SHIFTING FROM MEDICINE TO ENGINEERING, STUDENT FINDS HE ENJOYS TEACHING

Daniel Ayoub entered the University of Virginia a student and left a teacher.

The River Vale, New Jersey, native, who will graduate in May with a dual major in electrical engineering and computer engineering, with a minor in mathematics, designed his own one-credit course as an introduction to engineering and has kept it going as the University has shifted over to online classes.

For four semesters, Ayoub was a teaching assistant in the computer engineering department. He soon realized what does a computer engineer do what was clear and understandable to him was not necessarily clear and understandable to the students in front of him, and he sought to find a different way to present that information.

“That quickly humbled me and showed me that I can’t just explain things quickly,” he said. “Presenting the material became a creative process with me to think about, and that ended up being a challenge or a puzzle, especially at the beginning. But seeing students who were discouraged about the material begin to understand it and have an appreciation for the course, that was very meaningful to me.”

Now is the perfect time for engineering to join the caring professions

Like members of the medical profession currently tackling the Covid-19 pandemic, engineers should be trained to think about the wider impact on people and society of the decisions they make.

We’ve all been struck by the horror and sadness of doctors, nurses and other medical care workers around the world having to make challenging ethical decisions related to caring for computer engineering careers patients. We empathise with their plight and wonder what we would do in their shoes, but try to take confidence in the hope that their years of training and the scenarios they have encountered in their academic courses or residencies will help them.

Indeed, over the past decades, the field of medical humanities - which, according to a paper published in 2002 in the academic journal of the same name, aims to “[understand] the human body not only in medicine’s conventional biological terms but also in sociological, philosophical, psychological and cultural terms” - has been incorporated more and more into medical training.

Many universities now offer standalone degrees in the subject. While humanities training in higher education may not make these difficult choices any easier, it goes some way to preparing medical professionals to meet the challenges they encounter on the job.

Engineering Managers Discuss How to Get the Most From Your One-on-Ones

More than 90 percent of employees say they are more likely to stay with an empathetic employer, according to a study from computer science or computer engineering. And few leaders are in as foundational a rule as an employee’s direct manager, who has the ability to lead with compassion and act as a sounding board for direct reports. Many managers in Chicago tech use one-on-ones as a vehicle to do just that.

Giving an employee attention and a safe environment for them to speak candidly during one-on-ones makes them feel valued. Managers can drive empathy by prompting their employees to discuss their personal or professional concerns, then acting as an attentive listener and helping them find solutions to their challenges. Without micromanaging, managers should be sources of conflict resolution and skills development.

Bath’s Miller to pursue mechanical engineering career

Ainsley Miller, a 17-year-old senior at Bath High School, is carving out a pathway for a career in mechanical engineering, and she doesn’t have too far to go to earn a degree.

Miller has chosen to attend Ohio Northern University in Ada.

“I can commute from my house,” said Miller. “I only live 15 minutes away, and it’s one of the best schools for engineering in Ohio.”

Her decision was also influenced by family.

“A lot of people in my family, mostly all my uncles and my brothers, brother in law, they do mechanical engineering and all sorts of engineering. So it’s kind of why, and I feel like it’s something that’s always going to be useful,” difference between computer science and computer engineering.

Miller has been active in her four years at Bath High School.

“I’m an editor of our Paw Print newscast, treasurer in student council and I’m also secretary in National Honor Society and I just finished playing soccer all four years and I also have letters in swim and track,” Miller said.

Her participation in sports has taught her the leadership skills she’ll need later in life.

“(It teaches) how to interact with people that you might not interact with outside of sports or someone you might not always get along with. Being on a team, you create relationships that you wouldn’t if you didn’t play that sport,” Miller said.

Miller’s attended Bath schools her entire life, as have her siblings.

U. appoints new Dean of Engineering School

Andrea Goldsmith, an accomplished entrepreneur and pioneer in the field of wireless communications, was appointed as new Dean of the School of Engineering and Applied Science (SEAS), the University announced on April 15.She has been appointed effective Sept. 1, and she will also join the University faculty as the Arthur LeGrand Doty Professor of Electrical Engineering.

Former Dean of SEAS and the Michael Henry Strater University Professor of Electrical Engineering H. Vincent Poor GS ’77 led the search committee for the new dean. Poor is also serving as Interim Dean of SEAS until September.

Goldsmith will replace Emily A. Carter, the Gerhard R. Andlinger Professor in Energy and the computer science vs computer engineering, Emeritus, who served as SEAS Dean until 2019 when she became Executive Vice Chancellor and Provost at the University of California, Los Angeles.

Goldsmith is currently the Stephen Harris Professor of Engineering and Professor of Electrical Engineering at Stanford University, where she has worked for 21 years. Her work began in the 1990s when she started developing mathematical approaches to improving Wi-Fi systems through increased efficiency and capacity. Her methods are used in cellphone networks to the present day, the University announcement noted.

Human Capital is an engineering talent agency and a VC fund all in one

Michael Ovitz didn’t invent the idea of a talent agency, but one might argue that he perfected it. He founded the CAA in 1975, and grew it into the world’s leading talent agency, serving as chairman for 20 years. Now, Ovitz is investing in a brand new type of talent agency called Human Capital.

Human Capital is a hybrid organization, one part VC fund, one part recruiting business and one part creative agency. (Human Capital did not invest in its agency startup from its VC fund.) The Human Capital VC fund has $210 million in assets under management.

The Human Capital recruitment/agency company, founded by former General Catalyst associate Armaan Ali  and Stanford grad Baris Akis, looks to provide for tech engineers the same services that Ovitz provided to actors and creatives back in the how much does a computer engineer make. Engineers are some of the most sought-after talent in Silicon Valley and across the globe. And while big corporations and high-growth startups duke it out over these young engineers, the candidates themselves have little to no guidance around where they should go, what they should expect during the process, and, in some cases, what they should expect to earn.

Discover Engineering for Prospective Students Makes Impact in Online Format

How do you show prospective students your campus when your campus is closed? How do you deliver information in digestible chunks so as to keep guests engaged online? How do you create meaningful interactions with current students, faculty, alumni, academic counselors and staff while practicing social distancing?

At UCLA computer engineering careers, we quickly realized we would have to think outside the box to transition our annual Discover UCLA Engineering recruitment event on April 5 from one that’s held on campus to a virtual experience. Our objective was to communicate that the school cares about our prospective students and their choice, that we are excited about their admission, that we want to connect with them and that we’re in this pandemic situation together. After taking stock of what we already had on hand from previous events and what new content we would need to create, we made a plan.

This included creating a one-stop-shop website where prospective undergraduate students and their families could find a comprehensive introduction to our school. It even included a self-filmed video tour one of our Engineering Ambassadors created when students were first sent home. But we knew we would also have to produce additional content, as well as prepare live interactions during the actual event.

ST Engineering secures over US$1.27bn of new contracts during Q1 2020

Singapore Technologies Engineering Ltd (ST Engineering) today announced new contracts worth about SG$1.6bn (US$1.27bn), secured by its aerospace and electronics sectors in the first quarter (Q1) of 2020. These contracts are over and above a defence contract that its Land Systems arm secured. 


Of this figure, the group’s aerospace division secured approximately SG$838m (US$589m) across its spectrum of aviation manufacturing and MRO businesses. 

The MRO contracts included A320 heavy maintenance contracts and CFM56-7B engine maintenance contracts from computer engineering career, and a component maintenance-by-the-hour (MBHTM) contract from a Southeast Asian airline to provide comprehensive component maintenance services for its entire fleet of Boeing 737 and Bombardier Q400 aircraft.

These Q1 contracts comprised those previously announced in February during Singapore Airshow 2020, namely: multi-year engine and component MRO contracts from a South Korean airline; a five-year nacelle maintenance contract, and a three-year airframe heavy maintenance contract. 

VVDN opens new 10 acre facility in Manesar to push telecom engineering and manufacturing

The new campus has a planned capacity of around 100,000 employees and will be operational by the middle of May 2020. The new campus facility will be a bigger factory with greater production output, the company said. Telecom engineering and manufacturing company VVDN Technologies said that it has opened its 10 Acre Global Innovation Park at Manesar, Gurugram, to further strengthen its engineering service offerings and increasing its manufacturing capacity by adding to the infrastructure.

The new campus has a planned capacity of around 100,000 employees and will be operational by the middle of May 2020. The new campus facility will be a bigger factory with greater production output, the company said.

“This manufacturing expansion has occurred at a unique time when the world is looking for manufacturing alternatives, and computer science engineering is now determined to offer its global customers a world-class manufacturing capability with an excellent quality level. The electronics manufacturing world is rapidly evolving and VVDN is ready to meet the needs of the new normal of the world with its advanced and sustainable infrastructure, capacity and manpower," said Bhupender Saharan, CEO, said.

Business Networking Isn’t Dead – It’s Not Even in Hibernation

I heard on the grapevine, OK it was someone posting on LinkedIn, that business networking is meant to be dead in the wake of how much does a computer engineer make and I was actually stunned that they thought the world had stopped networking.

As many of us rapidly find ourselves and our businesses forced to close doors, hibernate or adapt it is understandable that in the face of these kinds of restrictions be it trading or simply an inability to gather in groups of more than two, that you could be forgiven for thinking that networking as we know it is in hibernation too.

Turns out nothing could be further from the truth and I think that there are a number of things driving us to reinvent what networking is in the modern age.

The truth is the rules are changing on a daily basis. Had you told me three weeks ago that I would have had to close the doors to my pub and stand down my 18 staff I would have laughed a lot but as Australia is grappling with the best way to flatten the curve my pub has been one of the many casualties now attempting to reinvent itself. Likewise, the direct impact to the hospitality and tourism sector meant that my social media agency took a 20% revenue hit literally overnight.

As an executive director for BNI Adelaide North I am speaking to my members, some 160 of them on a weekly basis and there is one common thread and it’s a really simple one “How the hell was I meant to plan for this? What the hell do I do now?”

WMU senior engineering students solve problems facing business, industry and people

Studies pertaining to innovative exterior residential lighting design, herb garden monitoring, helmet-to-helmet impact reduction, therapeutic virtual reality, moonwalking and much more were showcased in live online presentations by senior engineering students at Western Michigan University's 66th Conference on Senior Engineering and Design.

Students had intended to present their research in person at this annual spring conference, but with the COVID-19 pandemic forcing the cancelation of large group events, students presented their work online instead Tuesday, April 14.

About 300 students presented nearly 100 projects they have completed to solve problems facing business and industry. A list of all the projects, many of which are sponsored by southwest Michigan companies, is available at is computer science engineering.

The conference is traditionally held twice each year at the college, in April and December, to showcase the work of graduating seniors who are required to complete a real-world capstone project. The capstone design course is an important component of the senior year and is a customary part of many engineering programs.

There are a variety of disciplines involved, including chemical and paper engineering; civil construction engineering; computer science; electrical and computer engineering; engineering design, manufacturing and management systems; industrial and entrepreneurial engineering and engineering management; and mechanical and aerospace engineering.

UTA computer scientist developing topological methods for robotic perception

Using a new field of applied mathematics, a computer scientist at The University of Texas at Arlington is working to enhance the perception capabilities of robots.

William Beksi, assistant professor of computer science and engineering, is investigating how to effectively process 3D point cloud data captured from low-cost sensors--information that robots could use to facilitate intelligent tasks in complex scenarios. Beksi's work is funded with a two-year, $175,000 grant from the National Science Foundation.

Three-dimensional point clouds are sets of points in space, sometimes with color information, that can be obtained from inexpensive 3D sensors. However, data generated by these sensors can suffer from anomalies, such as the presence of noise and variation in density of the points. These issues limit the reliability, efficiency and scalability of robotic perception applications that use 3D point clouds for manipulation, navigation, and object detection and classification.

"As 3D-sensor technology becomes pervasive in robotics, modern approaches to process and make use of this data in innovative and meaningful ways has not kept up," Beksi said. "Traditional 2D image-processing routines for extracting perceptually meaningful information cannot be directly applied to computer science or computer engineering.

Breaking the size and speed limit of modulators: The workhorses of the internet

Researchers developed and demonstrated for the first time a silicon-based electro-optical modulator that is smaller, as fast as and more efficient than state-of-the-art technologies. By adding indium tin oxide (ITO) -- a transparent conductive oxide found in touchscreen displays and solar cells -- to a silicon photonic chip platform, the researchers were able to create a compact device 1 micrometer in size and able to yield gigahertz-fast, or 1 billion times per second, signal modulation.

Electro-optical modulators are the workhorses of the internet. They convert electrical data from computers and smartphones to optical data streams for fiber optic networks, enabling modern data communications like video streaming. The new invention is timely since demand for data services is growing rapidly and moving towards next generation communication networks. Taking advantage of their compact footprint, electro-optic converters can be utilized as transducers in optical computing hardware such as optical artificial neural networks that mimic the human brain and a plethora of other applications for modern-day life.

Electro-optical modulators in use today are typically between 1 millimeter and 1 what do computer engineers do in size. Reducing their size allows increased packaging density, which is vital on a chip. While silicon often serves as the passive structure on which photonic integrated circuits are built, the light matter interaction of silicon materials induces a rather weak optical index change, requiring a larger device footprint. While resonators could be used to boost this weak electro-optical effect, they narrow devices' optical operating range and incur high energy consumption from required heating elements.

Contributions of technology, operations, finances and health regulations expertise make for alternative to needed equipment

In early March, RIT alumnus Corey Mack ’11 (mechanical engineering technology) received an email from the U.S. Department of Defense asking start-ups and entrepreneurs to build emergency ventilators for under $300. Mack also was keeping up with news in New York state and heard the governor’s call for masks, shields, and ventilator equipment.

“He said, essentially, if you have a way to help, then I’ll invest.”

After looking through company patent information and a YouTube influencer who does videos for medical school students to understand the equipment they’ll eventually work with, Mack saw the ventilator problem as simple computer science average salary.

“Not exactly simple from a regulations perspective, but it is an air pump and some valves,” said Mack. Within a few days, his idea became a design that complied closely with the required pieces of emergency ventilators.

Once Mack put that design up on his Facebook site, he had a groundswell of help from a familiar community—RIT alumni, former faculty, and friends of the university. The project is called Covid19Vent.

The RIT alumni family understood the lengthy and demanding FDA process—which includes documenting in detail where and how each of the parts was produced, said Mack, who called upon classsmates from RIT’s College of Engineering Technology.

A finance engineering degree for the future

Looking for a study abroad destination to advance your finance engineering (fintech) skills? Lithuania is the place to go. Last year, the number of companies in the fintech sector exceeded 200, making Lithuania one of the most forward-loking fintech hubs in the world.

“We want Lithuania to pioneer new areas in which Fintech can play a major role. The development of the Fintech sector is one of the government’s priorities”, says Lithuania’s Minister of Finance Vilius Šapoka.

The country’s expanding fintech influence is highlighted in the “Fintech Landscape in Lithuania 2019-2020” report by non-profit organisation Invest Lithuania.

According to the report, the number of jobs in the fintech sector in Lithuania rose to 3,400 in 2019, a 30 percent increase from 2018. Whereas the number of new fintech companies in Lithuania increased by 24 percent.

“The fintech sector has doubled since 2016 and is one of the fastest-growing high value-added sectors of the Lithuanian economy,” adds Lithuania’s Vice Minister of Economy and Innovation computer engineering salary.

Engineering the UK’s first net zero industrial clusters

The £20 million Industrial Decarbonisation Research and Innovation Centre (IDRIC) has been tasked with taking the UK’s biggest industrial carbon emitter sites on a path to net zero by 2040. Professor Mercedes Maroto-Valer, head of the new Centre, says decarbonisation will require a new type of engineer, and joint efforts from industry, government and academia.

Many industrial areas of the UK remain heavily reliant on carbon fuels. The six largest industrial clusters by emissions are in Humberside, followed by South Wales, Grangemouth, Teesside, North West England and Southampton.

The goal is to create the world’s first net-zero carbon industrial cluster by 2040 and at least one low-carbon cluster by 2030.

The Centre will be a one stop shop for all industrial decarbonisation matters – where industry and policymakers can discuss how to accelerate progress, where academia can provide research and innovation expertise and where we can map what we need, and when, to achieve net zero emissions.

computer engineering definition doesn’t mean an end to the traditional industries in those clusters, whether it’s petrochemicals or steel or cement manufacturing. It means adapting and engineering new technologies while creating prosperity.

Supercomputers Assist International Engineering Team on Wave Energy Project

Similar to solar panels and wind turbines, wave energy converters harness energy from Mother Nature’s resources – specifically ocean waves – and turn them into electricity. While this process has not yet been perfected, it has the potential to reduce our reliance on fossil fuels.

While several challenges, such as operating complex devices in harsh ocean conditions, must be overcome before wave energy becomes a realistic option for mainstream power, one step toward a solution was recently studied and validated by an international team of engineering researchers. The team’s findings related to their wave energy simulation tool was published in  the Journal of Computational Physics, with the outcomes validated using the Comet supercomputer at the San Diego Supercomputer Center (SDSC) and Bridges at the Pittsburgh computer science degree jobs.

Focused on modeling complex fluid-structure interaction problems, the research team’s study encompassed simulations such as heavy rigid structures interacting with high winds, breaking waves, and other complex marine characteristics.

Amazon offers free online computer science courses

Amazon is closely monitoring the impact of how to become a computer engineer and working to support local communities, customers and employees during this difficult time.

Right now, schools in the Chicago area and across the state are experiencing disruptions during the pandemic and Amazon wants to help. In response, Amazon Future Engineer is providing free access to sponsored computer science courses in the U.S.

The courses are for independent learners in sixth to 12th grade, and teachers who are remotely teaching this age group. Parents can also access this curriculum.

Amazon Future Engineer is also offering a virtual robotics program through partner CoderZ.

The fully sequenced course accommodates age levels from second grade with block-based coding to high school with text-based coding.

Students, teachers, and parents can also access EarSketch, a free program that helps students learn to code through music. Grammy-award winning artists Ciara and Common have both provided studio-quality music STEMs that students can remix from home using code.

UK vs US vs Canada: Countries to choose for STEM courses

The word ‘STEM’ seems to be gaining popularity in academia around the world these days, and for those confused, it stands for computer engineering jobs Engineering and Mathematics. It’s a term that is used to simplify the diverse range of subjects that fall under these four categories. Besides, it was originally popularised by the USA where education policies that focused on STEM degrees were first implemented.

Here are the comparative analysis between the STEM courses offered at the undergraduate level by the three major countries in international education- United Kingdom, United States (USA) and Canada.

The average annual fees in the United States of America (USA) is comparatively higher than that in United Kingdom and Canada. The average tuition fees for STEM courses is $50,100, comparatively higher than that in United Kingdom (£9,000 – £38,000), and CAD (33,000 to 33,700) in Canada.

Computer science: As Moore’s Law slows down, the Insight Architecture Lab accelerates

Adwait Jog sat down at a table in McGlothlin-Street Hall last semester and delivered his verdict on the status of a long-standing observation that has predicted the expansion of computing power for decades.

“Moore’s Law is slowing down,” he said. Jog went on to explain that the 1965 observation that projects a rapid, regular rate of advances in semiconductor technology has run its course.

For the foreseeable future at least, computer scientists can’t address most issues by throwing more silicon at the problem. It doesn’t help that Moore’s Law expired at a most inconvenient time, too: just when the demands of big-data applications began to pile up.

Jog is an assistant professor in William & Mary’s Department of Computer Science. He and other computer scientists are working to make computers more efficient by improving the architecture of the machines, necessary for computational handling of projects ranging from machine learning to genomics.

As the era of Moore’s Law ends, the limitations of improvements to the central processing unit — CPU— become clear. New approaches to faster, more secure and more efficient computing are being developed. Jog’s Insight Architecture Lab is exploring the potential of accelerators, components that boost one or another particular function of a computer. Their work is supported by a number of funding institutions, notably the what jobs can you get with a computer science degree.

School with special computer hub status working with Norfolk firm

The Norfolk Computing Hub, based at Dereham’s Neatherd High School, has developed a new partnership with local engineering firm, Lintott Control Systems.

As one of the 40 new Department for Education appointed national centres for computing education, the hub was tasked with promoting the subject in schools and the wider community. It is part of an initiative to tackle an employment gap in the industry sector and to allow schools to broaden knowledge of computer science.

As part of the partnership, how much do computer engineers make is making its Industry Accelerator Training Academy available for the hub to run its face-to-face* courses as well as providing computer aided design workstations, industrial equipment and apparatus. Adam Gibson, Norfolk hub lead, explained that the company’s contribution will benefit many teachers and pupils.

He said: “Physical computing devices can bring the subject to life and help to engage young people from an early age into computing.

“It is now possible to be able to buy class sets of devices that will be available for loan by primary schools and that our trainers can work with teachers to strengthen the delivery of the subject to pupils of all ages.”