Social Engineering Attacks: A Look at Social Engineering Examples in Action

Social engineering is, hands down, one of the most dangerous threats to businesses and individuals alike. In a nutshell, a social engineer is someone who uses social interactions with individuals to either get something from you (such as your password) or get you to do something (like make a wire payment). They may be disarming in their approach and make you feel comfortable, or they may present themselves as someone of authority and convey a sense of urgency.

Either way, computer engineering jobs are about getting you to like and trust them, or to make you feel like they’re a person of authority
and you must comply with whatever they ask for. 

In the digital world, social engineering attacks involves
cybercriminals learning as much information as they can about a company and a
target individual (i.e. you). They then use that information to get you to do
something you shouldn’t (such as providing sensitive personal information or
making a wire transfer).

Essentially, they treat you like a research project and learn about you through a variety of tactics.

Industrial Engineering Seniors Earn Scholarship From National Honor Society

Two industrial engineering seniors have earned scholarships form Alpha Pi Mu, the industrial engineering honor society. The society provides only five scholarships nationally each year.

Lexxy Gentile received the 2019-20 Robert and Jean Dryden Service Scholarship. The scholarship, was established in memory of Robert D. Dryden, former head of the Grado Department of Industrial and Systems Engineering at Virginia Tech. The scholarship is given in recognition of exceptional commitment to service.

Gentile is involved in several student what jobs can you get with a computer science degree including Tau Beta Pi, the Society for Women Engineers, Engineering World Health, Greek Life Facilitators, the Red Cross Student Organization, and Alpha Lambda Delta Honors Society, where she holds the position of treasurer.

Gentile is president of the student chapter of the Institute of Industrial and Systems Engineers, in addition to being an active member of Alpha Pi Mu. She helped start, and serves on, the department's technology committee, and has worked as a technical assistant for the Introduction to Operations Research course under direction of Associate Professor Kelly Sullivan.

Engineers and chemists 'program' liquid crystalline elastomers to replicate complex twisting action simply with the use of light

The twisting and bending capabilities of the human muscle system enable a varied and dynamic range of motion, from walking and running to reaching and grasping. Replicating something as seemingly simple as waving a hand in a robot, however, requires a complex series of motors, pumps, actuators and algorithms. Researchers at the University of Pittsburgh and Harvard University have recently designed a polymer known as a how much do computer engineers make that can be "programmed" to both twist and bend in the presence of light.

The research, published in the journal Science Advances was developed at Pitt's Swanson School of Engineering by Anna C. Balazs, Distinguished Professor of Chemical and Petroleum Engineering and John A. Swanson Chair of Engineering; and James T. Waters, postdoctoral associate and the paper's first author. Other researchers from Harvard University's Wyss Institute for Biologically Inspired Engineering and the John A. Paulson School of Engineering include Joanna Aizenberg, Michael Aizenberg, Michael Lerch, Shucong Li and Yuxing Yao.

These particular LCEs are achiral: the structure and its mirror image are identical. This is not true for a chiral object, such as a human hand, which is not superimposable with a mirror image of itself. In other words, the right hand cannot be spontaneously converted to a left hand. When the achiral LCE is exposed to light, however, it can controllably and reversibly twist to the right or twist to left, forming both right-handed and left-handed structures.

What Lies In the Future of Computer Sicence Design Industry

Most of us likely engage in mechanical engineering design on a daily basis, but what’s the future for this crucial field?

Since the invention of CAD software, mechanical design has been computer science vs computer engineering to its core. However, there are quite a lot of things about the process that are rather rudimentary. We still have to manually input constraints for parts that may seem obvious.

We can still make one minor mistake that can corrupt our whole model. Software is becoming smarter and smarter, but for the most part, the mechanical engineer is still where the innovation and the skill lies. What happens though, when programs become generative; when the mechanical engineer’s office dissolves and design moves into the future? Let’s take a deeper look.

The echoing of this future reality has already been occurring. The age of touch screen computers has brought more natural mechanical design interface. Moving forward, it will likely be virtual reality and quantum computing that brings mechanical design into its ultimate realization for the engineer.

Meet the Boss: Garry Brown, of Darlington's Bondgate IT

GARRY BROWN admits the world of IT chose him rather than the other way around.

There were two pivotal moments in his young life when he had the opportunity to turn his back on what, in those days, was referred to as “computing”.

The first was at Sixth Form College in his native Hartlepool, where he had opted to sit chemistry, maths and physics.

At the end of the first term he became determined to ditch chemistry in favour of computing, a subject popular with several of his friends. He duly managed to catch-up on the missed work and secured a place on the course.This perhaps shouldn’t have come as too much of a surprise given that, at the tender age of eight, he was already learning to code on a rudimentary Acorn computer bought for him by his parents.

Garry tried to turn his back on the fledgling entry level computer science jobs, this time at Teesside University, where he opted to study electronic engineering. Once again, he switched to computer engineering.

31 free Harvard University classes you can take online through edX

EdX, a popular online learning platform and nonprofit founded by Harvard and MIT, aims to democratize learning by "removing the barriers of cost, location, and access."

The site's over 2,500 online courses are free to audit, and edX counts many of the world's top universities — including Berkeley, MIT, Cornell, Dartmouth, Princeton, Georgia Tech, and the University of Chicago — among its participating institutions. Courses cover virtually every topic and range from its MicroMasters programs to skills you'd need to gain before changing fields and starting new hobbies.

Of the site's course computer science vs engineering, about 145 are Harvard online courses that are free to audit. Harvard's edX courses cover everything from public health and history to the science of cooking, computer programming, and poetry.

You can audit edX's classes for free, but you can opt to pay $50-$200 for a course. Paid users get access to graded assignments, a certificate that you can add to your CV, resume, and LinkedIn profile, and unlimited course access (even after the course ends). Paid and free users get access to discussion forums, videos, readings, and ungraded practice problems.

Below, check out 31 of the most interesting Harvard courses available to audit online for free. The descriptions are provided by edX.

Life, Religions, Business, Globalization & Information Technology In The Post-Corona Pandemics Age

The outbreak of corona pandemics , spreading from China to Europe, Iran, GCC Countries, Africa, India and several other countries has brought a standstill in the Global Economy, affecting all economies of the world. Stock markets have practically collapsed, followed by similar collapses in trade, travel, tourism, education, religious practices, normal public governance, Information Technology, industrial and the jobs with computer science degree.

Religious Practices Very rigid religious practices of almost all religions have been crushed in the corona epidemics, making religious fundamentalism a laughing stock besides shaking the very foundation of Islamic Terrorism, especially ISIS. A Crisis of Faith is inevitable in the Post Corona Age in which no religion is free, affecting Islam most. The unavoidable massive religious practices, including religious pilgrimage of Islam in terms of millions of believers have been suspended or indefinitely postponed.

The Pope Francis of the Catholic Church is forced to suspend his weekly meetings with the crowd assembled in Vatican from almost all countries. Several Hindu god-men or god-women claiming divinity have been hiding from the crowd for the fear of corona epidemics. Religious practices based on the gathering of the masses have become incompatible. In the post-corona age, religions must give more emphasis to spirituality based on personal happiness or bliss and humanism.

In the post-Corona Age, there is an urgent need for redefining the Globalization from the globalization of economic crisis and epidemics to globalization of Education, Medical Services, Trade and Business with new Technologies, limiting or eliminating the massive travel of business people and migration of workforce and student community. No nation can afford such massive migration of people as virus epidemics have become a permanent or regular feature at fixed intervals in one form or another.