Bentley System supporting infrastructure engineering ecosystem's working from home

Bentley Systems hosted a virtual press briefing with AECOM, Foth and Lane Construction which discussed working with remote teams and leveraging going digital solutions for civil infrastructure projects. projectwise bentley press briefProjectWise 365 helps the stakeholders share and find information, conduct collaborative design reviews and manage contractual exchanges faster for maximum team productivity. (Image source: Bentley Systems)

To protect and support their colleagues during the COVID-19 outbreak, organisations around the world have shifted quickly to working from home situations. During the press briefing, industry experts discussed how Bentley Systems’ civil design technology is helping the industry to better manage working remotely and to redefine how professionals design and build infrastructure projects.

According to Bentley System’s Francois Valois, vice-resident, civil engineering, and Mo Harmon, director, industry strategy, civil design, a new potential impact on construction productivity is the long term impacts of the coronavirus on how people do work.  Health and Safety on the job site will add a new dimension and construction firms may take new look at what employees are essential on the job site. “Therefore, the construction workers need to change the way we work with new processes enabled by the latest technology,” they agreed.

Bentley System’s ProjectWise 365 is an instant-on, 100 per cent cloud-based solution for increasing the speed and quality of the infrastructure design collaboration. “how hard is computer science, your engineering project practitioners and stakeholders can share and find information, conduct collaborative design reviews and manage contractual exchanges faster for maximum team productivity,” Valois explained during the press brief.

Penn State Mechanical Engineering to innovate curriculum

In its educational mission to prepare students for an impactful and successful career in a rapidly changing technological landscape, the Penn State Department of Mechanical Engineering (ME) has announced several curriculum changes to be implemented in the fall of 2020.   

Eric Marsh, the Glenn Professor of Engineering Education and undergraduate program coordinator, said, “We are advancing the curriculum to make better use of the computing power that only in recent years has caught up with an engineer’s imagination.” 

Two new courses, which have been offered previously as pilot programs, will become required for all mechanical engineering undergraduate students. The first is ME 454, a 3-credit course in mechatronics, which will focus on the integration of mechanical hardware, sensors and actuators and computer control. The second, ME 330, is a 3-credit computer engineering salary and simulation course. While the required number of credits will remain the same, some courses were eliminated and others were tailored to include core topics important to a mechanical engineering degree. 

The Gina Cody School of Engineering and Computer Science

Students and faculty use at-home 3D printers to manufacture visor support pieces for frontline workers

“Need your help!” The email subject line caught Anthony Tkalec’s attention right away.

Tkalec is a computer engineering student at Concordia. He didn’t hesitate when Wael Saleh, assistant professor in the Department of Mechanical, Industrial and Aerospace Engineering (MIAE), put out the call for anyone with a 3D printer to manufacture the support pieces for protective visors used by frontline workers at the Centre hospitalier de l’Université de Montréal (CHUM).

“When you see that people are dying all around the world, you want to do anything you can,” computer engineering definition. And so he immediately moved his 3D printer to his parent’s garage in the Montreal West Island municipality of Dollard-des-Ormeaux and got to work.

In the week that followed, he made 45 of the flexible support pieces that attach transparent visors to people’s heads.

Academic All-State 2020: Regional standouts from central Iowa

Next year I intend to study engineering at a four year university. I am currently deciding between the University of Oklahoma and the University of Alabama. My ultimate goal after college is to become a civil engineer and, after gaining some work experience, transition into forensic engineering. Throughout school, I have had a gift for math and an interest in forensic science. This being said, Forensic engineering seems like the best of both worlds. It is the perfect way to connect my talent for math with my interest in forensic science. It would allow me to impact people's lives a way that is behind the scenes and tailored toward my strengths and interests. With the world constantly advancing, engineering of any kind is an expanding and relevant field.


What challenges have shaped you, and how? My biggest obstacle has been myself. I hold myself extremely high standards and I am motivated to reach them. I am no doubt a perfectionist. My perfectionist tendencies have caused me undue stress and many late nights. As high school has progressed, I have realized that yes, grades are important, but they are not everything. My senior year especially, as the thought of moving away from my hometown and my friends looms over me, I have realized that sometimes stepping back and allowing myself to have the typical high school experience is also important. I believe that I will always be my own biggest critic, but as long as I am still able to enjoy myself along the way, I look at this quality as an asset rather than an obstacle, as it has helped me to stay focused, computer science degree jobs.

Maintaining a Virtual Community

Over the next few weeks, we invite you to join us for a short-form blog series on how SWE Members are navigating the world amidst COVID19. In this sixth blog, we are pleased to feature Kathryn Chamberlin from Arizona State University.

How do you handle stress and maintain a work-life balance right now?

I find myself going on a lot of walks right now! I live in Arizona so the weather is beautiful and it’s really helpful for me to get out of the house and breathe some fresh air. Even a 10-minute walk relaxes me and helps me focus more on work when I get back!

Do you have any tips for studying or working from home? 

Since studying at home gets pretty boring really fast, I’ve been supplementing my normal study techniques with a lot of online videos and tutorials. I’m a really big fan of CrashCourse on YouTube because their videos are short and fun to watch. I also host a lot of video conferencing study sessions with friends and classmates so that it feels like we are studying at the school library together.

How do you maintain community with your fellow SWE members, section, or affiliate?

Video conferences! Every night my what can you do with a computer science degree section hosts a Zoom meeting to do yoga together, and then a lot of us study together after. I love this chance to workout with everyone and see their faces during yoga!

TOP 6 CYBER SECURITY PODCASTS YOU MUST FOLLOW IN 2020

Podcasts dedicated to cybersecurity have been a popular medium to keep oneself abreast with the developments in the space. Conferences, which are typically the launchpads for announcements, cannot be attended by all. Even online news may not be the preferred medium for people who do not enjoy reading. For them, a podcast can be a more easy experience to get valuable insights and unique perspectives from analysts, how hard is computer science, and experts.

Since the popularity of these cybersecurity podcasts have gone up over the years, there are a host of options available today. In this article, we bring to you a list of top podcasts in this space

Cyber Security Sauna brings in experts from different fields to provide the latest information and insights that are taking place in the cybersecurity domain. The podcast also covers the latest trends and oncoming topics in the field to give a head start to its audience. Hosted by F-Secure’s Janne Kauhanen, the show is aired once a week and has been growing since its inception in 2017.

UN telecommunications agency launches global platform to fortify countries' networks

The International Telecommunication Union (ITU), an agency of the United Nations, has today announced the launch of a ‘global platform’ to help protect telecommunication networks under strain due to the COVID-19 pandemic.

ITU Secretary-General Houlin Zhao said in a statement that the Global Network Resiliency Platform will assist governments and the private sector in ensuring that networks are kept resilient and telecommunication services are available to all, as well as inform consumers on responsible network usage.

The platform set out by the computer engineering salary aims to assist policy-makers, regulators and telecommunication companies by sharing ‘best practices and initiatives put in place during the COVID-19 crisis'. “Never before have telecommunication networks been so vital to our health and safety, and to keep our economy and society working, as during the COVID-19 crisis we are living through today,” says Zhao.

“As a result, I have instructed my team to leverage without any delay ITU's existing regulatory and policy-maker platform to help countries and industry cope with the increasing stress being put on global networks.” The Secretary-General says the platform will provide countries struggling to find appropriate solutions with information and expertise on how to cope with the stresses faced by their infrastructure.

IDC forecasts flat telecom spending this year

Research firm IDC predicts that telecommunications services spending will be about the same as it was last year, due to the mixed impacts of the coronavirus pandemic.

IDC expects telecommunication services spending to hit $1.6 billion in 2020, which is nearly flat compared to last year. The outlook could surely be worse, and the telecom segment may get off lightly compared to more hard-hit sectors such as travel and consumer retail.

In terms of direct impact from the what jobs can you get with a computer science degree pandemic, IDC said that the industry is seeing some increase in use of services due to national lock-downs, but that doesn’t necessarily equate to an increase in revenues for service providers.

“On the positive side, IDC has observed increased use of telecom services due either to nationwide lockdown or work-from-home policies that many companies have implemented for their employees to follow,” the firm reported. “However, this doesn’t directly translate into a surge in telecom spending due to many households having unlimited voice calls and unlimited Internet services.” On the commercial telecom services side, IDC added, spending will be inhibited due to the pandemic’s economic impacts across various industries, with businesses either facing temporary shutdowns or being closed altogether.

In the second half of 2020, the firm added, the reduction in GDP growth will impact the market, as will the “continued transition to IP and cloud services with lower ARPU.” When it comes to mobile services specifically, IDC said that there will be negative impacts such as slower net additions, because retail outlets are closed and that makes it more difficult to activate new devices and plans for customers.

Booming technology, telecom sector

Qatar’s vibrant Information and Technology (IT) sector is booming driven by consistent rise in users and quality services by network providers.  The level of satisfaction among users is also high due to consumer centric services provided by the telecom companies. Adoption of new technology in Qatar is also high as the use of Internet and new devices has increased significantly over the last 10 years.

According to a report released last month by the Planning and Statistics Authority, the number of computer and Internet users in Qatar has increased sharply.  The annual growth rate for computer and Internet users in the period (2009-2018) was 9.9 percent and 10.7 percent, respectively.

The number of computer users among the population in the age group (four years and above) reached 2.2 million people in 2018, compared to 846,000 people in 2009; showing an annual growth rate of 9.9 percent during 2009-2018.

As per the report, the percentage of computer users among the population in the age group (four years and above) represents 82.7 percent of total population in this age group in 2018. The indicator is likely to rise in coming years due to high level of awareness among citizens and expatriates in Qatar. The how much do computer engineers make is contributing significantly to the country’s economy.

Incident Of The Week: How Hackers Are Taking Advantage

The coronavirus has upended almost every aspect of daily life. Stress and panic levels of individuals all over the globe have spiked. People are on edge, and hackers use these heightened emotions to their advantage. Now, cyber threats are increasing as COVID-19 continues to cause global panic.

Cyber security affects businesses and organizations of any size. While hackers direct some of their attacks at health organizations, CISOs should be cognizant of cybercriminals' capabilities. From the World Health Organization (WHO) to Italy's INPS, these are the pressing threats that come from the coronavirus crisis.

The WHO is the computer science vs computer engineering and all things public health and safety-related. This organization provides citizens around the world with the best health practices and information about how to handle this crisis. With this attention, the organization is also facing significant cyber security threats. 

Pinpoint Debuts First Engineering Operations Dashboard

Pinpoint today launched an engineering operations dashboard for teams to increase productivity and collaboration, and help engineers do more of what they love without distraction, available immediately.

Software engineers, and the products they build, are the driving force behind the economy. To execute their daily work, engineers require a massive toolbox for coding, testing, and deploying products. While all of these development tools are extremely useful, they’ve created inordinate complexity and inefficiency for the individual people, teams, and companies making software every day. Pinpoint’s goal is to improve the business of making software from start to finish. It unifies all engineering activity in a single, contextual view, solving collaboration issues caused by data silos and disparate tools. Pinpoint’s entry level computer science jobs analyzes all activity to understand how a team’s work is getting done across sprints and projects to help engineers identify what needs attention, resolve bottlenecks, manage risk, and plan more efficiently.

“Engineering teams shouldn’t have to waste time switching between countless tabs and tools to execute their work. We want to empower teams to focus on doing what they love: building great products. We’re determined to give engineers a solution they can’t imagine doing their jobs without,” said Jeff Haynie, CEO of Pinpoint. “A lot of companies say that they simplify work, but we’re building something totally different. We don’t just aggregate data. We take that extra step to answer ‘what next?’ so you have more time to get your real work done. And it’s all in one, easy to navigate dashboard.”

Global Heavy And Civil Engineering Construction Market 2025 Expected to grow with highest CAGR

This detailed research report on the Global Heavy And Civil Engineering Construction Market offers a concrete and thorough assorted compilation of systematic analysis, synthesis, and interpretation of data gathered about the Heavy And Civil Engineering Construction Market from a range of diverse arrangement of reliable sources and data gathering points. The report provides a broad segmentation of the market by computer science vs engineering the market into application, type, and geographical regions.

In addition, the information has analysed with the help of primary as well as secondary research methodologies to offer a holistic view of the target market. Likewise, the Heavy And Civil Engineering Construction Market report offers an in-house analysis of global economic conditions and related economic factors and indicators to evaluate their impact on the Heavy And Civil Engineering Construction Market historically.

The importance of customer service in the telecommunication industry to increase engagement

Do you really know the importance of customer service in the telecommunication industry? Let’s talk about it in this article.

Social networks are a fundamental component of any effective digital marketing strategy, especially for companies in the TLC sector, because they focus on three key aspects: customer retention, company reputation and brand identity, all factors of competitive advantage.

Telecommunications is a particularly competitive sector.  On the one hand, digital innovation is continuous, and this requires telecommunication companies to constantly work to improve the technologies made available to users. On the other hand, customer expectations are constantly rising, setting ever higher standards for quality that challenge some companies to be able to proactively address those changes.

New competition from OTT (over the top) services that offer digital content and services directly through the internet with new jobs with computer science degree models have placed many traditional telcos in crisis when it comes to acquiring new users. So how can companies embrace the challenges to restart the sector

Applications: Combining the old with the new

Legacy applications are still extremely valuable to organisations, as they tend to offer the kind of security, reliability and resilience required. Innovation-fuelling data is also often stored in legacy databases. These tend to be systems of record and are used to support critical business functions, such as data processing.

But, says Ian Fairclough, vice-president of services for Europe, the Middle East and Africa (EMEA) at MuleSoft, when it comes to modern business requirements, legacy applications often fall short because they are less well suited to new consumer demands and less able to adapt to rapid change.

“Since abandoning legacy applications isn’t an option, organisations must find ways of modernising them to allow newer digital platforms and technologies to integrate with them more seamlessly,” says computer engineering vs computer science. “They must unlock the data they contain and decentralise access, so that data can be used to enhance customer experiences more effectively.”

Congruex Providing Critical Engineering And Construction Solutions To Nation's Top Broadband Providers

Congruex, a national end-to-end provider of design, engineering, construction, construction management and maintenance services to broadband providers, today highlighted recent projects for critical service organizations with nationwide networks as they combat the COVID-19 pandemic. 

"During these incredibly challenging times, it is paramount that healthcare providers, first responders, educators, businesses and critical providers of essential services get these new networks implemented in order to stay connected with one another" said Bill Beans, CEO of Congruex. "We are so proud that Congruex's 1600 plus professionals across the US and India have all been able to maintain the same high caliber of services that we delivered before this pandemic advanced to the areas where we provide and perform services. Congruex's broadband engineering and construction services and solutions enable seamless communication among those working on the frontlines, resulting in more effective treatment for those impacted by COVID-19. Our team members have been working how much does a computer engineer make to address the rapidly evolving needs of our customers. I commend them for their tireless efforts and accomplishments." 

Telecom Technologies Market Predicted to Accelerate the Growth by 2017-2025

Telecom technologies have been making gigantic strides on the back of enormous development in areas of devices, applications, and networks. Telecommunication technologies, at its core, entail delivery of electronic communication along with a clutch of products and services such as cell phone audio and text-based communication, Internet access, online video streaming, etc. Wired subscriber lines and wireless connections that leverage satellites to send data is the main delivery mode.

Growing is computer science engineering, surging popularity of Internet of Things (IoT), and emergence and uptake of various cutting-edge technologies across the world are serving to boost the demand for telecom technologies. Rising deployment of over-the-top (OTT) services too has proved highly beneficial to the market.

Global Thermal Interface Pads & Materials Market – Industry Analysis and Forecast

Growing demand for effective thermal management for apparatus in computer and telecom engineering along with their adoption in designing LED displays is an important factor driving the growth of the market. The demand for energy efficient devices which can reduce the energy loss foster the growth of thermal interface pads and materials market. On the other hand, high cost of devices equipped with thermal interface pads and materials is a main restraining factor for the growth of market. Many stability issues related to thermal interface material in the process of downsizing is a key market challenge. Most the market growth in the coming years is estimated to be driven by demand from thermal interface pads & materials across emerging economies.

The thermal interface pads and materials market would exhibit significant growth in the Asia-Pacific and LAMEA regions, because of the increasing number of start-up companies and its rising awareness. The materials segment is expected to grow at a considerable growth rate because of increasing availability of bio compatible materials, efficient material usage, and simultaneous computer science or computer engineering of multiple materials. In addition, the materials segment is expected to grow rapidly in North America and Europe, because of the established systems market.

Global thermal interface pads and materials market analysis report studies the latest industry trends, development aspects, market gains, and Thermal Interface Pads and Material industry scenario during the forecast period (2019-2026). The fundamental overview of Thermal Interface Pads and Materials industry, key market segments, product description, applications are presented in this report. Global thermal interface pads and material market report provides.

Industrial Scientific names computer of engineering

Pittsburgh-based Industrial Scientific Corp. named Saldy Antony vice president of engineering, according to a news release. 

Antony previously served as vice president of engineering and product at Petcube, and he has also held roles at Dolby, Amazon and Netflix. 

“Across 23 years of what do computer engineers do, Saldy has demonstrated his ability to drive tremendous improvement in technology and design for businesses,” Parker Bourke, senior vice president and general manager of Industrial Scientific, said in a prepared statement. “Saldy will be critical toward accelerating our technology strategy and delivering on new products that will accelerate us toward our vision of eliminating death on the job by 2050.” 

Automation for Beginners and Experts

At its simplest, automation means to make something automatic. In manufacturing, whether describing a single device or an entire system or process, automation refers to performing one or many tasks autonomously with minimal or even no human interaction in a manufacturing or production environment.

“In most situations, automation allows manufacturers to produce goods faster, with higher quality, and at a lower cost than manual operations,” said computer science average salary, principal vision systems architect for Integro Technologies.

The day before the federal government issued new recommendations that Americans wear cloth face coverings to help slow the spread of the coronavirus, a researcher at Missouri University of Science and Technology decided to test a few common household materials – pillowcases, scarves, furnace filters – “out of curiosity.” His early results, which he shared on Twitter Thursday, have attracted the interest of do-it-yourselfers, fellow engineers and scientists, and the general public.

The tweet also attracted the attention of a journalist from The New York Times, who reported on the project Sunday as part of the newspaper’s coronavirus coverage.

Dr. Yang Wang, assistant professor of environmental engineering at Missouri S&T, studies how fine particles like aerosols are transmitted. Recent research suggests that the coronavirus may survive on airborne aerosols for a few hours, although it also can be spread through larger respiratory droplets emitted through a cough or a sneeze.

Why Education Is a ‘Wicked Problem’ for Learning Engineers to Solve

Ashok Goel has a vision for the future of education. The professor of computer science and cognitive science at Georgia Institute of Technology believes every student and researcher should have access to artificially intelligent assistants that not only help them study facts and figures, but also collaborate more closely with other humans.

Goel has already helped to build such tools for use in his own classroom and worldwide through collaborations with the Smithsonian Institution. He hopes AI bots—such as his most well-known, a virtual teaching assistant named Jill Watson—may help to ease the entrenched tensions that make education such a “wicked problem” to solve.

In a recent conversation with what is the difference between computer science and computer engineering discussed how learning engineering researchers are applying artificial intelligence to help make high-quality education accessible, affordable and effective on a grand scale. The professor also acknowledged the many ethical questions raised by such efforts.

Digital Platform Helps Interdisciplinary Teams Form for Senior Projects and Theses

A collaboration between students and faculty in engineering, business and entrepreneurship has given rise to a digital platform that allows students from all three areas to form interdisciplinary teams for senior projects, entrepreneurial ventures and honors theses.

The College of Engineering, the Walton College of Business and the Office of Entrepreneurship and Innovation have partnered to host an online mixer aimed at connecting students from across disciplines as they approach their senior-year capstone projects and innovation-based honors theses. Beginning April 2, students will be able to sign up on the platform, called CoFinder, to pitch their project idea to a network of other students from different areas, with the goal of forming a design project team. Those teams will engage in a year-long capstone or thesis project for the 2020-21school year.

These connections would typically be made at an in-person mixer on campus, but because in-person activities around the world have been curtailed in response to the computer engineer vs computer science, this platform will allow students to foster interdisciplinary connections safely from anywhere.

Robert Saunders, assistant department head of electrical engineering, is one of the organizers of the digital effort. He said senior projects are a critical part of a student's academic journey, but forming an effective interdisciplinary team can pose a challenge.

"Many students dream of having a team to solve a problem, push an idea, product or service to realization during their senior year," he said." But, they don't know how to get in touch with other students who have the business/practicum/social/technical knowledge to realize these dreams. Now, more than ever, it is important that we provide the means and atmosphere that allows our students to come together to achieve their goals and dream."

The collaboration platform was developed by two students in the College of Engineering's Department of Computer Science and Computer Engineering — Canon Reeves, founder of More Technologies, and Kyle Sadler, student director of the University of Arkansas Startup Village.