Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

See original article:
Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Open Ports Create Backdoors In Millions of Smartphones

An anonymous reader writes: “Mobile applications that open ports on Android smartphones are opening those devices to remote hacking, claims a team of researchers from the University of Michigan, ” reports Bleeping Computer. Researchers say they’ve identified 410 popular mobile apps that open ports on people’s smartphones. They claim that an attacker could connect to these ports, which in turn grant access to various phone features, such as photos, contacts, the camera, and more. This access could be leveraged to steal photos, contacts, or execute commands on the target’s phone. Researchers recorded various demos to prove their attacks. Of these 410 apps, there were many that had between 10 and 50 million downloads on the official Google Play Store and even an app that came pre-installed on an OEMs smartphones. “Research on the mobile open port problem started after researchers read a Trend Micro report from 2015 about a vulnerability in the Baidu SDK, which opened a port on user devices, providing an attacker with a way to access the phone of a user who installed an app that used the Baidu SDK, ” reports Bleeping Computer. “That particular vulnerability affected over 100 million smartphones, but Baidu moved quickly to release an update. The paper detailing the team’s work is entitled Open Doors for Bob and Mallory: Open Port Usage in Android Apps and Security Implications, and was presented Wednesday, April 26, at the 2nd IEEE European Symposium on Security and Privacy that took place this week in Paris, France.” Read more of this story at Slashdot.

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Open Ports Create Backdoors In Millions of Smartphones

‘Breakthrough’ LI-RAM Material Can Store Data With Light

A Vancouver researcher has patented a new material that uses light instead of electricity to store data. An anonymous reader writes: LI-RAM — that’s light induced magnetoresistive random-access memory — promises supercomputer speeds for your cellphones and laptops, according to Natia Frank, the materials scientist at the University of Victoria who developed the new material as part of an international effort to reduce the heat and power consumption of modern processors. She envisions a world of LI-RAM mobile devices which are faster, thinner, and able to hold much more data — all while consuming less power and producing less heat. And best of all, they’d last twice as long on a single charge (while producing almost no heat), according to a report on CTV News, which describes this as “a breakthrough material” that will not only make smartphones faster and more durable, but also more energy-efficient. The University of Victoria calculates that’s 10% of the world’s electricity is consumed by “information communications technology, ” so LI-RAM phones could conceivably cut that figure in half. They also report that the researcher is “working with international electronics manufacturers to optimize and commercialize the technology, and says it could be available on the market in the next 10 years.” Read more of this story at Slashdot.

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‘Breakthrough’ LI-RAM Material Can Store Data With Light

Scientists Made the Perfect Underwater Glue By Stealing an Idea From Shellfish

Even the strongest artificial glues are completely useless when you try to apply them underwater, but somehow shellfish are able to hold fast to rocks to deter predators from trying to carry them away. Clearly,   nature has already figured out how to make glues that work underwater , and now researchers may have… Read more…

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Scientists Made the Perfect Underwater Glue By Stealing an Idea From Shellfish

Shellfish-inspired glue stays sticky underwater

Even the strongest human-made glue tends to fail when you dunk it underwater. Purdue researchers, however, think they have a simple solution to this: imitate nature. They’ve developed a polymer adhesive that’s based on the proteins mussels use to cling to rocks. The team’s synthetic creation takes advantage of compounds inside the proteins’ amino acids to bind directly to an intended surface, rather than interacting with water on the surface. The result is a material that not only outperforms the glue you see in the hardware store, but is 17 times stronger than the shellfish’s own adhesive — and that has scientists scratching their heads. Purdue speculates that mussels may only produce adhesives that are just strong enough to keep their bodies attached. A too-strong substance could actually backfire by making it difficult for a mussel to escape predators without hurting itself. The artificial version, meanwhile, is as powerful as humans want it to be. There’s still a long way to go before this glue is ready for real-world use. However, there’s a good chance that could happen. The US military’s Office of Naval Research funded the project, and it clearly has a vested interest in making sure that its constructions survive water. This doesn’t mean that you’ll see warships held together by glue instead of rivets, but the concept isn’t completely far-fetched. Source: Purdue University , ACS

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Shellfish-inspired glue stays sticky underwater