From the Desk: Engineering and Technology dean shares how COVID-19 challenges are being met

The engineering and technology profession has a distinguished and proud history of responding to crises through innovation and creativity under multiple constraints, including time.

A classic example is the challenges NASA faced to bring the crew of Apollo 13 home alive after an explosion that resulted in the loss of oxygen due to a major system failure, putting the astronauts' lives in jeopardy unless a solution was designed and deployed very quickly.

The COVID-19 pandemic has presented analogous challenges for health care workers as they strive to treat patients. One critical area faced by Indiana University Health and other health care systems was contingency planning to provide enough ventilators to patients who might need them. Thanks to the outstanding relationship between the School of Engineering and Technology at IUPUI and IU Health, our faculty were ready to respond when IU Health reached out for assistance with creative solutions.

School of Engineering and Technology dean David RussomannoView print quality image
David Russomanno. Photo courtesy of the School of Engineering and Technology
IU Health requested an initial design and fabrication of components by the School of Engineering and Technology that would be able to serve 100 patients with 50 ventilators, along with the capability to provide more components proportional to demand as part of surge planning.

Paul Yearling, a clinical assistant professor of mechanical engineering technology, along with other faculty members from the Department of Engineering Technology, reverse-engineered, redesigned and fabricated ventilator parts and other critical electrical and mechanical components required to split a ventilator's function to serve two patients if necessary.

An engineering solution to achieve the same functionality with half of the originally designed capability, in this case ventilators, was reminiscent in many ways to the creativity required with Apollo 13 to provide oxygen for the astronauts after the major system failure.

In addition, given Yearling's well-established relationship with IU Health, he was also able to rapidly start up and lead the production to 3D-print much-needed personal protective equipment, or PPE, as a backup for IU Health.

And the School of Engineering and Technology's contributions do not end there.

Professor of electrical and computer engineering Stanley Chien, using facilities provided by the Transportation and Autonomous Systems Institute at IUPUI along with facilities provided by IUPUI's energy, mechanical and computer science vs software engineering engineering programs, fabricated intubation boxes to protect health care clinicians from virus-laden aerosols often resulting from intubation procedures. Such a just-in-time fabrication was particularly helpful for some rural and regional hospitals in the Midwest that did not have adequate personal protective equipment.

In addition, four teams led by faculty in mechanical and energy engineering worked diligently to complete innovative ventilator designs and created rapid prototypes ready for testing. An ambu-bag-style ventilator was created by Jaime Arcos, a former visiting scholar at IUPUI, in close collaboration with associate professor Andres Tovar.

Johns Hopkins University For engineering students, classes are an at-home design challenge

When mechanical engineering junior Olivia Skaug was assigned to build a device used to transfer heat between fluids in her Heat Transfer Lab course, she felt more than ready. After all, she had access to a plethora of manufacturing tools, materials, and state-of-the-art testing equipment on the Homewood campus.

But cut to April and the spread of the novel what to do with a computer science degree, and Skaug and her classmates must finish the semester remotely. Instead of using the professional tools and equipment in labs back on campus, she's constructing her device in the kitchen of her family home in Bear, Delaware, using household items like scissors, aluminum loaf pans, and duct tape.

"I've had to get inventive when finding tools and equipment to manufacture my heat exchanger, but it was a fun challenge to tackle," Skaug says. "Engineers have to deal with limitations and evolving specifications all the time. If anything, this is good practice for me to use creativity when faced with an engineering challenge."

New Horizon College of Engineering starts B.E. Admissions 2020

New Horizon College of Engineering (NHCE), which is an Autonomous college affiliated to Visvesvaraya Technological University(VTU), has started the B.E. admissions for 2020. Interested candidates can now apply for admissions to B.E. courses offered by the institute in both online and offline mode. The college offers eight B.E. courses and candidates need to fulfill the minimum eligibility criteria of the college to be eligible for admissions to these courses.

• Candidates should have passed 2nd PUC/Class 12 from Karnataka Board or any other recognized board or its equivalent examination with Physics & Mathematics as compulsory subjects.
• Candidates must have a minimum of 45% marks aggregate in Physics, Mathematics and any one of the following subjects: Chemistry/ Biology/ Biotechnology/ computer science major jobs. It should be noted that English is a compulsory subject.
• In case of candidates belonging to ST/SC/ other backward classes, the minimum marks for the purpose of eligibility will be an aggregate of 40% marks in the optional subjects in the qualifying examinations.

Global Electronic Contract Design Engineering Market 2020 Analysis and Forecast Outlook 2024

The Global Electronic Contract Design Engineering Market report is aimed at highlighting a firsthand documentation of all the best practices in the Electronic Contract Design Engineering industry that subsequently set the growth course active. These vital market oriented details are highly crucial to overcome cut throat competition and all the growth oriented practices typically embraced by frontline players in the what is computer engineering market. 

Various factors and touch points that the research highlights in the report is a holistic, composite amalgamation of product portfolios of market participants, growth multiplying practices and solutions, sales gateways as well as transaction modes that coherently reflect a favorable growth prospect scenario of the Electronic Contract Design Engineering market.

Mechanical Engineering Supply Chains

The mechanical engineering industry is feeling the consequences of the corona pandemic with increasing force.  A very recent survey by VDMA, the German association for the mechanical engineering industry, was answered by 965 member companies and clearly shows this.  The share of companies whose operations are affected rose from 60 to 84 percent within two weeks.  Almost every second company affected (45 percent) suffers from “serious” or “noticeable” disruptions along the supply chain.  Only 5 percent have been spared so far.  For example, parts and components that were ordered in Asia a few weeks ago did not arrive at the local plants.  In addition, there are also problems with European and German suppliers.

According to the latest survey, supply chain disruptions are particularly prevalent in Italy (75 percent of those affected), Germany (55 percent), China (51 percent), France (36 percent) and the USA (25 percent). “However, the situation in China and South Korea seems to be easing slightly.  In addition, many mechanical engineering companies report a significant increase in orders from their Chinese customers”, explains how to become a computer engineer chief economist Dr. Ralph Wiechers.

Reduction of Investment Projects

In the meantime, machine builders have also become much more pessimistic about the expected loss in sales.  Almost 96 percent of companies expect decline in sales, which they will no longer be able to make up for in the remainder of the year.  A good 60 percent of these put these declines at 10 to 30 percent.  In order to compensate for these, three quarters of the machine builders surveyed have already made capacity adjustments, mainly via working time accounts, but also in the form of hiring freezes and short-time work.

On Engineering in Crisis: Finding Your Rhythm

One of the most important ways I reduce stress right now is through music. I am in a small jam band that has been meeting for over ten years, along with a women’s chorus, and it is fun for me to figure out how we can still meet virtually! I am retired, but I have many volunteer commitments and I am grateful for the opportunity to take a breather from the daily hustle bustle as gatherings get canceled. I also exercise every day to try to avoid the creeping computer science vs software engineering 19, analogous to the Freshman 15, and to keep my heart healthy.

There are so many great blogs and posts out there with hacks for working from home during a crisis, that I can’t offer anything unique other than to say try to set a schedule or rhythm that your head can resonate with and that supports the work or school schedule for any online classes or calls. I know most schools are using asynchronous distance learning, which simplifies many things but doesn’t offer much hand holding for navigating how to use, so that takes some time to get used to.

Zoom is a great tool for maintaining community. We recently had our first virtual SWENext meetup in the San Diego area on Zoom and spent an hour talking about getting ready to return from spring break to a distance learning (DL) environment. Two of the participants were collegians already using DL and two of the girls had started DL the day before.

One of the giants of engineering in Huddersfield has died aged 97

One of the co-founders of Holset Engineering Company in 1952, Ron Hesselden, has died aged 97 at his home in Huddersfield.

The firm went on to become a global leader in turbocharger and fan drive manufacturing, now part of Cummins Turbo Technologies ( CTT).

He worked his way up from being works manager in 1952 to works director in 1961, eventually becoming Managing director during the 1970’s and finally retired in 1982. Ron was born near Halifax on Christmas Day 1922.

He was born with a genetic skin condition, what to do with a computer science degree, (butterfly skin), which causes blistering at the slightest touch. He was until his death, the oldest person in the UK living with EB. This had a major impact on his life and ambitions, however, he was determined to become a design engineer.

He completed his engineering apprenticeship at David Brown Tractors in Meltham, before working at English Electric in Stafford and Rowntrees of York.

Stress Engineering, RPS develop sustainability scorecard to measure environmental impact

Stress Engineering Services has developed a sustainability scorecard with RPS to assess the emissions, carbon footprint and environmental impact of systems, sub-systems and facilities in the upstream, downstream and midstream sectors, in addition to manufacturing plants, power plants, wastewater systems and processing systems.

The sustainability scorecard is built upon SES’ competencies and track record in inspection, sensor technology, predictive modeling, system digital twin, data science and asset integrity monitoring. The development adds to the strength of SES’ present technology portfolio of service offering for asset condition-based maintenance and monitoring, predictive data analytics and IoT/IIoT ecosystem management. The sustainability scorecard will leverage RPS’ jobs with a computer science degree application.

The enhanced level of services will vastly benefit those with a stake in identifying and managing risks and benchmarking their environmental impact, together with a commitment to decreasing emissions and their carbon footprint.

Kenneth Bhalla, chief technical officer, SES, said, “Our commitment to environmental, social and governance (ESG) is unparalleled and our focus is to measurably quantify our clients’ institutional sustainability efforts and recommend strategies for proactively addressing relevant ESG risks and opportunities in the short, medium and long term. This service strengthens our product portfolio and capabilities in new and important areas. We are very excited to work with RPS to create an outstanding commercial client-focused ESG team that benefits all stakeholders and will ultimately reduce our clients’ operating costs.”

Mechanical Engineer Job in Baltimore, Maryland

The United States government is a massive employer, and is always looking for qualified candidates to fill a wide variety of open employment positions in locations across the country. Below you’ll find a Qualification Summary for an active, open job listing from the Department of the Army. The opening is for a Mechanical Engineer in difference between computer science and computer engineering, Maryland Feel free to browse this and any other job listings and reach out to us with any questions!

US Citizens In order to qualify, you must meet the education and experience requirements described below. Experience refers to paid and unpaid experience, including volunteer work done through National Service programs (e.g., Peace Corps, AmeriCorps) and other organizations (e.g., professional; philanthropic; religious; spiritual; community; student; social). You will receive credit for all qualifying experience, including volunteer experience. Your resume must clearly describe your relevant experience; if qualifying based on education, your transcripts will be required as part of your application. Additional information about transcripts is in this document.

Understanding the dangers of social networking questionnaires

With people spending more time on Facebook and Twitter, it's important to know what to watch out for. Jack Wallen addresses the social networking behaviors you should avoid at all costs.This comes from the office of "I shouldn't have to say this," but in line with the idea of using a weak password, not employing a password manager or two-factor authentication, there are some things that simply bear repeating over and over Especially given our current climate.

With so many people working from home or not working, social networking usage has skyrocketed. And when people get bored, they'll "information technology vs computer science" like never before. We all know what soon follows--shenanigans of the highest order.

One pastime that has, once again, popped up on Facebook and Twitter is the ubiquitous questionnaire.

Don't deny it, you've seen them. You might have even been tempted to answer the questions:

• Was your last relationship a mistake?
• Do you miss your last relationship?
• Have you ever been depressed?
• Are you a boy or girl?
• Are you insecure?
• What is your relationship status?
• What did you last eat?
• Have you played any sports?
• What is your real name?
• Do you hate anyone at the moment?
• Have any pets?
• Are you scared of spiders?
• Would you go back in time if you were given the chance?
• Do you regret anything from your past?
• What are your plans for this weekend?
• Do you want to have kids?
• Did you ever kiss someone whose name starts with an M?
• Do you have piercings?

Best Online Computer Science Degree

Computer science degree holders are in high demand across many industries. If you’re interested in earning your degree but need flexibility, consider an online computer science degree.

Some of the top colleges and universities in the nation offer these programs that can be tailored to fit your busy lifestyle.

An online computer science degree positions you for well-paying career opportunities. software engineering vs computer science are needed in many industries, so there’s never a shortage of roles you can apply for. Plus, it’s one of the few careers that pay a high salary without requiring a graduate education.

Beyond career opportunities, there are many reasons why you should consider an online computer science degree. Distance learning platforms make it possible to study at some of the top higher education institutions without having to relocate.

Plus, you can continue your education without interfering with other important parts of your life. This is especially true if you have a demanding job, family or other personal obligations. Many colleges and universities allow you to access courses when it’s convenient. So you can log in and get to work from your home office, while on your lunch break or when you have downtime. 

Scientists/Researchers Brainstorm on Emerging Trends in Computer Science, Engineering, Maths

Anchor University, Lagos recently held the 2020 edition of its three-day international conference with the theme ‘The Interlocking Role of Computer Science, Computer Engineering and Mathematics in Technological Advancement’.

The programme, organised by the Institute of Electrical and Electronics Engineers (IEEE), saw scientists, researchers and other participants delivering papers on new perspectives in Computer Science, Computer Engineering and Mathematics.

In his remarks, the Vice-Chancellor, Professor Joseph computer engineering career emphasised the importance of Engineering, Mathematics and Computer Science and the need for experts in the fields to work together.

“As a civil engineer, I understand that these three fields are interdependent and cannot work in isolation. So it’s important that experts from these spheres of science come together to drive new trends.”
He encouraged all participants to carefully rub minds, share ideas, stimulate discussions and birth important discoveries that will further promote the tenets of IEEE.

UMass Amherst Electrical and Computer Engineers Help Baystate Health Upgrade Control Cables and Power Systems for Ventilators

Engineers from the University of Massachusetts Amherst responded to a request for help in fighting the COVID-19 pandemic from Baystate Health in Springfield by designing new, longer control cables for ventilators and the elimination of battery power sources. The design changes, developed by a team of electrical and computer engineers, allow medical personnel to control the ventilators at a distance and without using personal protection equipment (PPE), and they provide a more reliable source of power.

The UMass Amherst team is made up of Christopher V. Hollot, professor and department head at the department of electrical and computer engineering (ECE); Baird Soules, a senior lecturer and Shira Epstein, a lecturer, both at ECE. Other contributing members are ECE alumnus Tom Kopec; Jeremy Paradie, an undergraduate; Scott Glorioso, president of The Battery Eliminator Store and son of former UMass ECE professor Robert Glorioso; and Chris Denney, CTO at Worthington Assembly in South Deerfield, Mass.

Hollot says these two projects really were a team effort. “This engineering response spanned the greater UMass family including alumni, undergraduate, the computer science engineering community, local industry and faculty.”

Baystate Health’s resident physician Mat Goebel initially contacted the electrical and computer engineering department (ECE) to fabricate a 25-foot control cable for their ventilators. The existing cable length is less than 10 feet. The engineers determined that longer cables did not exist and that the original shorter cables are extremely backordered. They also found that a key part of the design, the connectors, is proprietary.

Howard Community College Computer Science Students To Test At Johns Hopkins University Applied Physics Laboratory

The group supervisor at the Johns Hopkins University Applied Physics Laboratory (APL) was short of software testers to root out bugs from important military applications before they are put into action.

Spriesterbach conducted several interviews for the job, but candidates were either underqualified or overqualified.

That's when he remembered his son Matthew's experience at Howard Community College. If Matthew, who studied cybersecurity, had the skills to test software, so might other HCC students, Spriesterbach says.

"I thought, 'At HCC, they've probably got a whole bunch of people there that would jump at the chance to have their bachelor's degree paid for, get a full time or part time job and work in their field of interest,'" he recalls. "We just needed some basic programming skill sets on some of the basic languages like Python and Java."

Spriesterbach contacted how much does a computer engineer make, chair of Cyber Technology at HCC and professor of computer science, with the idea for a partnership.

"When Tom emailed me, I immediately said yes," she says.


Volynskiy and Paul Hogan, instructor of computer science, invited Spriesterbach to campus, where he held an information session about the lab and accepted resumes for an open tester position. HCC students would still have to apply for the job, just like anyone else. But by attending the information session, they could at least get their "foot in the door," Hogan says.

Reducing delays in wireless networks

MIT researchers have designed a congestion-control scheme for wireless networks that could help reduce lag times and increase quality in video streaming, video chat, mobile gaming, and other web services.

To keep web services running smoothly, congestion-control schemes infer information about a network’s bandwidth capacity and congestion based on feedback from the network routers, which is encoded in data packets. That information determines how fast data packets are sent through the network.

Deciding a good sending rate can be a tough balancing act. Senders don’t want to be overly conservative: If a network’s capacity constantly varies from, say, 2 megabytes per second to 500 kilobytes per second, the sender could always send traffic at the lowest rate. But then your Netflix video, for example, will be unnecessarily low-quality. On the other hand, if the sender constantly maintains a high rate, even when computer engineer salary, it could  overwhelm the network, creating a massive queue of data packets waiting to be delivered. Queued packets can increase the network’s delay, causing, say, your Skype call to freeze.

How to Build a Fulfilling Career as an Engineer

Engineering is a promising career, and jobs in the sector usually pay very well. It often allows you to invent the future and work with cutting-edge technology. This is a great career path if you want to combine design and technical knowledge. 

However, you can end up getting stuck in a dead-end job, or not working in the industries or with the technology that attracted you to the profession in the first place. Some people might feel like they’re stagnating and looking for something new. However, there are always ways that you can turn your career around and find satisfaction. Here are a few pointers on how to build a fulfilling career as an engineer.

One of the best ways to increase the chance that you’ll be satisfied with your career is to start with the right computer science vs computer engineering salary in the first place. You don’t only want to go in a field based on perception, or even interest, as the work might not be a good fit with your natural skills, interests, and abilities.

Engineering offers many career options

Engineering is a broad field that encompasses everything from designing bridges to computer hardware to artificial organs. That’s one reason the National Society of Professional Engineers established National Engineers Week almost 70 years ago – to call attention to the important contributions engineers make to society.

Held annually during the week of George Washington’s birthday, since Washington is considered the nation’s first engineer, Engineers Week is also an opportunity to bring engineering careers to life for students, educators and parents.

Engineering is a growing and lucrative field, with nearly 140,000 new jobs projected for the decade ending in 2026 and a median salary over $90,000, according to the Bureau of computer science and engineering Statistics.

Engineering is typically divided into four main categories – chemical, civil, mechanical and electrical – but there are many highly specialized subcategories dedicated to solving a wide range of problems.

About 23 percent of new engineering jobs are projected to be for civil engineers, the largest engineering occupation. Civil engineers study and design infrastructure, such as bridges, roads, dams, water systems, earthquake-proof buildings and more.


Mechanical and industrial engineers are second and third in projected job growth, accounting for about 36 percent of new engineering jobs, according to the Bureau of Labor and Statistics. One of the broadest engineering fields, mechanical engineering involves the design of mechanical systems in industries like manufacturing, nuclear power production, HVAC, and nanotechnology. Industrial engineering is more focused on how to streamline processes, or how to make or do things better.

9 online computer science classes that are free until May 31

Online-learning site Coursera announced in late March that it would be offering 100 classes for free until May 31, 2020, to support access to online education for the one-third of the world that's practicing some form of isolation right now. 

Among the 100 courses offered, there are nine computer science courses that you can enroll in for free and earn a certificate for how hard is computer science. They're taught by some of the best universities in the world, or by high-profile institutions like Google Cloud that are offering specialized insight into their field.

You can audit Coursera courses for free throughout the year, but auditing doesn't give students access to the full features that are included in this promotion, like graded homework, projects, unlimited access to a course's reading material, and a verified certificate of completion that you can add to your CV, resume, and LinkedIn profile. 

Mysteries of Uranus' oddities explained by Japanese astronomers

The ice giant Uranus' unusual attributes have long puzzled scientists. All of the planets in our Solar System revolve around the Sun in the same direction and in the same plane, which astronomers believe is a vestige of how our Solar System formed from a spinning disc of gas and dust. Most of the planets in our Solar System also rotate in the same direction, with their poles orientated perpendicular to the plane the planets revolve in. However, uniquely among all the planets, Uranus' is tilted over about 98 degrees.

Instead of thinking about the reality of stars spread in all directions and at various distances from the Earth, it is easier to understand by envisioning the celestial sphere. To picture what the celestial sphere is, look up at the night sky and imagine that all of the stars you see are painted on the inside of a sphere surrounding the Solar System. Stars then seem to rise and set as the Earth moves relative to this 'sphere'. As Uranus rotates and orbits the Sun, it keeps its poles aimed at fixed points with relation to this sphere, so it appears to roll around and wobble from an Earth observer's perspective. Uranus also has a computer engineering salary, like Saturn's, and a slew of 27 moons which orbit the planet around its equator, so they too are tipped over.

How Uranus' unusual set of properties came to be has now been explained by a research team led by Professor Shigeru Ida from the Earth-Life Science Institute (ELSI) at Tokyo Institute of Technology. Their study suggests that early in the history of our Solar System, Uranus was struck by a small icy planet - roughly 1-3 times the mass of the Earth - which tipped the young planet over, and left behind its idiosyncratic moon and ring system as a 'smoking gun'.

Governor, legislators helping to ensure equity to computer science education in California

Most kids like to play on their phone, but few know how to program one. Although they are avid consumers of technology, most students in California don’t have the opportunity to learn computer science in order to become creators of it.

In particular, students of color, girls and students in low-income and rural communities do not receive the same high-quality computer science education as students in more affluent districts. To change this, California needs to provide high quality teaching and learning opportunities in our schools.


Currently, access to computer science classes that will prepare students for the modern workforce are not equally distributed. A recent report from the computer engineering definition found that only 3 percent of California’s 1.9 million high school students are enrolled in computer science classes.

Although student enrollment in the new AP Computer Science Principles course has tripled, there are still large equity gaps affecting girls, low-income students, students of color and rural students. Last year’s College Board data revealed that while 60 percent of California’s students are Latinx and African American, they make up only 24 percent of AP Computer Science test takers. Only 39 black girls and 453 Latinx girls took AP Computer Science A in 2018.

Scalable algorithms for many applications

Within his "ScAlBox" project, computer scientist Professor Peter Sanders of Karlsruhe Institute of Technology (KIT) de-velops basic computation tools for many applications. The project is aimed at providing algorithms and software libraries that can be adapted to growing data volumes and scaled to millions of processors working in parallel. The project will now be funded with an Advanced Grant by the European Research Council (ERC).

The digital revolution has profoundly changed science, engineering, and everyday life. Computer applications process continuously in-creasing data volumes with ever more complex algorithms. However, progress now is in danger of reaching its limits: computer science degree jobs of the programs, i.e. their capacity to grow with their tasks, represents a major challenge. "The performance of individual processors is lim-ited. To solve bigger problems, many processors have to be used in parallel," explains Professor Peter Sanders of KIT's Institute of Theoretical Informatics. However, parallel algorithms have been ne-glected by research for a long time and software is optimized for existing systems and datasets and cannot yet be scaled to growing data volumes and increasing numbers of processors. This is the point of departure of the project "ScAlBox - Engineering Scalable Algorithms for the Basic Toolbox" headed by Peter Sanders. "We are working on algorithms and software libraries for basic software components that can be used in various ways and scaled to da-tasets of any size and millions of processors operating in parallel," the computer scientist says. Such components include searching, sorting, queueing administration, loading distribution to parallel pro-cessors, and communication between processes. "When developing algorithms, the difficulty consists in combining a scalable fault toler-ance with dynamic load distribution," Sanders explains.