firewall

 Announced the general availability of AWS Network Firewall, a new managed security service that makes it easier for customers to enable network protections across all of their AWS workloads. Customers can enable AWS Network Firewall in their desired Amazon Virtual Private Cloud (VPC) environments with just a few clicks in the AWS Console, and the service automatically scales with network traffic to provide high availability protections without the need to set up or maintain the underlying infrastructure. AWS Network Firewall’s flexible rules engine gives customers granular control to define their own custom rules or integrate with their existing security ecosystem by importing rules from leading AWS Partner Network (APN) security partners like AlertLogic, CrowdStrike, Fortinet, and Trend Micro. There are no additional charges or upfront commitments required to use AWS Network Firewall, and customers pay only by hours deployed and gigabytes processed.

AWS provides comprehensive protections to help customers secure their networks, such as AWS Web Application Firewall (WAF) to protect internet-facing web applications, AWS Shield to safeguard against Distributed Denial of Service (DDoS) attacks, and AWS Firewall Manager which provides central management and visibility across all firewall controls on AWS. While these and other protections combine to provide highly secure and flexible layers of defense, many customers also want a simple way to apply and manage blanket network protections across all of their workloads (e.g., domain-based access controls, monitoring to identify malicious traffic patterns, and unified traffic inspection spanning from the network layer to the application layer). Customers also want to customize these protections based on their organization’s specific security needs, import rules from other trusted providers that they already use, and easily integrate collected logs and network data into their existing security workflows. Customers are seeking easy-to-use and computer science vs computer engineering salary network protections, without having to manually patch and maintain servers, handle failover, and provision capacity.

Antitrust case in tech space needs to be built on intellectual evidence, rather than on ideology

 It took a long while coming but it has finally arrived. Roughly 20 years after it threatened to break up Microsoft for abusing its monopoly power, the United States Department of Justice (DoJ) has launched antitrust proceedings against Google. The charges against Microsoft then and Google today are disconcertingly similar: The use of monopoly power to exclude potential rivals from gaining a foothold in the market, also known in competition law as “exclusionary conduct”.

In what was one of the most celebrated antitrust cases of its time, the computer science and engineering in 1998 accused and found Microsoft guilty of using its considerable muscle in the operating system (OS) market to effectively destroy Netscape Navigator in the browser market. Microsoft did this by bundling its own browser, Internet Explorer with its Windows OS and “refused to deal” with any computer hardware manufacturer who dealt with the now-defunct Netscape. Microsoft’s almost complete dominance of the OS market at that time meant that no serious hardware manufacturer had the nerve to challenge it.

BT launches software-defined network services with VMware's SD-WAN the first offering

 BT announced it has launched a new generation of cloud-optimized managed services with the first offering based on VMware's SD-WAN technology.

VMware's VeloCloud SD-WAN technology gives customers a single view of their networks as well as a choice of management controls. Traditional wide area networking (WAN) required dedicated, proprietary vendor hardware to be installed at each customer site. BT’s new managed service is based on generic hardware that's capable of supporting a choice of software-based networking solutions from different vendors.

BT’s service is using Vmware technology for the orchestrator and software, including its cloud on ramp capability in order to deliver the service to its customers.

The VMware SD-WAN service can be managed or co-managed remotely by BT on its new digital service platform. BT is also offering its customers consultations with its experts to find the best solution to fit their needs. They can also provide advise on security to meet each customer's security requirements.

Over the past year or so, organizations have been migrating their SD-WAN services from the initial "do-it-yourself" (DIY) model to managed SD-WAN services. Other service providers, such as Orange Business Services, and Windstream, are also offering their customers white-glove managed SD-WAN services that deliver a variety of high-level service benefits, including a single pane of glass, technical consulting resources and advanced service delivery.

“Our new managed service further expands customers’ choice of software-defined networking solutions. Presently available with industry-leading how hard is computer science SD-WAN, it is delivered over our new, digital service platform," said BT's Andrew Small, director of global portfolio, in a statement. "The solution is fully supported by our consultancy services to help customers maximize the benefits of performance, agility and flexibility for their businesses."

BT didn't say what vendor, or vendors, it used to build its cloud-first, scalable network for the software-defined networking services.

Military leader says cyber engineering is critical to the nation’s future

 As our physical and digital systems become increasingly integrated, cybersecurity is an issue that should be on the radar of all engineers, says Australia’s Head of Information Warfare. 

“Cybersecurity and cyber resilience are cross-disciplinary challenges that require a truly cross-disciplinary response from the engineering profession,” Major General Marcus Thompson AM FIEAust CPEng told create. 

“There are engineers working in computer engineering salary, in cyber operations and on the cyber resilience of the government, of organisations within industry.

“Put all that together — engineers are working on the cyber resilience of the nation.”

As cyber engineering takes in such a broad cross section of engineers, Engineers Australia Board Director Major General Thompson saw the need to create a “professional home” for those with expertise and interest in the subject. 

The result is Engineers Australia’s new Cyber Engineering Community of Practice (CoP), launched during Australian Cyber Week (26-30 October). The group will share experiences and knowledge, primarily focusing on cyber security and threats to computer and telecommunications infrastructure and services. 

Palo Alto Networks introduces Enterprise Data Loss Prevention

 Palo Alto Networks introduced Enterprise Data Loss Prevention (DLP)—a cloud-delivered service that brings a fresh, simple and modern approach to data protection, privacy and compliance.

“Data breaches are a huge and growing problem worldwide, but the existing legacy and point solutions are not accessible, appropriate or effective for many of the companies that need them,” said Anand Oswal, senior vice president and general manager, Firewall as a Platform, Palo Alto Networks. “Our new Enterprise computer engineering definition solution is powerful; simple to deploy, with no new infrastructure needed; integrates with existing security technologies; and works for companies whether they keep their data in the cloud, on-prem or take a flexible approach.

The solution helps protect sensitive data at rest and in motion across every network, cloud and user access and effortlessly helps solve three major enterprise data security problems

NETWORKING FROM HOME: PRATT STUDENTS LEAD DISCUSSIONS WITH INDUSTRY LEADERS

 With an uncertain job market and the disruption of the workplace due to the pandemic, recent graduates have faced a formidable first year of their post-college careers. In supporting Pratt Institute’s 2020 graduates, the Center for Career and Professional Development (CCPD) has involved students and alumni in a range of online programming to facilitate networking and professional development. These initiatives have put the students at the center, empowering them to lead conversations about the interests, ideas, and questions that they want to pursue in their careers. 

One of these programs was Talk Now which CCPD ran over the summer and was aimed at graduating seniors. It was organized by and for these newest Pratt alumni to hear what was happening in their industries first-hand, with a goal of inspiring them to tackle the challenge of beginning a practice during a pandemic. “They were graduating and an issue was that they were not getting to meet professionals to talk,” said Deborah computer science degree jobs, associate director of career development and engagement. “Online, they were getting to meet them in a way they never could before, where they’re in their homes working.” 

The series was eventually expanded to include all students beyond just the 2020 graduating class, with almost 300 students attending conversations with about 130 employers from a variety of disciplines. The students helped identify the professionals who were invited and led all of the discussions, which ranged from portfolio development to the future of work, taking advantage of the virtual platform to make the dialogues international. Each event was intimate, with small group sessions held over Zoom, and the students and professionals had the opportunity to stay connected afterward.  

Extreme Networks Named a Leader in 2020 Gartner Magic Quadrant for Wired and Wireless LAN Access Infrastructure

 CAloud-driven networking company, today announced it is positioned as a Leader by Gartner, Inc. in the Magic Quadrant for Wired and Wireless LAN Access Infrastructure, published on November 4, 2020, authored by Bill Menezes, Christian Canales, Tim Zimmerman, and Mike Toussaint. This is the third consecutive year Extreme has been positioned as a Leader in this annual research report.

According to Gartner, "A vendor in the Leaders quadrant will have demonstrated an ability to fulfill a broad variety of customer requirements through the breadth of its access layer product family. Leaders will have the ability to shape the market and provide complete and differentiating access layer applications, as well as global service and support. Leaders should have demonstrated the ability to maintain strong relationships with their channels and customers and have no obvious gaps in their portfolios."

Prior to being named a Leader in this report, Extreme was named a 2020 Gartner Peer Insights Customers' Choice for Wired and Wireless LAN Access Infrastructure for the second consecutive time. The company received a 4.9 out of 5 rating as of the date of this press release, among customers across multiple verticals, including healthcare, education, and communications.

Since the last Magic Quadrant report published in 2019, Extreme launched how to become a computer engineer IQ, a machine learning and AI-driven cloud management platform that simplifies onboarding, configuration, monitoring, managing, troubleshooting, alerting, and reporting for wired and wireless network infrastructure devices. The platform is unequaled in its ability to provide administrators with a 360-degree view of device, client, application, and network health and performance. It is the industry's first end-to-end cloud management platform, the first cloud networking management architecture to be both cloud-hosting agnostic and cloud operating system agnostic, and is the first cloud platform to offer unlimited data, setting a new standard for access to cloud data and insights.

Aruba Vs. Cisco Intelligent Edge Face-Off, Why Aruba ESP Is Smarter: Keerti Melkote

 Aruba founder and President Keerti Melkote told CRN that rival Cisco lacks the artificial intelligence muscle to compete against Aruba’s Edge Services Platform.

“What we compete against on a day in and day out basis is either Meraki or Cisco DNA, but the reality is neither one of them solve the problem the way we do,” said Melkote. “They don‘t have AI . Neither system has AI at the heart of it.”

Aruba’s cloud-native AI and security capabilities built into its unified edge to cloud ESP platform is in sharp contrast to Cisco’s multi-product edge to cloud offering, said Melkote.

“They don’t have the AI and security capabilities that we believe is fundamental to this ESP vision,” he said. “Automation is at the heart of it. And automation with AI is the bet we made on ESP. That piece Cisco simply does not have: neither in computer engineering jobs or DNA.”

The breakthrough Aruba ESP is an intelligent edge to cloud central nervous system of sorts that can analyze data across edge, wired and wireless networks, identify any issues or abnormalities and self-optimize with its AI capabilities. In addition, Aruba ESP can also find and secure unknown devices on the network.

Cisco, for its part, in the summer closed its acquisition of ThousandEyes, which aims to provide “actionable intelligence” from the edge to the cloud. Cisco has said it will incorporate ThousandEyes capabilities across it core Enterprise Networking and Cloud and AppDynamics portfolios.

25 Global Design Experts to Headline Design Dekko Musings

 On hosting Design Dekko Musings, Sujit Patil, VP & Head of Corporate Brand & Communications, Godrej Group, said: "As part of our direct communication strategy, our owned-media platform, Design Dekko, was established in 2019 as a community for architecture and design professionals, students and enthusiasts. In the last one year, we have worked with the design community to establish a platform that encourages a free exchange of ideas, promotes networking and mentoring, and helps the industry to collaborate with peers and brands in this space. Our first digital conclave, Design Dekko Musings will bring 25 Global Thinkers and Innovators on the platform to share their views that will redefine architectural and design trends of tomorrow and inspire the industry in the post-COVID era. In addition to these Global Personalities, Design Dekko Musings will also see brands from within the Godrej Group, like Godrej Interio, Script, Godrej Security Solutions and Godrej Properties, join in the conversation."

The first power panel of the event will be on Social Design and Its Impact. The panel comprises Goonmeet Singh Chauhan (Founder & Partner at Design Forum International; Author - Invertonomics), Abhishek Nath (Managing Director & CEO at what jobs can you get with a computer science degree Corporate Services), Siddhanth Shah (Founder-Director at Access for ALL), and David Schwarz (Founding Partner at HUSH). During the session, the speakers will discuss how inclusive designs can influence behavioural and cultural change in an organization - and the nation at large.

How Was 2020 Cyber Security Awareness Month?

 Global corporate enterprise and indeed global society is aware of the concept of cyber security. Personally Identifyable Information (PII) data leaks, continued personal phishing expeditions and state-based adversary hacking have all brought cyber security into focus for the average person.

The average Board member is certainly more aware of the value of cyber security than in years past due in part to ransomware payments. And front-lines employees are certainly more aware of the value of cyber security due to an increased understanding of what not to do.

The state of cyber security is indeed strong. As the Cyber Security computer science vs computer engineering salary Year End Report will elucidate, nearly 80% of the community feels that the overall state of cyber security, meaning operations, resiliency, compliance, awareness, etc., is improving.

But that is of course through the end of the day today. As cyber security professionals know, it’s all about tomorrow. And tomorrow is going to be a bear.

How to Protect Small Businesses from Cybercrime

 There’s no doubt the world has changed. As a result of the pandemic, working cultures across the globe have evolved in unprecedented ways. With the shift to remote work and online collaboration, cybercrime is more active. Criminals take advantage of organizations’ system vulnerabilities, especially smaller-scale companies such as SMEs and other similarly sized businesses.

Cybersecurity researchers recorded 200,000 computer science and engineering cyberattacks per week. That’s a 30 percent increase compared to weeks before that observation period. Since then, cyber threats have only continued to rise. Phishing and malware have become major threats to SMEs’ operations. Clearly, enterprises now need to adapt and act swiftly to ensure effective security solutions are in place.

Here are some ways cybercriminals can attack your business as a result of the shift to remote work:

Unmanaged home PCs and laptops – As you and your team work from home, your unprotected gadgets and computers can be hacked easily. When you move and share your company files and data to the cloud without cybersecurity, you risk losing them because of outside threats.

Military leader says cyber engineering is critical to the nation’s future

 As our physical and digital systems become increasingly integrated, cybersecurity is an issue that should be on the radar of all engineers, says Australia’s Head of Information Warfare. 

“Cybersecurity and cyber resilience are cross-disciplinary challenges that require a truly cross-disciplinary response from the engineering profession,” Major General Marcus Thompson AM FIEAust CPEng told create. 

“There are engineers working in how to become a computer engineer, in cyber operations and on the cyber resilience of the government, of organisations within industry.

“Put all that together — engineers are working on the cyber resilience of the nation.”

As cyber engineering takes in such a broad cross section of engineers, Engineers Australia Board Director Major General Thompson saw the need to create a “professional home” for those with expertise and interest in the subject. 

The result is Engineers Australia’s new Cyber Engineering Community of Practice (CoP), launched during Australian Cyber Week (26-30 October). The group will share experiences and knowledge, primarily focusing on cyber security and threats to computer and telecommunications infrastructure and services. 

Your roadmap to becoming a computer network architect

 Anyone who’s ever accessed the internet to send an email, which many of us do daily, has used computer networking. The technology offers quick and efficient information sharing and receiving. 

Furthermore, because virtually every aspect of business communication depends on computer networks, computer network architects are critical to organizations of all types and sizes. 

Corroborating their importance, the U.S. Bureau of Labor Statistics (computer engineering jobs) predicts a 5% increase in demand for computer network architects through 2029. By far, the computer systems design industry is the workforce’s largest employer at 32.3% followed by telecommunications and managed service providers.

What’s more, with an average annual pay of $112,690, the network industry has become one of the most fascinating fields to work in. 

Continue reading to learn how to land a career in computer networking, what it entails and the skills you must have.