Tuesday, April 30, 2019

Scientists print flexible electronics

Scientists have developed a process to 3D-print transparent and flexible electronic circuits, paving the way for improved wearable devices in the future.
The electronics consists of a mesh of silver nanowires that can be printed in suspension and embedded in various flexible and transparent plastics, according to the researchers from the University of Hamburg and Deutsches Elektronen-Synchrotron in Germany.
This technology can enable new applications such as printable light-emitting diodes, solar cells or tools with integrated circuits. The researchers are demonstrating the potential of their process with a flexible capacitor, among other things. “The aim of this study was to functionalise 3D-printable polymers for different applications,” said Michael Rubhausen from the Center for Free-Electron Laser Science.

UGC Public Notice reg.:Learning Outcome based Curriculum Framework (LOCF)

Explained: Why some are concerned about the undergraduate ‘LOCF’ curriculum

What is changing, why, and why is a section of teachers — most vocally at Delhi University — opposed to the idea?

Eighteen-year-olds entering college in a couple of months from now will follow a new curriculum for undergraduate courses that the University Grants Commission (UGC) believes will improve, among other things, their employability. What is changing, why, and why is a section of teachers — most vocally at Delhi University — opposed to the idea?
The new curriculum will be modelled on the UGC’s ‘Learning Outcomes-based Curriculum Framework’, or LOCF, guidelines. What is it?
To read the full article, please visit:

Thursday, April 25, 2019

To improve learning levels, stop labelling schools

We need to hold every school accountable for minimum benchmarks of learning. The first step to achieve this is to measure the performance of schools against benchmarks regularly.

Several studies have shown that the learning levels among India’s students are poor. And yet, plans to improve the quality of education remains vague and unintelligent. The 2019 Congress manifesto expresses concern about the outcomes and proposes use of technology-enabled teaching methods to redress the problem. The BJP refers to quality of learning only once in its manifesto and plans to remedy it by improving teacher training and capacity building. But NITI Aayog, the government’s think tank, in its 2017-20 action plan, said teacher training or technology-enabled solutions in isolation are not effective to solve the learning outcome deficit.
While we need many reforms, we must move away from labelling schools as recognised, unrecognised, government and private. Instead, ......

Tesla CEO plans to hand the car keys to robots next year

SAN FRANCISCO - Tesla CEO Elon Musk expects to start converting the company's electric cars into fully self-driving vehicles next year as part of an audacious plan to create a network of robotic taxis to compete against Uber and other ride-hailing services.

The vision sketched out Monday during an event at Tesla's Silicon Valley headquarters requires several leaps of faith - something that the zealous investors and consumers who view Musk as a technological genius often are willing to take.


To read the full article, please visit:
https://auto.economictimes.indiatimes.com/news/industry/tesla-ceo-plans-to-hand-the-car-keys-to-robots-next-year/69001996 (Accessed on April 25, 2019)

Trilok Sawant (from SFIT) received Best Innovation Award

Wednesday, April 24, 2019

Meet AJIT, 1st Entirely 'Made In India' Chip By IIT Bombay, And It Will Power Our Satellites

India is currently in the middle of an electronics boom that's steadily picking up pace. In the future, we're going to need to make our own processors, in order to offset production costs.

And IIT Bombay may have just started us on that path to self-sufficiency.
AJIT India processor
IMAGE COURTESY: PRABOT/REDDIT
The Institute has just debuted the country's first indigenously-produced microprocessor for SPARC ISA architecture. AJIT as they call it (no, that acronym doesn't stand for anything) was entirely conceptualised, designed, developed, and manufactured right here in India.
To be clear, India recently had its first indigenously-developed open-source processor in the form of Shakti. That was instead based on RISC-V architecture, and it was developed in collaboration with semiconductor tool design company Bluespec. The other main difference between the two is that Shakti is smaller and geared towards smartphones and IoT devices. Ajit instead is aimed at larger systems like robots, automation systems, appliances, and in the future perhaps even servers and workstations.

Most importantly though, the plan is to eventually put AJIT into India's satellites.

"We are planning to use AJIT in the receivers being developed for NAVIC or IRNNS (The Indian Regional Navigation Satellite System), an indigenous navigation system for the Indian subcontinent," said one of the processor's designers in a Reddit AMA (ask me anything).
"On the government's part, MeitY has extended its funding to enhance the processor and deploy it in government-initiated projects. SAMEER (Society for Applied Microwave Electronics Engineering & Research), an independent lab under MeitY, Government of India is planning to use AJIT in the receivers being developed for NAVIC or IRNNS"

AJIT India processor
ONE OF THE INRSS SATELLITES, WHICH AJIT COULD POWER IN THE NEAR FUTURE - ISRO
AJIT is currently able to run one instruction per clock cycle and at speeds between 70-120MHz, but they expect to achieve 400-500 MHz clock speeds in the next upgrade. It's built on a 180nm technology, though that will eventually be bumped up to 65nm.
The thing is, developing a microprocessor isn't just expensive, it's also really tricky. So hats off to IIT Bombay for achieving this. But on top of that, they've also managed to pull off a final design that's really cheap. The researchers expect that, once they're able to manufacture it in bulk, AJIT will cost as little as Rs 100. And that should happen in just the next year or two, the designer says.

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