Monday, March 18, 2019

IT returns at city engineering colleges: More jobs, high pay

HIRING SEASON Major information technology firms offer ₹40L package a year

MUMBAI: After a two-year slump, the city’s engineering colleges are seeing a rise in offers and pay packages from information technology (IT) companies, with some even touching ₹40 lakh.
While IT firms such as Accenture, Larsen and Toubro (L&T) Infotech, Capgemini and Infosys are hiring students in bulk, Tata Consultancy Services (TCS) and Wipro opted for a pan-India centralised recruitment process.
“We are witnessing a surge in demand for IT and computer science graduates compared to last year. There has been an unusual growth in packages, which wasn’t seen in the past decade,” said Gopakumaran Thampi, principal, Thadomal Shahani Engineering College (TSEC), Bandra.
Here’s an example: Accenture made 178 offers at the KJ Somaiya College of Engineering this year, up from 130 and 140 offers in 2016-17 and 2017-18, respectively. The recruitment figure for the company was much higher – 301 – in 2015-16.
At Thakur College of Engineering and Technology (TCET), Kandivli, Accenture offered 150 jobs. Last year, the company didn’t visit the college, as it didn’t want to share the sought-after first day of placements with Infosys. MH Saboo Siddik College of Engineering (MHSSCOE), Byculla, saw L&T Infotech and Wipro, both of whom were absent last year, making offers to their students this year.
Several students received attractive international packages, especially from Japanese firms. Uniqlo, a Japanese clothing company, recruited students for software profile from at least three colleges – MHSSCOE, Vidyalankar Institute of Technology (VIT), Wadala, and Sardar Patel Institute of Technology (Andheri) – offering between ₹37.5 lakh to ₹39 lakh an annum. Works Applications, a Japanese enterprise resource management (ERP) firm, made three offers of ₹37 lakh each at TSEC.
The packages, too, have gotten better. At TSEC, the number of students receiving at least ₹5 lakh an annum doubled to around 100. At TCET, TCS and Infosys offered salaries between ₹8-10 lakh, up from the highest ₹7 lakh offered last year.
In addition to their regular job profile, which pays around ₹3.5 lakh to freshers, some of the mass-recruiting IT firms such as Infosys and Cognizant offered another job profile of ₹6.5 lakh package at Sardar Patel Institute of Technology. One of the students at the college was offered ₹40 lakh per annum, including stock options and other perks, by software giant Microsoft.
According to experts, the growth in new technologies and bagging of lucrative contracts and investments by IT services firms has contributed to the renewed boom in hiring.
“The improvement in the IT recruitment is mainly owing to development in new areas, including artificial intelligence, blockchain, cloud and data, collectively known by the acronym ABCD,” said Braj Mishra, principal, TCET.
Kamal Karanth, founder, Xpheno, a Bengaluru-based specialist staffing firm, said, “For the past two to three years, IT companies were running on a thin batch, filling only 70% of their workforce requirement. The recruitment has gone up in the past four-five months. The arrival of guaranteed investment certificates (GICs) in the country and large contracts bagged by some of the companies in the past six years are the other factors.”

Source: Hindustan Times dated 18 March, 2019

Saturday, March 16, 2019

India likely to benefit as UK lifts limit on PhD level work visas

According to the most recent UK Home Office data, Indians form the largest group of highly-skilled professionals within the Tier 2 (General) category of work visas.

London: Indians are among the largest group of professionals set to benefit from a new UK government plan to remove any limit on the number of PhD-level work visas to be granted.
UK Chancellor Philip Hammond announced on Wednesday in a Budget update, referred to as the annual Spring Statement, that from later this year all such highly-qualified roles will be exempt from any cap on the numbers that can apply and come to work in Britain.
“[A] key pillar of our plan is backing Britain to remain at the forefront of the technology revolution that is transforming our economy. And to support that ambition, from this Autumn we will completely exempt PhD-level roles from the visa caps,” Hammond said in his speech in the House of Commons.
“From Autumn 2019, PhD-level occupations will be exempt from the Tier 2 (General) cap, and at the same time the government will update the immigration rules on 180-day absences so that researchers conducting fieldwork overseas are not penalised if they apply to settle in the UK,” he added in his statement.
According to the most recent UK Home Office data, Indians form the largest chunk of highly-skilled professionals within the Tier 2 (General) category of work visas, accounting for 54 per cent of all such visas granted in 2018.


Indian nationals also marked the largest increase in the grant of Tier 2 visas last year, up by 6 per cent at 3,023 more visas compared to the previous year.
The UK government’s latest PhD-level visa exemption was welcomed by UK universities, who are key employers of international researchers.
“This is fantastic news for Indian researchers who would like to work in the UK, and for UK universities who thrive on bringing together a diversity of brilliant minds from around the world,” said Vivienne Stern, Director of Universities UK International, the main representative body for UK higher education institutions.
“Many of the UK’s leading researchers, in fields ranging from biomechanics to gender politics, come from India. Outside of Europe, India is the third-largest country of origin for academic staff in the UK,” she said.
Universities UK International said that despite making up only 0.9 per cent of the global population, the UK is responsible for 15.9 per cent of the world’s most highly-cited research articles.
“The achievements are made possibly as a result of the international community of researchers that work at and with UK institutions,” Stern said.
The new announcement comes soon after doctors and nurses were removed from the cap to address shortages in the state-funded National Health Service (NHS) last year.
Currently, only a limited number of visas are issued every year under the Tier 2 skilled worker section of the visa system. The government’s latest announcement is seen as the first step towards the complete removal of a cap on visas for skilled workers in 2021, when a new immigration system comes into force.
“We already issue more skilled worker visas to Indian nationals than to the rest of the world combined, and I am delighted to see many Indian students coming to study at our world-class universities,” UK immigration minister Caroline Nokes had said following a Migration Dialogue with Indian government officials in January this year.
“Under the new system, operating from 2021, we will always be open to the brightest and best from India, who wish to come to live and work in the UK,” she said.

The Solutions State: Why the digital needs the human

Leveraging technology for effective program delivery poses unique challenges. Technology is a tool that requires a capable state to be effective; also, it creates new power asymmetries. Three well-known economists weigh in.


Read the full article at:

Investors feel today's CInvestors feel today's CEOs not fit to handle tomorrow's tasks: StudyEOs not fit to handle tomorrow's tasks

Two-thirds of investors believe today’s private-sector is unfit to handle future challenges. That sobering statistic comes from a survey done by consulting firm Korn Ferry as part of a larger study on whether leaders have qualities that will allow them to handle challenges in coming years and decades.
“A majority of leaders can’t make decisions, take smart actions quickly enough, motivate people effectively, or build trust — all of which is needed to ensure their organization’s survival into the future,” Korn Ferry said in a statement on release of the report.
According to the survey, 67 per cent of investors believe the current stock isn’t fit for the future. At the country level, the figures were 82 per cent in China, 70 per cent in the US, with Singapore coming in at 51 per cent. “Investors are looking at, ‘Who can tell me the growth story I want to believe?’” Dennis Baltzley, Korn Ferry’s global solution leader for development, said in an interview from the US on Wednesday. 


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“They care about the talent and the bench” of upcoming leaders, he said. The survey had 795 investor and analyst participants from 18 markets globally, and included people from firms with at least $1 billion in assets under  About two-thirds of the top 400 money managers by assets took part in the research, Korn Ferry said.
What can corporations do to make sure their executive maintain investor confidence and are prepared to handle future challenges? “We have to be a little more disruptive,” Baltzley said. “Energise, manage information flow. Let people have a place to be heard. There’s a theme of care, positivity and optimism that these leaders bring when they’re doing it right.”

IISc engineers take fetch to a whole new level

India's first commercial walking robot Stoch uses machine learning to move around

IISc engineers take fetch to a whole new level
The robot is the size of a small dog with four legs and a thick but flexible spine. When connected to a battery, it starts walking on slender, articulated limbs, like a canine. 

It even has a 'face' that looks vaguely like that of a pug. The developers at the Robert Bosch Centre for Cyber-physical Systems at the Indian Institute of Science (IISc) are calling it 'Stoch' and they say it's on target to become the country's first commercial "walking" robot.

Stoch has been under development since January last year. The first version was displayed a month ago at Aero India - it was heavy-footed and clumsy. A sleeker second version was developed just two weeks ago and a third will be ready in three months. A commercial variant is about a year away. 

The robot uses machine learning to figure out how to walk by itself. Specifically, it uses reinforcement learning, where the machine learns over time to take the best possible action in return for the best reward. 

After several million attempts - performed in computer simulation - ؙthe robot learns to walk. Some Indian Institutes of Technology (IITs) and IISc have been working on such devices in the past few years. There aren't any commercial versions in the market and no institution other than IISc has a prototype that uses reinforcement learning to teach the robot to walk.

The IISc project started when a student, Shounak Bhattacharya, did a master's project in the department of mechanical engineering. After the project, the Bosch Centre at IISc took over development by bringing together professors from other departments. 

It also hired engineers and put together a development team. "We wanted to explore the field of data-driven robotics," said Bharadwaj Amrutur, professor of electrical engineering at IISc and chairman of the Robert Bosch Centre.

Data-driven robotics is a set of technologies that use data to get a robot to learn by itself. As the IISc project got off the ground, it was joined by Shishir Kolathaya from Georgia Tech University. Kolathaya, who has been working with walking robots since the undergraduate level, studied legged robots for his PhD.

When he joined, the Bosch Centre had a non-working prototype. The first real prototype - Stoch 1 - didn't carry batteries. Stoch 2 was twice as powerful, was designed to carry batteries and could walk for 15 minutes without being plugged into an electrical outlet. The third version will improve on looks and be even more powerful. The commercial prototype, when ready, will be bundled with an applica tion.

The Bosch team is mulling several applications - climbing coconut trees, doing surveys in difficult terrain, inspecting construction sites and so on. The project now has five engineers, apart from some faculty members. "We are planning to put a software development kit for people to programme," says Dhaivat Dholakiya, who is technical associate of the project.

Source: https://tech.economictimes.indiatimes.com/news/technology/iisc-engineers-take-fetch-to-a-whole-new-level/68418892 (Accessed on 16 March, 2019)

Friday, March 15, 2019

India lags behind global peers in future job skills, report says

IIT Kharagpur to design Desi Supercomputer

C-DAC already makes the PARAM series of supercomputers for strategic requirements

KOLKATA: IIT Kharagpur is building a supercomputer of a speed of 1.3 Petaflops, all the parts of which will be manufactured indigenously.

A Petaflops is a unit of computing speed equal to 1,000 million million (1015) floating-point operations per second. In three months, the institute will be ready to pull the veil off this genius, promised the computer wizards at the institute.

The supercomputer is being built at the high-performance computing (HPC) facility and data centre ecosystem that has come up at the institute under the National Super Computing Mission, which aims at building the fastest and most powerful computers in the country.

The Centre for Development of Advanced Computing (C-DAC), which is an autonomous scientific society of the ministry of electronics and information technology, scouted all the IITs before agreeing to set up the HPC at IIT Kharagpur, where the marvel is being built. An MoU between the institute and C-DAC was signed on March 12 for the project.

The department of science and technology (DST), along with experts from Niti Ayog, DRDO and IISc, will help IIT Kharagpur develop this supercomputer.

As the new computing system would revolutionise output and efficiency in complicated calculations, researches on cryptography, chemistry, molecular dynamics, drug discovery, data sciences would directly benefit, said director of IIT Kharagpur Partha Pratim Chakraborty

“Some other fields that will benefit from the project are healthcare, smart cities, geo-sciences and new materials,” he added.

The computer will be built in three phases and no imported part will be used anywhere. The first phase will involve assembling, the second will focus on assembling and manufacturing and the third phase will perfect the design and manufacturing details with all major parts and accessories to be indigenously designed and manufactured, as is C-DAC’s mandate.

After the new supercomputer is built, the HPC will be continuously building improved versions. Students will also use the facility for academic programmes at the institute, like M.Tech, doctoral programmes as well as micro-specialisations.

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