How Can Data Analytics Help Insurance Companies Perform Better?

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It is the question that has already been asked after it was on everybody’s mind for a long time. How can big data help insurance companies – a heavily regulated sector in India and everywhere else in the world – and make them perform better? Especially when it comes to preventing frauds, system gaming, and other illegal activities that are prevalent.
With the competition only rising in the insurance sector, what company makes headway in properly using data analytics and acts a role model remains to be seen. So, in order for us spectators to do that, we will need more information.
How exactly can analytics help insurance companies serve their customers better? There are four major ways.

Use of Data Analytics in the Insurance Sector

Apart from gaining customer insights and helping in risk management, data analytics training can also help understand if it’s worth handing out an insurance policy to a person based on his social stature. How does his social media presence look like? What are his hobbies and adventurous choices? Has he lied in his application? All of this can also be extracted through the proper use of data capturing and analytics tools.
It seems extremely lucrative for the companies but it also poses a risk for us customers who stare at a possible invasion of our personal space and privacy. Having our social media accounts stalked by HR professionals for the purpose of employment is one thing (not a decent task, nonetheless). Having strangers do the same so that they can deny you insurance – which let us remind you is a basic necessity in today’s times – is a big event. It is not to say that this will be the majority outcome but it is what is on the mind of insurers when they consider big data.
Let us look at those four different ways in which analytics can help insurers:

Managing Claims

This is by far the biggest reason why insurers are pushing for use of predictive analytics in the sector. As you can imagine, it can help companies create a database of customer information that can then be used to compare new policy buyers and see if they fall in a bracket of people who might commit fraud such as wrongly filing for a claim.
The insurer can feed the model with past data and then use it to classify its new customers. Since the approval or rejection of a file is more or less under the authority of the insurer, this can help them denying insurance to a possible fraudulent applicant.

Generating Claims Based on Data

This involves checking the profile of a person while she applies for insurance. For example, in the case of house insurance, data can help insurers understand if this specific house is vulnerable to natural incidents; is it closer to the fire station; what is the history of the locality for the past twenty years as far as mishaps are concerned. When we talk about data, there is a lot of scopes.
And when it’s time to act, this collection of data can be extremely helpful to weed out fraudulent applications and other types of scams. It can also help them set better premiums if denying insurance is not an option.

Better Customer Support

Have you ever been in a situation where you have had to get your call to the customer care rerouted a couple of times before you finally got your problem heard? The call first moves to the respective section of the insurance (example: car insurance versus medical insurance), then it goes to the redressal section, and then finally you get someone on the other line to speak. It is extremely annoying for a customer. Even more so when she is in a situation where she needs urgent medical insurance support.
Big data can assist in this process by automatically understanding the issue of a caller and routing it to the respective section. This is possible based on the preliminary details that the customer has to fill in. The analytical model which is attached to the database of policies can better bridge the gap so that the customer gets her information quickly.
On the other hand, this can also help insurers keep a track on a particular customer. How many times in the past five years has she filed for insurance? What does her lifestyle look like now compared to when she bought it? This last piece of information can aid in guiding her should she decide to buy another policy with the same company.

Offering New Services

According to IBM, data analytics can also provide insurers with tools to market new products based on their requirements. Today, retargeting techniques and cold calling are used to push products to customers, but when companies have valuable data in their hand, they can easily club it with their marketing and advertising and even sales departments to better retain customers and make them buy more products.
This will require a lot of integration on the part of insurers, but the current market and the high competition say that companies will be willing to take the jump if they see there’s any scope to grow their customer base and tackle the menace of continued competition.
According to us, newer companies will be more desperate to try these systems out than incumbent ones that have functioned in the same way for years and even decades.
While we have talked about the scope in general tone, it makes sense to understand what specific tools will be of most use. Out of this, content analytics, discovery and exploration capabilities, predictive analytics, Hadoop, and Stream computing are some essential models that will pave the way forward for insurance companies.
Of course, all of this cannot be switched on one fine morning without the approval of IRDAI. The regulatory body is yet to come up with proper guidelines, and insurers will need to abide by those rules before they can start executing them.

Will Doing Big Data Analytics Courses Help To Make a Mid-Career Jump?

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“Data is the new oil for business” is the tag line used in the modern world ruled by digitalization. Businesses today depend on data for various reasons. As you are aware data generated every day is counted in quintillion bytes so ideally, traditional methods of data handling are not sufficient to handle this lump-sum data productively.

The primary intent to learn Data Analytics is to figure out a pattern using which assessing customer preferences and tastes may be easier. Big data confines itself as a large sum of data available either in a structured or unstructured format.

Different big data analytics, tools, and techniques are on rising demand for the impact of big data on businesses. Such tools are put to effective use in finding business opportunities and making business decisions.

Competitive advantage for big data analytics aspirant with a tech background 

For a person working in a software firm who has some technical knowledge undertaking big data Hadoop course will be extremely beneficial to beat the competition. A report from Forbes suggests that the median salary for a data scientist is $110000. Corporate giants like Cisco, IBM, Oracle, Google, and Microsoft have posted numerous job openings in this field. However, Big Data has widespread use in different sectors of business like Aviation, Pharma, education, Telecom, healthcare, It, Retailing and sports. There are endless opportunities for a person who masters Big Data Analytics Courses in any phase of a career.

Merits of a private training institute

As far as private training institutes are concerned they design a comprehensive structure of big data analytics and provide hands-on training for better knowledge about the concepts. In order to make a career shift, you do not have to invest in sky-rocketing fees of legacy education institutes and their degrees. Various online private institutes offer state of the art classes, online sessions, and programs for your convenience.

Capitalize on the trending big data analytics course by opting for private online institutes who are performing extraordinarily in governing the aspiring students in any phase of their career. Learning and getting trained with professional hands may land you in a dream position.

Skilled and properly trained Big Data Analysts are paid hefty and long-term growth may be possible if you deliver the expected results to the companies.

Big data analytics training encompasses several technologies like:

  1. Machine learning which co-relates to Artificial intelligence and creates automatic proactive models that analyze bigger problems and brings about a meaningful solution.
  2. Efficient data management program to be designed by the companies for organizing the data that is constantly flowing in and out of the organization.
  3. Data mining is a technology which assesses large quantity o data to figure out a pattern which can be further called into meaningful insights for the business.
  4. In-depth understanding of Hadoop framework which skillfully stores data using commodity hardware and runs its cluster of applications in it.
  5. In-memory analytics uses system memory to analyze the data thereby saving time and better decision-making.
  6. Operating with Predictive analysis which uses historical data along with statistical tools and technologies to find a future prospect.

Some of the job titles that one may get into big data are big data engineer, data visualization expert, Hadoop developer, information architect, business managers, software testers an more.

You may be wondering why is big data being a prominent part of successful business, well, let me answer this with the following points:

  • On the long run, big data analytics tools like Hadoop and cloud analytics reduce the cost of storing a large sum of data by identifying ways to build a profitable business.
  • Big data technique Hadoop, when clubbed with memory analytics, helps in analyzing the information and make decisions immediately based on the research. Thus aids business in a fast and better decision-making process.
  • Big data analytics ability to identify the customer needs, has leveraged on the businesses to produce new products that satisfy the customer needs.

To sum up

If your previous job was mundane and not exciting enough, you could probably want to get closer to the way business works through big data analytics. Having knowledge about technical aspects will be an added advantage to take up data analytics as a mid-career jump. Explore more through the Live Chat Support system or can even visit one of our training centers based in – Mumbai, Thane, Pune, Chennai, Hyderabad, Delhi, Gurgaon, and Ahmedabad.

How Can You Learn About Healthcare Data Analytics and Get Training and Certification Online?

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The healthcare field has seen many improvements with the application of data analytics. From record-keeping, medical device calibrations, research on disease management, predictions of epidemic outbreaks, and suggestions of personalized health and treatment measures, data-analytics, ML, AI, and big data all play crucial and ever-increasing roles. Online courses are excellent as they address the pressing personnel shortage for certified data analysts and scientists. They do not make specialists of you. However, they do equip you with a generalist’s overview of the healthcare sector, update and refurbish the required skills, and offer certifications in a short period.
A paid Data Analytics courses, on the other hand, will help you hone your skills by practical learning application, effective mentoring and makes you a job-ready contributor to healthcare data analytics projects. It also serves to boost the first-timer’s confidence. During the interview rounds for your dream career and job, you will, of course, be tested on how you propose to use your skills to tackle problems that will arise and a good grasp of modeling and your industry-relevant measurable certification will go a long way.
Requisite Educational Qualifications:
Being an introductory and fundamental course, there is no necessary qualification specified. Data analysts can learn Data Analytics online and sometimes might need a basic degree with an understanding of subjects like mathematics, computer science, statistics, engineering, economics, etc. Most of these courses improve foundations and strengthen your skills. Hence, many pursue online courses at reputed institutes to give themselves the knowledge of how to apply their learning across various verticals. And truth be told, today it is all about data and no field including the healthcare sector, is free from using the same for furthering growth, efficiency, and technology.
Classroom learning during your Data Analytics Training will be needed to acquire crucial role skills including the comprehensive capture, cleaning, and organization of databases, the applications of data to business strategy, and effective communication of the analysis reports. Familiarity with excel techniques and statistics will be a plus point.
What the course teaches:
Let’s explore what most courses cover or do not cover and are moot requirements for a data analytics job-role.

A. Technical Skills:

Computer programming and CS Fundamentals including

  • Dealing with unstructured non-clinical and clinical data including blog posts, videos, reviews, social media posts, audio clips, medical images and videos that don’t fit into tables and are complex to handle.
  • SQL Coding and Databases score in operations like delete, add, query or extract functions used for transforming structures and in analytical functions when working with relational databases like patient records and insurance claims.
  • The platform of NoSQL/Hadoop is preferred with knowledge of Pig, Hive, cloud tools and so on for situations involving the transfer of data, storage, sampling, summarization, filtration, and exploration of data. Apache Spark and Scala frameworks are similar to Hadoop but much faster in handling very big-data volumes.
  • AI, MLand Neural Network knowledge and techniques are essential if you wish to score in the emerging uses of data-analytics to healthcare.
  • Data Visualization techniques that include formatting, editing, graphs, charts, etc. are easy with tools like ggplot, Matplottlib, and d3.js Tableau to make effective data forecasts, presentations and case studies.

·   Language proficiency in 

  1. R Programming.
  2. Coding in Python is recommended for versatility in its applications. Python can be used for all medical and healthcare processes and comes with a variety of libraries for nearly all verticals, browsers, etc.

B. Non-transferable Skills:
These are essentially not taught and depend on practice –

  • Quantitative and problem-solving aptitude skills
  • Grasp of inferential logic, an innovative approach, and great communicative skills
  • Above average skills in attention to detail, reporting and programming skills
  • Business acumen, team-skills, dedication, flexibility, and continued learning form a confident learner

Conclusion:
In parting, do acquire Data Analytics Training certifications online or in a paid course. Attend boot-camps, hackathons, MOOCs, etc. all of which give you support, exposure and mentorship in ML, ConvNet, and data analytics practical techniques. The demand-supply gap for data analysts ensures great payouts and undying scope over the next decade, according to the 2011 reports from Mckinsey and the survey by Accenture.

Attend and learn data analytics from a reputed institute like Imarticus Learning to emerge job-ready and with certification from day oneThey stress on the non-transferable skills and personality development as well. Hurry and be an early bird!

We offer data analytics courses at our centers in Mumbai, Thane, Pune, Ahmedabad, Jaipur, Delhi, Gurgaon, Bangalore, Chennai, Hyderabad, Coimbatore.

Top Python Libraries For Data Science

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Top 10 Python Libraries For Data Science

With the advent of digitization, the business space has been critically revolutionized and with the introduction of data analytics, it has become easier to tap prospects and convert them by understanding their psychology by the insights derived from the same. In today’s scenario, Python language has proven to be the big boon for developers in order to create websites, applications as well as computer games. Also, with its 137000 libraries, it has helped greatly in the world of data analysis where the business platforms ardently require relevant information derived from big data that can prove conducive for critical decision making.

Let us discuss some important names of Python Libraries that can greatly benefit the data analytics space.

Theono

Theono is similar to Tensorflow that helps data scientists in performing multi-dimensional arrays relevant to computing operations. With Theono you can optimize, express and array enabled mathematical operations. It is popular amongst data scientists because of its C code generator that helps in faster evaluation.

NumPy

NumPy is undoubtedly one of the first choices amongst data scientists who are well informed about the technologies and work with data-oriented stuff. It comes with a registered BSD license and it is useful for performing scientific computations. It can also be used as a multi-dimensional container that can treat generic data. If you are at a nascent stage of data science, then it is key for you to have a good comprehension of NumPy in order to process real-world data sets. NumPy is the foundational scientific-computational library in Data Science. Its precompiled numerical and mathematical routines combined with its ability to optimize data-structures make it ideal for computations with complex matrices and data arrays.

Keras

One of the most powerful libraries on the list that allows high-level neural networks APIs for integration is Keras. It was primarily created to help with the growing challenges in complex research, thus helping to compute faster. Keras is one of the best options if you use deep learning libraries in your work. It creates a user-friendly environment to reduce efforts in cognitive load with facile API’s giving the results we want. Keras written in Python is used with building interfaces for Neural Networks. The Keras API is for humans and emphasizes user experience. It is supported at the backend by CNTK, TensorFlow or Theano. It is useful for advanced and research apps because it can use individual stand-alone components like optimizers, neural layers, initialization sequences, cost functions, regularization and activation sequences for newer expressions and combinations.

SciPy

A number of people get confused between SciPy stack and library. SciPy is widely preferred by data scientists, researchers, and developers as it provides statistics, integration, optimization and linear algebra packages for computation. SciPy is a linked library which aids NumPy and makes it applicable to functions like Fourier series and transformation, regression and minimization. SciPy follows the installation of NumPy.

NLKT

NLKT is basically national language tool kit. And as its name suggests, it is very useful for accomplishing national language tasks. With its help, you can perform operations like text tagging, stemming, classifications, regression, tokenization, corpus tree creation, name entities recognition, semantic reasoning, and various other complex AI tasks.

Tensorflow

Tensorflow is an open source library designed by Google that helps in computing data low graphs with empowered machine learning algorithms. It was created to cater to the high demand for training neural networks work. It is known for its high performance and flexible architecture deployment for all GPUs, CPUs, and TPUs. Tensor has a flexible architecture written in C and has features for binding while being deployed on GPUs, CPUs used for deep learning in neural networks. Being a second generation language its enhanced speed, performance and flexibility are excellent.

Bokeh

Bokeh is a visualization library for designing that helps in designing interactive plots. It is developed on Matplotib and supports interactive designs in the web browser.

Plotly

Plotly is one of the most popular and talked about web-based frameworks for data scientists. If you want to employ Plotly in your web-based model is to be employed properly with setting up API keys.

 

SciKit-Learn

SciKit learn is typically used for simple data related and mining work. Licensed under BSD, it is an open source. It is mostly used for classification, regression and clustering manage spam, image recognition, and a lot more. The Scikit-learn module in Python integrates ML algorithms for both unsupervised and supervised medium-scale problems. Its API consistency, performance, documentation, and emphasis are on bringing ML to non-specialists in a ready simple high-level language. It is easy to adapt in production, commercial and academic enterprises because of its interface to the ML algorithms library.

Pandas:

The open-source library of Pandas has the ability to reshape structures in data and label tabular and series data for alignment automatically. It can find and fix missing data, work and save multiple formats of data, and provides labelling of heterogeneous data indexing. It is compatible with NumPy and can be used in various streams like statistics, engineering, social sciences, and finance.

Theano:

Theano is used to define arrays in Data Science which allows optimization, definition, and evaluation of mathematical expressions and differentiation of symbols using GPUs. It is initially difficult to learn and differs from Python libraries running on Fortran and C. Theano can also run on GPUs thereby increasing speed and performance using parallel processing.

PyBrain

PyBrain is one of the best in class ML libraries and it stands for Python Based Reinforcement Learning, Artificial Intelligence. If you are an entry-level data scientist, it will provide you with flexible modules and algorithms for advanced research. PyBrain is stacked with neural network algorithms that can deal with large dimensionality and continuous states. Its flexible algorithms are popular in research and since the algorithms are in the kernel they can be adapted using deep learning neural networks to any real-life tasks using reinforcement learning.

Shogun:

Shogun like the other Python libraries has the best features of semi-supervised, multi-task and large-scale learning, visualization and test frameworks; multi-class classification, one-time classification, regression, pre-processing, structured output learning, and built-in model selection strategies. It can be deployed on most OSs, is written in C and uses multiple kernel learning, testing and even supports binding to other ML libraries.

 

Comprehensively, if you are a budding data analyst or an established data scientist, you can use the above-mentioned tools as per your requirement depending on the kind of work you’re doing. This is why it is very important to understand the various libraries available that can make your work much easier for you to accomplish your task much effectively and faster. Python has been traversing the data universe for a long time with its ever-evolving tools and it is key to know them if you want to make a mark in the data analytics field. For more details, in brief, you can also search for – Imarticus Learning and can drop your query by filling up a simple form from the site or can contact us through the Live Chat Support system or can even visit one of our training centers based in – Mumbai, Thane, Pune, Chennai, Bangalore, Hyderabad, Delhi and Gurgaon.

Future of Big Data Hadoop Developer in India

Reading Time: 4 minutesIn this era of electronic and digital devices, most people are using Big Data, ML, AI and such without really understanding what goes on to provide those services. Data is at the very center of any application and the sheer volumes of data generated, the variety of sources and formats, the need to manage, clean, prepare and draw inferences for business purposes and making decisions is being used extremely widely. And this spawning of data, means the projects involve Big Data and that technology has to evolve and changes to manage it. This also indirectly implies the need for Hadoop developers. The relationships are symbiotic and spur growth in each other’s needs.

Why Choose Big Data Hadoop As a Career

• Since data is an asset people trained on handling the large amounts of data performing analytics on it and providing the right gainful assets for business decisions are also fast being considered invaluable assets.
• Those employees who do not re-skill to include managing Big Data face the risks of getting laid off. For example, TCS, Infosys, and many other data giants laid off nearly 56,000 people in just one year.
• 77% of the companies and verticals across industries are adapting to use Big Data. Thus many are recruiting data analysts and scientists. Even the non-IT sector!
• The payouts are second to none in the category and a large number of aspirants are taking up formal Hadoop careers, both newbies and those changing careers mid-way.
• Data is growing and will continue to be used even in the smallest of devices and applications creating a demand of personnel to handle Big Data.

The Hadoop Career Choice

Pros:
• Big data applications and demand for trained personnel shows tremendous growth.
• Job scope is unending since data continues to grow exponentially and is used by most devices today.
• Among the best technology for managing Big Data sets Hadoop scores as the most popular suite.
• The salaries and payouts globally are better than for other jobs.
• Most verticals and industries, a whopping 77%, are switching tracks to use Big Data.
• Hadoop is excellent at handling petabytes of Big Data.
Cons:
• Your skills need to be of practical nature and constantly updated to keep pace with evolving technology.
• You need a combination of skills that may require formal training and is hard to assimilate on your own before you land the job.

How to Land that Dream job

Today it would be exceptional if a company does not use Hadoop and data analytics in one form or the other. Among the ones that you can easily recollect are New York Times, Amazon, Facebook, eBay, Google, IBM, LinkedIn, Spotify, Yahoo!, Twitter and many more. Big Data, Data Analytics, and Deep Learning are widely applied to build neural networks in almost all data-intensive industries. However, not all are blessed with being able to learn, update knowledge and be practically adept with the Hadoop platform which requires a comprehensive ML knowledge, AI deep learning, data handling, statistical modeling and visualization techniques among other skills.
One can do separate modules or certificate Big-Data Hadoop training courses with Imarticus Learning who provide such learning as short-term courses, MOOCs, online classrooms, regular classrooms, and even one-on-one courses. Choices are aplenty with materials, tutorials and options for training being readily available thanks to high-speed data and visualization made possible by the internet.
Doing a formal Hadoop training course with certification from a reputed institute like Imarticus Learning helps because: 
• Their certifications are widely recognized and accepted by employers.
• They provide comprehensive learning experiences including the latest best practices, an updated curriculum, and the latest training platforms.
• Employers use the credential to measure your practical skills attained and assess you are job-prepared.
• It adds to your resume and opens the doors to the new career.
• Knowledge in Big Data is best imbibed through hands-on practice in real-world situations and rote knowledge gained of concepts may not be entirely useful.
The best courses for Big data Hadoop and Advanced Analytics are available at the IIMs at Lucknow, Calcutta, and Bangalore at the IITs of Delhi and Bombay. This is an apt course for people with lower experience levels since their curriculum covers a gamut of relevant topics in-depth with sufficient time to enable you to assimilate the concepts.
The Big data training courses run by software training institutes like Imarticus are also excellent programs which cost more but focus on training you, with the latest software and inculcating practical expertise. Face-to-face lab sessions, mandatory project work, use of role-plays, interactive tutoring and access to the best resources are also very advantageous to you when making the switch.
Job Scope and Salary Offered:
Persons with up to 4 years experience can expect salaries in the range of 10-12 lakhs pa at the MNCs according to the Analytics India Magazine. Yes, the demand for jobs in this sector will never die down and is presently facing an acute shortage.
Hadoop Course Learning:
You can use online resources and do it yourself using top10online courses.com. However, formal training has many advantages and is recommended. Join the Hadoop course at a reputed institute like Imarticus Learning.
Hadoop has a vast array of subsystems which are hard to learn for the beginner without formal training. The course helps you assimilate the ecosystem and apply these systems to solving real-world industry-related problems in real-time through assignments, quizzes, practical classes and of course do some small projects to show off your newly acquired skills. The best part is that you have certified trainers leading convenient modes and batches to help you along even if you are already working.
The steps that follow are the Hadoop progressive tutorial in brief.
• Hadoop for desktop installation using the Ambari UI and HortonWorks.
• Choose a cluster to manage with MapReduce and HDFS.
• Use Spark, Pig etc to write simple data analysis programs.
• Work on querying your database with programs like Hive, Sqoop, Presto, MySQL, Cassandra, HBase, MongoDB, and Phoenix.
• Work the ecosystem of Hadoop for designing applications that are industry-relevant.
• Use Hue, Mesos, Oozie, YARN, Zookeeper, and Zeppelin to manage your cluster.
• Practice data streaming with real-time applications in Storm, Kafka, Spark, Flume, and Flink.
• Start building your project portfolio and get on GitHub.
Conclusion:
In parting, India and the bigger cities like Bangalore, Hyderabad, and Mumbai are seeing massive growth in the need for Hadoop developers. You will also benefit from a Hadoop training course in Data Analytics and it is worth it when your certification helps you land the dream career you want. So don’t wait. Take that leap into Hadoop today!

Importance of Data Analysis in India

Reading Time: 3 minutesThe importance of data in the world of today can not overstate. Though data has formed the backbone of all research for centuries, today, its use has spread to businesses – both online and offline, governments, think tanks which help in policy formulation, and professionals.
With the surge is collection and dissemination of data, the importance of data analysis has grown as well. While data collation is vital, it is just the first step in the process of using it. The ultimate use of data is to draw meaningful insights from which can then be put to use to practice. Data analysis helps in doing this by transforming raw data into a human or machine-usable format from which information is being drawn.
Also Read: What is Data Analysis and Who Are Data Analysts?
Data AnalyticsSome ways in which data analysis can be distinguished are as follows:

  • Organizing data: Raw data collected from single or multiple sources may be disorganized, or present in different formats. Data analysis helps in providing a form and structure to data and makes it useful so that other tools can be used to arrive at findings and interpret the results.

  • Breaking down a problem into segments: Working on data collection from an extensive survey or transaction and consumer behavior data can become very challenging due to the sheer volume of data involved. Data analysis techniques can help segment the data thereby reducing a massive, seemingly insurmountable problem, into smaller parts which can be relatively easily tackled.
  • Drawing insights and decision-making: This is the aspect which is most readily associated with data analysis. Tools and techniques from the field applied to pre-organized and segmented data assist in drawing meaningful insights which can either help in concluding a research project or support business in understanding consumer behavior towards their products better.

Further, through data analysis in itself is not a decision-making process, it certainly does help policymakers and businesses make decisions based on insights, information, and conclusions drawn while researching and analyzing data.

  • Presenting unbiased analysis: The use of data analysis techniques helps ensure that unwarranted biases – human or statistical – are reduced at least or eliminated at best. It helps ensure that top quality insights can be extracted from the data set which can help in taking effective policy actions or decisions.

Some people misconstrue data analysis to be just the presentation of numbers in a report based on which researchers support their thesis or managers take decisions. This is far from being true. More than merely data collection, data analysis helps in cleaning raw data, dissecting it, and analyzing it. It can also assist in presenting the insights drawn or information received from this exercise in a format which is compact and easy to understand.
In companies, there are data analysts and data scientists who are responsible for conducting data analysis. They can play a crucial role in harvesting information and insights from the data collection and study cause and effect relationships by understanding the meaning behind figures in light of business objectives. They are trained to process technical information and convert it into an easily understandable format for management.
Some data analysis methods that they use include:

  • Data mining: This studies patterns in large data sets – also known as big data – by applying statistical, machine learning, and artificial intelligence methods.
  • Text analytics: It processes unstructured information in text format and derives meaningful information from it. It also converts this information into the digital format for use by machine learning algorithms.
  • Business intelligence: This method draws insights from data and converts it into actionable information which is used by management for strategic business decisions.
  • Data visualization: This method uses data analysis tools to present trends and insights visually, thus making data more palatable.

Companies like Amazon and Google have made pioneering efforts in using data analysis by applying machine learning and artificial intelligence to create end-user experience better. Given that we are living in the information technology age, the use of data analysis is expected to increase manifold in the future and enhance its scope.
Also Read:

The Importance of Big Data Analytics in The Banking and Financial Services Industry

Reading Time: 2 minutesIn this data-driven world, Data Analytics has become vital in the decision making processes in the Banking and Financial Services Industry. In Investment banking, volume, as well as the velocity of data, has become very important factors. Big Data Analytics comes into the picture in cases like this when the sheer volume and size of the data is beyond the capability of traditional databases to collect.
Today, data analytics practices have made the monitoring and evaluation of vast amounts of client data including personal and security informant data-driven and other financial organizations much simpler.
There are several use cases in which Big Data Analytics has contributed significantly to ensure the effective use of data. This data opens up new and exciting opportunities for customer service that can help defend battlegrounds like payments and open up new service and revenue opportunities.
For example, in October 2106, Lloyds Banking Group had become the first European bank to implement Pindrop’s PhoneprintingTM technology for detecting fraud. Their technology used AI to create an ‘audio fingerprint’ of every call by analyzing over 1300 unique call features – such as location, background noise, number history, and call type – the o highlight unusual activity, and identify potential fraud.
It cracks down on tactics like caller ID spoofing, voice distortion, and social engineering without any need for customers to provide additional information. Subsequently, Lloyds Banking Group went on to win the Gold Award for ‘best risk and fraud management program’ at the European Contact Centre & Customer Service Awards 2017.
Danske Bank uses its in-house start-up, advanced analytics to evaluate customer behavior and determine preferences, as well as to better identify fraud while reducing false positives.
JPMorgan Chase also developed a proprietary Machine Learning algorithm called Contract Intelligence or COiN for analyzing various documentations and extracting important information from them.
Big Data is also used for personalized marketing, which targets customers based on the analysis of their individual buying habits. Here, financial services firms can collect data from customers’ social media profiles to figure out their needs through sentiment analysis and then create a credit risk assessment. This can also help establish an automated, accurate and highly personalized customer support service. Big Data also helps in Human Resources management by implementing incentive optimization, attrition modeling, and salary optimization.
The list of use cases implemented in the workflows of the Banking and Financial sector is growing day by day. The huge increase in the amount of data to be analyzed and acted upon in the Banking and Financial Sector has made it essential to incorporate increase the implementation of Big Data Analytics.
Knowing the importance of data science is crucial in these sectors and should be integrated into all decision-making processes based on actionable insights from customer data. Big Data is the next step in ensuring highly personalized and secure banking and financial services to improve customer satisfaction.

Career Opportunity in Data Analytics

Reading Time: 3 minutesWe are in a technology-driven age and are ever managing the growing needs of the companies and consumers with regards to the same. In such a scenario the role of data analysts becomes very perilous to manage the demands. A data analyst is someone who is in charge of collecting and analyzing the data, responsible for performing statistical analysis on the data. It is not essential that the skills of a data analyst are as evolved as a data scientist, a data analyst can or cannot create algorithms. Although they share the same goal of discovering insights from the data and strategically use them to create solutions.
Usually, data scientist works with the IT teams, data scientist or the management, to define organizational goals, data mining, identifying new trends and opportunities, designing and creating databases. Now, these skills come handy when considered as a base to progress in diverse directions in the analytics field.
There are various professional possibilities that can be easily handled by a data analytics professional. If you are a newcomer in this filed, or are trying to explore the field of data analytics, and are wondering about the future options for either career progression, or any alternatives to the analytics job, then this article will help you gauge the opportunities in a Data Analytics field.

Data Management Professional

Affiliated with the role of a database administrator, this role is a possibility but has nothing in common with the data analyst role. One does not need proficiency in programming languages like R or Python. SQL orientation is, however, a plus. This is an IT role, where the person manages data and the infrastructure that manages IT.

Data Engineer

While as a data management professional you will manage data infrastructure, as a data engineer, you will design and implement the data infrastructure. A step up in complexity from the data management professional, a data engineer is a non-analytical big data career opportunity. You cannot say one of the two is superior, it is your knowledge, skill, and preference that should be the deciding factor. Both these roles are similar in the technologies and skills to an extent. However, the application and complexity of the same are different.

Business Analyst

If you thrive when working with big data frameworks, analysis and presentation, creating dashboards, querying of databases is your forte, then this is the perfect career opportunity for you. The above two options will help you manage data and designing data, the role of a business analyst will be extracting information from the data other than what it already says superficially. There are unique skills requirements which can be learned if you wish to pursue in this field.

Machine Learning

Investigating data is the base of a role as a practitioner in machine learning, in addition to this capability you will also need to be hands-on with proficiency in statistics, writing machine learning algorithms, etc…, this is where big data becomes sophisticated, insightful, where tools and experience are used together to leverage data. Therefore, statistics and programming both become essential assets for a machine learning professional, if those are your interests then go for it as machine learning integration in technologies is going to be huge over the next couple of years.

Data Scientist

This term means nothing specific in general but uses all the roles and technologies listed above. From fluency in programming languages to querying and statistical capabilities, to extracting, managing and designing, and conducting initial exploratory analysis, and deciding which machine learning algorithm to use to perform predictive analysis, from visualizing the results to giving the presentation to the management with the end result, all comes under the job responsibilities of this role in addition to having the domain knowledge.
The options mentioned above are only a few of the possibilities but will serve as a good starting point for anyone exploring to understand options available to a data analyst.

What is the Scope of Analytics?

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The word analytics has come into focus over the last couple of years. Analytics is considered to be pivotal especially in an era where internet and technology have taken centre stage in our daily lives. Analytics is essentially a field which brings together, Data, Information Technology, Statistical Analysis, Quantitative Methods and Computer-Based Models to one platform.

All this put together to form data, that is accumulated through various ever growing channels, due to the integration of technology in our daily lives, from phones to applications to online movement, any traction on the internet creates data. Analytics done on this data gives decision makers information on which to base their informed decisions.

Data Science Course

In recent times, with changing business dynamics, organisations are looking for innovative methods through which they can enhance productivity and cut costs. Companies have large volumes of data being created from almost every area of function.

Performing Descriptive, Predictive or Prescriptive Analytics on this data will assist the organization to identify potential risk areas, understand which areas need intervention and strategy reformation, and with the application of Computer-Based Models also run a simulation, on performance based on the said strategy, and gauge application based on the results.

Hence, the application of analytics in businesses is very vast, if applied with the right vision and strategy, the possibilities are limitless. Analytics can be applied to Customer Service, Acquisition and Retention, Financial Management of an Institution, Supply Chain Management, Human Resource, Government functions, Sports, Marketing, to name a few.

The scope and use of data analytics is not only a global phenomenon, but as it is turning out, India is being considered as a big market for data analytical skill sets. A career in business analytics is very fulfilling and is one of the fastest-paced developments in the current market scenario. India is hence fast becoming the most preferred destination for offshoring data analytics capabilities.

In India, the development or the use and scope of analytics is massive and noteworthy mainly in Media Communications, Outsourcing Companies, Internet business Companies, etc…,

Looking at these trends it is only obvious that the future of analytics will only continue to grow upward.

Outlined below are a few future opportunities in Analytics,

  • Since data is expected to grow exponentially in the future, the application of analytics will only increase in businesses.
  • Nevertheless, there will be a development of the tools used for data analysis, an example could be ‘Spark’
  • One will see an integration of Prescriptive Analytics in the Business Analytics Tool.
  • Going forward people will be able to see real-time insights in data and will be able to make real-time decisions.
  • Moving forward, Machine Learning will be a necessary element for data preparation and Predictive Analysis for businesses.
  • There will be Big Data staffing shortages, but the crunch might ease when companies start using internal training and innovative recruitment approach, Chief Data Officer will be a position that will open up in most organizations.

Whatever the debate on the future application of data analytics might be, one thing is clear, analytics has the capability of impacting the profitability and productivity of a business colossally. Hence, there is no doubt in stating that the ‘Future is in Analytics’.