On Engineering in Crisis from India: Choosing Gratitude

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

It is important to find a balance right now and keep yourself surrounded by people you love, your family and friends. Stress is bound to happen during these extraordinary times. Meditation and connecting with yourself would help reduce any anxiety or panic that the mind creates. I am grateful that I am safe and healthy surrounded with my family, and I am thankful for having the gifts of life. It is up to us, to be grateful or be stressed. I treat this time as a luxury, time that I would have never gotten in my hustling life. I am trying to tick all the items in my to-do checklist that I have been postponing due to lack of time.

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

It is essential to switch on and off work mode while working from home. It may get lost at times, and hence, an intentional effort must be made between work mode and personal life transition. I have made up a routine that works for me during mornings and afternoons to avoid skipping breakfast or lunch. Wrapping up during the evenings and then planning the next day ahead also let me knows how much time I can invest the next day in the kitchen. I look at when my important meetings are so I know if I should ask my husband to help me get the household how much does a computer engineer make.

Innovative Engineering Projects to be Showcased Virtually

The public is invited to the first-ever virtual engineering fair hosted by Northern Illinois University’s College of Engineering and Engineering Technology (CEET). On Friday, May 8 from 1-4 p.m., visitors to the site go.niu.edu/SeniorDesignDay can explore the innovative projects that NIU seniors have been working on this year.

Visitors can view the 87 teams’ abstracts and posters, and even join the teams in Microsoft Teams meeting chat rooms where they can engage with students in real-time, ask questions, and learn more about the projects.

Before graduating, engineering and engineering technology students form inter-disciplinary teams to take on real-world problems to create new products, improve existing products, or improve industrial processes.

“The senior design program is a high point in our students’ education. They apply the knowledge they acquired in the classroom to bring together concepts, theories, and construct a prototype or process,” said Dean Donald Peterson, is computer science engineering. “They also use problem-solving skills to work on open-ended, complex systems. Along the way, they are mentored by faculty and industry professionals. Senior design projects are often viewed as a student’s first professional achievement.”

IIMT College of Engineering announces B.Tech admission 2020

IIMT College of Engineering, Greater Noida, has started the admission process for B.Tech admission for the academic year 2020-21. IIMT College of Engineering is a part of IIMT group of colleges with two colleges in Meerut and one in Greater Noida. Admission in IIMT is through Uttar Pradesh State Entrance Examination (UPSEE) conducted by Dr. APJ Adbul Kalam Technical University Lucknow for 85% seats. The remaining 15% seats are filled through management quota for which students can apply from the institute website and admission will be on the basis of marks in class 12. Students applying through UPSEE have to fill the application form of UPSEE and qualify the exam for admission in IIMT. Read more to get information about the application and admission process.

IIMT College of Engineering, Greater Noida is affiliated to Dr. APJ Abdul Kalam Technical University for admission in B.Tech courses. Admission is offered on the basis of Uttar Pradesh State Entrance Exam, also called UPSEE. Students have to fill the application form of jobs with a computer science degree, qualify the exam and opt for IIMT at the time of counselling.

CLOUD ENGINEERING MARKET SEGMENTATION, APPLICATION, TECHNOLOGY, ANALYSIS

The world is not only fighting a health pandemic but also an economic one, as the Novel Coronavirus (COVID – 19) casts its long shadow over economies around the globe. The complete lockdown situation in several countries, has directly or indirectly impacted many industries causing a shift in activities like supply chain operations, vendor operations, product commercialization, etc. In the latest report on Cloud Engineering Market, published by Market Research Intellect, numerous aspects of the current market scenario have been taken into consideration and a concise analysis has been put together to bring you with a study that has Pre- and Post-COVID market analysis. Our analysts are watching closely, the growth and decline in each sector due to what do computer engineers do, to offer you with quality services that you need for your businesses. 

The report encompasses comprehensive information pertaining to the driving factors, detailed competitive analysis about the key market entities and relevant insights regarding the lucrative opportunities that lie in front of the industry players to mitigate risks in such circumstances.

UTPB College of Engineering to offer graduate program

The University of Texas of the Permian Basin will soon be offering a graduate program for engineering students.

Starting in fall 2020, students will now be able to earn a master's degree in mechanical engineering.

The program will help provide advanced training for engineers who are already in the workforce. This training will help them perform at a higher level in their company.

“At a time like this, with a slowdown in the economy, practicing engineers may be looking for an opportunity to retool their professional skills. Our master’s program provides that option right here in the Permian Basin," said what is computer engineering, College of Engineering Dean.

Both thesis and non-thesis options will be available for students, and GRE requirements are being waived at this time.

Full-time students should be able to complete their courses and earn their degree in two years. Graduation requirements are 30 credits for the thesis option and 36 for the non-thesis option.

"A unique feature of our program is that we will offer evening and possibly weekend courses to enable practicing engineers to take classes without disrupting their regular work schedule,” said Dr. Nnanna.

For more information on the program or to find out how to apply, you can visit the UTPB website.

Engineering supply chain disruptions to continue

More than 75% of companies in Germany's engineering sector do not expect the supply-chain disruptions caused by the coronavirus pandemic to ease in the next three months, Reuters reported. The Mechanical Engineering Industry Association said that nearly 90% of companies in the sector reported having been hit by the pandemic.

More than a quarter of companies in Germany’s engineering sector do not expect the supply chain disruptions they are facing as a result of the what does a computer engineer do to ease in the coming three months, the VDMA industry lobby said on Monday.

The engineering industry umbrella group said that 89% of companies in the sector reported having been hit by the pandemic, up 5 percentage points compared to just two weeks ago. More than three-quarters of the sector’s firms did not see any improvements to supply chain strains in the next three months.

“The situation in the machine tooling sector has deteriorated once again as a result of the coronavirus pandemic,” the group said in a statement.

SWEet Wisdom April 2020: Engineering Resources

Happy Spring! A lot has changed in the last month, and the majority of us are adjusting to attending classes online, catching up with friends and family over video and spending lots of time at home. If you’ve found you have more free time in these last few weeks, we’re here with some suggestions for how to fill it! We’ve asked our professional and collegiate SWE members to recommend some of their favorite online and print resources related to engineering. We hope you find something that can help you fill some of your time and further spark your interest in is computer science engineering!

Put on your headphones and take a walk while listening to any of these great podcasts:
“I have really been enjoying the NPR podcast “How I Built This with Guy Raz.” The interviewer, Guy, talks with different entrepreneurs on how they founded their world-famous companies like Panera, lululemon, Wikipedia OtterBox and more! You’d be surprised how often engineering comes into play!”

• ~Haley Antoine, Safety and Crashworthiness at Toyota Motor North America
• “I was featured on a “STEM on Fire” Podcast (#73: INNOVATION PROGRAM MANAGER AT NIKE), and now I enjoy listening to all the unique people & careers in STEM!”
• Jill Murfin, Innovation Program Manager at Nike Inc.
• “Houston We Have a Podcast:” The Official Podcast of the NASA Johnson Space Center in Houston, TX.
• If you’re interested in medicine and its history, try “Sawbones: A Marital Tour of Misguided Medicine.”
• “Science Friday” offers entertaining and educational stories on all realms of science and technology.
• Turns out that many of our discoveries were discovered by mistake. Learn more about these stories with “Undiscovered.”
• “Science Vs” brings fact-checkers to the healthcare, science and technology rumors.
• SWE also has a series of podcasts featuring interviews with incredible SWE Women!

$100K awarded to engineering student projects, activities

The University of Hawaiʻii at Mānoa College of Engineering has awarded more than $100,000 to fund student projects and club activities.

Eleven projects led by 150 engineering students received a total of $75,000, and more than $25,000 went to clubs and other student activities. Funds were generated by the college’s 2019 Annual Banquet, its largest annual fundraiser. Banquet sponsors included local industry partners, alumni and other friends of the college.

computer engineer vs computer science students have been granted extensions to use their awarded funds through the next academic year.

The spring 2020 student project awardees are:

• Steel bridge project
• Concrete canoe project
• Autonomous vehicle and traffic coordination project
• Unmanned aerial delivery system with vertical takeoff and landing project
• Autonomous search and rescue drone and ground vehicle project
• Formula SAE electric racer project
• Wireless sensor nodes project
• Team Hōkūlele rocketry project
• Resident autonomous underwater vehicle: Team NaviKai project
• CubeSat development—aerospace project
• CanSat 2020—delta wing glider project

Assistant Dean Song Choi, who reviewed all applications, said, “These projects will highlight the state-of-the-art development in society’s drive towards autonomy as well as the maintenance of engineering know-how and values embedded in the adherence to rules, regulations and limits governing our professions to produce the most competent and confident engineers.”

Nanosatellite initiative planned for Mexico

Nanosatellite manufacturer and mission integrator NanoAvionics, together with the Mexican Space Agency (AEM), is planning to introduce a nanosatellite pilot project for future space missions.

Working with students from the Polytechnic University of Atlacomulco, the first development planned by the project partners will be a nanosatellite for the State of Mexico, the most populous state in the country, which is located in South-Central Mexico.

Building the nanosatellite – the AtlaCom-1 – is part of a pilot project to establish a nanosatellite infrastructure for future space missions designed and built by Mexico’s youth.

The project, starting in September 2020, is, says NanoAvionics, a testimony to the importance of space applications enabled by what can you do with a computer science degree, which are rapidly becoming essential to national economies. 

NanoAvionics is a nano-satellite bus manufacturer and mission integrator. The company’s efforts are focused on enabling critical satellite functions and optimising their launch, hardware and operation costs – ranging from single missions to constellations. Its core engineering team has implemented over 75 successful satellite missions and commercial projects during the past several years.

Alkira Scores an Industry First With a Unified SaaS-Like Networking Platform

Cloud networking major Alkira unveiled Alkira Cloud Services Exchange, a Unified Multi-Cloud Network As-a-Service that enables building and provisioning a multi-cloud network with network using point and click operations within minutes.

Alkira’s Cloud Services Exchange is a computer science engineer salary network for the cloud which the company has effectively reinvented. Traditional multi-cloud solutions require the user to have a deep understanding and expertise in the cloud, with knowledge of every cloud’s networking details and limitations. On the contrary, Alkira’s Cloud Services Exchange does not require the user to have any training or certification in the domain.

The solution comprises a global mesh of interconnected points-of-presence across a low latency and higher speed. These points-of-presence store network and security services that the users can manage through the simple SaaS-like portal and Alkira’s Cloud Services Exchange provides this unified way to build, provision, and maintain policies of the global multi-cloud network.

Engineering Services Outsourcing (ESO) Market Will See Strong Expansion through 2020-2027

This report provides in depth study of "Engineering Services Outsourcing (ESO) Market" using SWOT analysis i.e. Strength, Weakness, Opportunities and Threat to the organization. The Engineering Services Outsourcing (ESO) Market report also provides an in-depth survey of key players in the market organization.

Global Engineering Services Outsourcing (ESO) Market overview:

WMR have new report spread across 100+ pages is an overview of the Global Engineering Services Outsourcing (ESO) Market Report 2020. The difference between computer engineering and computer science Market is projected to grow at a healthy growth rate from 2020 to 2025 according to new research. The study focuses on market trends, leading players, supply chain trends, technological innovations, key developments, and future strategies.

The Engineering Services Outsourcing report provided by Research Group in these assertive and speedily improving market settings, the most recent marketing and advertising information are vital to ascertain performance and make important choices for growth and profitability of the marketplace.


The report gives a SWOT analysis of the new projects in the Engineering Services Outsourcing market, investment feasibility, development trends, and investment return analysis of these projects. Study of this Global market's competitive landscape includes data facts and figures about leading countries and suppliers' capacity, cost-structures, production values, profits, and gross margins of key businesses operating in the market over the report's review period.

Dyson Creates 44 Science and Engineering Challenges for Kids

From marine biology camp to hands-on lessons inspired by Frank Lloyd Wright, there are plenty of fun, educational activities for kids to do at home right now. If you're looking to add more STEM learning to the mix, your kids can tackle 44 science and engineering challenges designed by Dyson engineers.

Created for kids ages seven and older, the James Dyson Foundation's free Challenge Cards are designed to get children excited about engineering. Featuring easy-to-follow instructions and required materials that can be found around the house, the challenges can all be completed at home.

With 22 engineering challenges and computer science vs computer programming, your kids can choose from tons of creative activities. For the Balloon Car Race challenge, they'll make and race a car, using just a balloon, a plastic cup, straws, thread and rubber bands. Spaghetti Bridges is another fun engineering challenge in which kids try to build a bridge made of spaghetti that's strong enough to hold a pack of sugar. The Marble Run challenges kids to use cardboard to create a run that will keep the marble moving for a minute.

CNF jump-starts startups in New York state

Electroplating – the process of using electricity to deposit one metal onto another – originated in the 19th century and can be found in everything from pennies to gold-topped cathedrals.

But electroplating is no easy task when you’re creating groundbreaking microscale technology, as Kwame Amponsah ’06, M.Eng ’08, M.S. ’12, Ph.D. ’14, discovered several years ago while trying to fabricate microelectromechanical systems (MEMS) devices at the Cornell NanoScale Science and Technology Facility (CNF). Amponsah is CEO of the startup Xallent, which builds nanoscale software and hardware products to test semiconductors and thin-film materials.

Their fabrication dilemma had computer science vs information technology and his engineers stumped.

“We tried to do this kind of electroplating, but we weren’t getting the results that we wanted,” he said. “Then we involved the CNF staff.”

Founded in 1977, CNF enables scientists and engineers from academia and industry to conduct micro- and nanoscale research with state-of-the-art technology and expertise from its 23-member technical staff.

But perhaps the facility’s greatest breakthrough is helping launch startup companies in New York state. Over the last four decades, at least 34 startups have launched at CNF and continue to use its services, with 14 – including Xallent – forming in the last ten years. These companies annually generate about $1.4 billion in funding and revenue. 

Engineers Develop Method for Creating “Flexoskeletons” Without Special Equipment

Engineers at the University of California San Diego have developed a method to create soft, flexible, 3-D printed robots without the use of special equipment. This new method makes it faster and cheaper to produce the robots, which can be used for a variety of different purposes.

The engineers developed the new method by venturing off the path of how soft robots are normally built, which is by adding soft materials to a rigid robot body. Instead, the team of researchers started with a soft body and added rigid features to it. Inspiration for the robots came from insect exoskeletons, which consist of both soft and rigid components. The team calls the creations “flexoskeletons.”

The new method for developing these robots makes it much faster to construct soft components. It takes just a fraction of the time previously required, and it is much cheaper than before.

Nick Gravish is a mechanical engineering professor at the Jacobs School of Engineering at UC San Diego and the paper’s senior author.

“We hope that these how much do computer scientists make will lead to the creation of a new class of soft, bioinspired robots,” said Gravish. “We want to make soft robots easier to build for researchers all over the world.”

With the new method, large groups of flexoskeleton robots can be built with little manual assembly. It allows for the creation of separate components that are interchangeable, allowing robot parts to be swapped.

Computer systems expert named as head of electrical & computer engineering

A national leader in computer systems has been chosen as the new department head for electrical & computer engineering within Mississippi State University’s Bagley College of Engineering.

Samee Khan will begin his new role as department head on August 1, 2020, pending approval of the State Board of Trustees, Mississippi Institutions of Higher Learning. He comes to Mississippi State from North Dakota State University, where he served as professor of electrical and computer engineering. From July 2016, he has been on leave from NDSU to serve at the National Science Foundation as program director and lead for the Computer Systems Research Cluster within the Division of Computer and Network Systems.

“I feel humbled and entry level computer science jobs to be selected to serve the faculty, staff, and students of the Department of Electrical and Computer Engineering,” Khan said. “During my visit to Mississippi State, I was impressed with the departmental facilities, both instructional and research laboratories, and especially the High Voltage Laboratory – a truly unique enterprise.”

Khan’s research on computer systems (focusing on optimization, security, and robustness) has appeared in over 400 publications. Currently, he is the associate editor-in-chief of the IEEE IT Professional Magazine and associate editor of the Journal of Parallel and Distributed Computing and the ACM Computing Surveys. Previously, he has been on the editorial boards on IEEE Transactions on Computers, IEEE Cloud Computing Magazine, IEEE Access, and IEEE Communications Surveys and Tutorials. He is also a ACM Distinguished Speaker an IEEE Distinguished Lecturer.

New partnership to develop the engineers of the future

Engineers Australia is delighted to announce its partnership with Autodesk. Over the last several decades, computer science vs engineering has driven innovation in every industry – pushing the boundaries of what’s possible across architecture, engineering, construction, manufacturing, media and entertainment.
With both a global perspective and an Australian focus, Engineers Australia Executive Manager, Membership and Growth, Jane Hanks, said Autodesk will bring a wealth of expertise and knowledge on the importance of taking a strategic approach to the opportunities and challenges we are currently facing and those we may face in the future.

“Through collaboration with organisations such as Autodesk, who are actively taking a leadership position in providing innovative solutions both globally and in Australia, we can support the engineering community and key stakeholders in the design of tomorrow’s engineering roles,” she said.

Autodesk consistently supports the tertiary community by providing students, educators and institutions with free access to 3D design software, learning tools, programs and competitions. Earlier this year Autodesk was also recognised by Fast Company in its annual list of the World’s Most Innovative Companies for 2020.  

UCLA Engineers Develop First-Ever Drag-Reduction Technology for Boats

A research team from the UCLA Samueli School of Engineering has demonstrated that a specially designed surface is able to reduce friction from flowing water by nearly a third. This was done in a first-ever successful boat test on open water in Marina Del Rey, California.

Boat used in open water test conducted by UCLA engineers.

In a study published in Physical Review Applied, the researchers say the sample surface could ultimately be scaled up to cover the hulls of boats and ships to help them cut through water with less resistance.

“The effect is similar to an air hockey puck slipping over the table with ease,” said study leader Chang-Jin “jobs with computer science degree” Kim, a distinguished professor of mechanical and aerospace engineering at UCLA Samueli. “The decrease in drag would lead to reduced maritime fuel use and emissions.”

The idea of using an unusually water repellent, or “superhydrophobic” surface on boat hulls has been around for about two decades, with the concept showing initial promise in lab experiments. Instead of flowing directly over a solid surface, water would flow over a tiny film of air trapped between water and the superhydrophobic surface.

Damaged Supply Chains in Computer Engineering

The Computer engineering industry is feeling the consequences of the corona pandemic with increasing force. The current survey by the VDMA, which was answered by 965 member companies, clearly shows this.

The proportion of companies whose operations are affected by the corona crisis rose from 60 % to 84 % within two weeks. Almost one in two affected companies (45 %) suffers from "serious" or "noticeable" disruptions along the supply chain. Only 5 % have been spared so far. "Logically, as the computer engineering vs computer science spreads, the problems in the factories increase as well. Parts and components that were ordered in Asia a few weeks ago have not arrived at the local plants. In addition, there are failures of European, also German suppliers. This leads to noticeable production burdens and also production losses", says VDMA chief economist Dr. Ralph Wiechers.

IT sector to revive in second half of FY21

Job losses may be not be as bad as feared, say analysts
The IT sector may go through a temporary setback during the first half of FY21, but is expected to recover during the second half, said analysts and executives at leading firms.

There could be job losses at mid and small-tier companies, but it won’t be significant, they said.

“While the scare of rising global infection and death is still playing out, investors seem to be ignoring some of the positives such as the quick bounce-back in China after the flattening of the computer science vs software engineering,” said Anand Rathi Research in a note to investors.The note said that Indian IT growth in FY21 could be 3 per cent lower, assuming a recovery in the second half of FY21 and, therefore, may not see a reduction in headcount. Most IT companies have responded to the crisis by moving 90 per cent delivery home, resulting in 5 per cent loss in productivity days.


Some of the top executives at major IT firms across the country, who did not want to be named as some of these companies have slipped into the silent period ahead of the Q4 results, said that there could be a short-term impact on the revenues, but in the long term certain deals may get re-sized.

By the numbers: Continentwide classification system could aid in determining which businesses are 'essential'

As Hoosiers hunker down at Gov. Eric Holcomb's direction, it is obvious that some industries need to stay open.

Grocery stores? Absolutely. Hospitals? But of course. Fire stations and police operations? No doubt. But as Sherry Slater's March 31 article points out, the governor's well-meaning executive order for “essential businesses” does not make it crystal clear which companies should and should not be physically open.

It doesn't have to be this way. A system already exists that provides a ready-made list that represents the full spectrum of goods and services produced and consumed within the American economy: the North American Industrial Classification System or NAICS for short – pronounced “nakes.”

In use since 1997 and updated every five years by the Office of Management and Budget, it replaced the old Standard Industrial Classification system. The same what to do with a computer science degree codes are used in America, Canada and Mexico with the most recent version issued in 2017.

NAICS codes use a nested, hierarchical system ranging from two- to six-digit codes. Two-digit codes are the broadest categories such as construction or wholesale trade. Six-digit codes are very specific such as racetracks or custom computer programming services. Each additional digit within the system provides a greater degree of industry specificity.

For example, insurance carriers and related activities is a three-digit NAICS code within the two-digit finance and insurance category, while agencies, brokerages and other insurance-related activities is the next level of specialty at a four-digit code within insurance carriers. An employer's NAICS code typically represents its primary business, recognizing that companies may offer multiple services, such as a law firm that also provides collections services or a manufacturer that may also have a retail storefront.

While there is no public list of employers' NAICS codes, these codes are used administratively in tracking economic and employment data. For example, the Indiana Department of Workforce Development's quarterly unemployment insurance claims report lists the two-digit NAICS codes related to claimants' jobs.

All of this is to say that NAICS creates a uniform structure on which to build Indiana's list of essential industries, leaving little room for interpretation and dispute.

Will others follow Karnataka’s suit and opt for tech solutions?

With its reputation as India’s foremost information technology hub, Karnataka has taken the lead in technological interventions to monitor the Covid-19 spread. Its computer science major jobs dashboard had caught public attention and its decision to list the addresses of all those quarantined had also created a furor for alleged naming and shaming. Conversely, citizens do have a right to know who could be a potential carrier and must be able to stay away from suspected cases.The two Android apps launched by the state Corona Watch and Quarantine Time are already a talking point.

In his op-ed piece in The Hindu today, chief minister BS Yediyurappa mentioned Corona Watch flagging its ability to reveal the digital/physical footprints of coronavirus-infected patients. It also offers a Google Maps rendering of all people who have been ordered into home quarantine with their residence address, date of arrival, period of quarantine, and origin of journey. Currently, people who have been in the vicinity of confirmed patients have to alert authorities. Yediyurappa has written the app will also inform all contacts of quarantined patients, perhaps by extracting their phone contacts and alerting them.

The Quarantine Watch app is already a matter of hot discussion with people both welcoming and dissing the initiative. Some took exception to the requirement that those quarantined have to mandatorily upload geo-tagged selies every hour from 7 am to 10 pm for a government team to verify that they are not skipping the quarantine. Violators will reportedly be moved to a government facility, a scary prospect for many. Though around 23,000 people are in the quarantine list now, the app has seen only around 500 downloads so far. And there are already comments by irate users complaining of buggy features.