Learning and Development in Asia be a part of Change

Anirudh Gupta
April 11, 2018

“Learning, learning and continuous learning, ladies and gentleman, is the key differentiator to become a successful organisation.” These words were very powerfully and animatedly stated by the Head of HR of a large Indian Conglomerate at an L&D conference, in Mumbai.

Almost all organisations talk about the importance of learning and development, however few do much about it. It is not because they do not believe in L&D activities; it is because the benefits of learning are difficult to measure. Rather it is very difficult to measure learning.  Therefore, learning and development somehow hovers in the abstruse realm of management. The last to receive budgetary allocation and the first to experience austerity drive.

The economic landscape has drastically changed and is changing with an unprecedented speed. This is both an Indian and global phenomena. The core of this change is advancement in technology –especially computing technology. Massive pools of data can be processed in seconds and this ability of big data analytics is able to provide inferences in real time. This results in quick decision making as well as the need to execute quickly. Now marry this ability to compute quickly, correlate abstract data and provide meaningful, analysed data with learning and there you have birth of ‘true’ digital learning. Add to it the developing science of Artificial Learning and Machine learning - making digital learning effective, efficient and engaging.

Digital learning is there – from basic Learning Management Services (LMS’s) to high end assisted learning intelligence platforms, but the question is ability of the businesses to adapt to digital learning. Anything and everything on a digital device is not digital learning. With this definition, Computer based learning has been there is some form or other since 1970’s and it later avatar of eLearning since early 1990’s.

I would like to share some facts which came up with some interesting findings (based on 189 clients that we have worked with). Some of them are:

Up till 2012 – 80% of the core training was in-person and classroom lead. Where average classroom training averaged 56 training hours a year out of a classroom learning opportunity of 80 hours. Getting 8 hours of eLearning was a challenge, being limited to product and process knowledge or induction programs.

An average program (classroom) lasted for 2 days in 2012.

In 2017 – the average classroom came to one day. With consistent demand for classroom programs not exceeding 4 hours or half a day sessions. With eLearning consumption increasing up to 19 hours a year –from an average eLearning opportunity of 300+ hours (based on custom made and ready to use libraries)

The attention span has dropped considerably to less that 5 minutes and is reducing all the more. This is more due to the choices that a learner has and multiple sources for getting information affecting the ability to concentrate.

The workforce that is now comprising more of millennials, desire for more personalized input, on the go and self-paced learning opportunities. 89% of respondents in a survey conducted by SKILLDOM stated that they find the classroom training uninteresting and that they can better use their time learning the same thing through online medias.

100% of stakeholders were challenged and struggling to measure learning effectiveness and efficiency in 2012 and 100% of stakeholders are still challenged on the same issue in 2017. Nothing much will change in 2018 – until organisation start adapting to intelligent digital learning platforms.

In the same survey conducted by SKILLDOM, 79% of the learners wanted classroom sessions to be skill building sessions, where they could interact and do activities and exercises that helped them become dextrous or sensitive to a certain subject / competency.  74% of the respondents said that micro learning would be better as they can collate mentally concepts and probably apply them at work as and when needed. Both the business and the learner wanted to know – how much I have learnt in the end.

Now on analysing these points the major inferences are :

Classroom learning is important, but needs to be focussed on skill building…

Digital learning is the need of the hour to provide personalized, on the go, self paced and measured learning.

The advantage that digital learning platforms bring is immense. Think of a large bank or a pharma company or a multiband retail outlet that employ probably 1000’s of people. Reaching to every learner is a challenge and reaching in real time is all the more difficult, forget about providing learning opportunity consistently and regularly (I am sure given the current focus on monies, the logistic cost itself will be a major road block).  A digital learning platform can provide all this at a cost that is significantly less than spend which the organization does on coffee per employee per month. Moreover, it is able to measure learning, as it is able to record minute transactions that correlate with learning. Learning content is sourced from the knowledge repository of the organization and curated content from internet that probably has millions of content pieces on the most common competencies that are associated with a role. Which means you can actually measure the learning that a learner is doing. Hence you know what is the ability and all that is left for the business or the learner’s immediate manager to do is bring in the ‘human touch’ to influence the ‘willingness” part.

With improving bandwidth, digital learning is possible and it is here to stay. Even in remotest part of the country, you will find not only the youth but people across a broad demographic spectrum happily hooked on to YouTube and Facebook. The only challenge is to engage with a digital learning platform that can be as interesting as Facebook or YouTube.

So when I hear the words “learning, learning and continuous learning” from the head of HR of an Indian conglomerate and I know it can happen. But to make it happen the core way of functioning and looking at the learning function has to dramatically alter. Adapting digital learning platforms that operate on new age technology is critical. Only when this learning change is initiated will business organisations of today start becoming successful.

***

About- Anirudh Gupta, Skilldom

In his current role, Anirudh oversees the Learning Strategy function at SKILLDOM and guides the development teams to provide the best-possible learning solutions to clients. As a Learning & Development/Organizational Development (L&D/OD) specialist with over 15 years of work experience, he ensures every learning need is addressed optimally. A graduate in English literature from the University of Delhi, Anirudh also holds a management degree from SIMSR, Mumbai. He has additional certifications to his credit in the areas of Organizational Development, Psychology, Instructional Design, Adult Learning Theories, HR Processes from premium institutions in the country and abroad. Further, Anirudh is formally certified professional in the application and interpretation of psychometric tools such as MBTI, 16PF, FIRO-B and TKI.

In his previous positions, Anirudh has led the L&D function for companies such as Wockhardt Limited, ICICI Prudential Life, MetLife India and Glenmark. As a seasoned trainer, he has also conducted various workshops for managerial skills development, leadership development, personality development, culture, diversity and conflict.

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Agencies
February 5,2020

San Francisco, Feb 5: After a German artist, Simon Weckert, demonstrated how he "hacked" Google Maps with 99 smartphones and a wagon to create "virtual traffic jams" on the streets of Berlin, Google responded to the incident saying it "appreciates" creative use of maps.

Admitting that it has not quite cracked travelling by wagon, the tech giant also hinted that it might use cases like this to improve how its maps work.

"We appreciate seeing creative uses of Google Maps like this as it helps us make maps work better over time," 9to5Google quoted a Google spokesperson as saying.

In a YouTube video, Weckert showed that he put 99 smartphones with Google Maps onto a small wagon cart and then wheeled that cart around various streets in Berlin, including outside the Google office, Android Authority reported on Monday.

The smartphones "apparently fooled Google Maps" into thinking that there was a high concentration of users on those streets.

Because the second-hand phones were in a cart, Maps was further tricked into believing that the traffic was slow-moving.

As a result, the navigation app started showing virtual traffic jams by turning green streets to red in the online navigational tool, showcasing how digital technology can have a real impact on the real world.

"Traffic data in Google Maps is refreshed continuously thanks to information from a variety of sources, including aggregated anonymised data from people who have location services turned on and contributions from the Google Maps community," the Google spokesperson said.

"We've launched the ability to distinguish between cars and motorcycles in several countries including India, Indonesia and Egypt, though we haven't quite cracked travelling by wagon," the statement added. After a German artist, Simon Weckert, demonstrated how he "hacked" Google Maps with 99 smartphones and a wagon to create "virtual traffic jams" on the streets of Berlin, Google responded to the incident saying it "appreciates" creative use of maps.

Admitting that it has not quite cracked travelling by wagon, the tech giant also hinted that it might use cases like this to improve how its maps work.

"We appreciate seeing creative uses of Google Maps like this as it helps us make maps work better over time," 9to5Google quoted a Google spokesperson as saying.

In a YouTube video, Weckert showed that he put 99 smartphones with Google Maps onto a small wagon cart and then wheeled that cart around various streets in Berlin, including outside the Google office, Android Authority reported on Monday.

The smartphones "apparently fooled Google Maps" into thinking that there was a high concentration of users on those streets.

Because the second-hand phones were in a cart, Maps was further tricked into believing that the traffic was slow-moving.

As a result, the navigation app started showing virtual traffic jams by turning green streets to red in the online navigational tool, showcasing how digital technology can have a real impact on the real world.

"Traffic data in Google Maps is refreshed continuously thanks to information from a variety of sources, including aggregated anonymised data from people who have location services turned on and contributions from the Google Maps community," the Google spokesperson said.

"We've launched the ability to distinguish between cars and motorcycles in several countries including India, Indonesia and Egypt, though we haven't quite cracked travelling by wagon," the statement added.

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Agencies
April 4,2020

Kozhikode, Apr 4: In a bid to maintain the lockdown amid COVID-19 outbreak, Police in Kozhikode is monitoring the situation using drone cameras and making sure that people are not breaking the law.

The police have so far arrested 41 persons who were out on a morning walk on Saturday during the lockdown in the backdrop of coronavirus outbreak.

The SHO of Town South Police Station informed that the accused were later released on bail.
At least 295 cases have been reported in the state so far.

Talking about COVID-19 testing, State Health Minister KK Shailaja told media: "Nine labs are conducting polymerase chain reaction (PCR) tests in Kerala. We've received 2000 rapid test kits and will start rapid tests from tomorrow. If a person tests positive in rapid test, we need to confirm it with PCR test."

The total number of COVID-19 positive cases in India climbed to 3072 on Saturday, according to Ministry of Health and Family Welfare.

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News Network
May 30,2020

May 30: Patients undergoing surgery after contracting the novel coronavirus are at an increased risk of postoperative death, according to a new study published in The Lancet journal which may lead to better treatment guidelines for COVID-19.

In the study, the scientists, including those from the University of Birmingham in the UK, examined data from 1,128 patients from 235 hospitals from a total of 24 countries.

Among COVID-19 patients who underwent surgery, they said the death rates approach those of the sickest patients admitted to intensive care after contracting the virus.

The scientists noted that SARS-CoV-2 infected patients who undergo surgery, experience substantially worse postoperative outcomes than would be expected for similar patients who do not have the infection.

According to the study, the 30-day mortality among these patients was nearly 24 per cent.

The researchers noted that mortality was disproportionately high across all subgroups, including those who underwent elective surgery (18.9 per cent), and emergency surgery (25.6 per cent).

Those who underwent minor surgery, such as appendicectomy or hernia repair (16.3 per cent), and major surgery such as hip surgery or for colon cancer also had higher mortality rates (26.9 per cent), the study said.

According to the study, the mortality rates were higher in men versus women, and in patients aged 70 years or over versus those aged under 70 years.

The scientists said in addition to age and sex, risk factors for postoperative death also included having severe pre-existing medical problems, undergoing cancer surgery, undergoing major procedures, and undergoing emergency surgery.

"We would normally expect mortality for patients having minor or elective surgery to be under 1 per cent, but our study suggests that in SARS-CoV-2 patients these mortality rates are much higher in both minor surgery (16.3%) and elective surgery (18.9%)," said study co-author Aneel Bhangu from the University of Birmingham.

Bhangu said these mortality rates are greater than those reported for even the highest-risk patients before the pandemic.

Citing an example from the 2019 UK National Emergency Laparotomy Audit report, he said the 30-day mortality was 16.9 per cent in the highest-risk patients.

Based on an earlier study across 58 countries, Bhangu said the 30-day mortality was 14.9 per cent in patients undergoing high-risk emergency surgery.

"We recommend that thresholds for surgery during the SARS-CoV-2 pandemic should be raised compared to normal practice," he said.

"For example, men aged 70 years and over undergoing emergency surgery are at particularly high risk of mortality, so these patients may benefit from their procedures being postponed," Bhangu added.

The study also noted that patients undergoing surgery are a vulnerable group at risk of SARS-CoV-2 exposure in hospital.

It noted that the patients may also be particularly susceptible to subsequent pulmonary complications, due to inflammatory and immunosuppressive responses to surgery and mechanical ventilation.

The scientists found that overall in the 30 days following surgery 51 per cent of patients developed a pneumonia, acute respiratory distress syndrome, or required unexpected ventilation.

Nearly 82 per cent of the patients who died had experienced pulmonary complications, the researchers said.

"Worldwide an estimated 28.4 million elective operations were cancelled due to disruption caused by COVID-19," said co-author Dmitri Nepogodiev from the University of Birmingham.

"Our data suggests that it was the right decision to postpone operations at a time when patients were at risk of being infected with SARS-CoV-2 in hospital," Nepogodiev said.

According to the researchers, there's now an urgent need for investment by governments and health providers in to measures which ensure that as surgery restarts patient safety is prioritised.

They said this includes the provision of adequate personal protective equipment (PPE), establishment of pathways for rapid preoperative SARS-CoV-2 testing, and consideration of the role of dedicated 'cold' surgical centres.

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