Impact of Blockchain Technology in Health Care Ecosystem

Growing countries spend a good portion of their gross domestic product (GDP) on health care. However, hospital costs continue to increase, and inefficient systems and health data gaps are poised to continue. This is one field where Blockchain technology can enhance the circumstance. It can do many things, from providing secure encryption to patient information to managing epidemics. Estonia is a pioneer in the field, having begun using Blockchain's power in health care in 2012. All healthcare payments, 95% of health data, and 99% of prescription drug information are stored digitally via Blockchain. Blockchain refers to a fixed shared record of a series of tasks, each consisting of a single block and blocks encrypted with cryptographic keys ("hashes"). These keys or signatures are stored in shared labels, compiled by several nodes, or connected processes. Thus, each node has a copy of the entire chain, constantly synchronized and maintained. According to the National Institute of Standards and Technology (NIST), the benefits of Blockchain technology include its resistance to disruption, the nature of digital ledger segregation, and the impossibility of changing recently published work among the book-sharing community. Thus, this technology is also called digital ledger technology (DLT).

Author: Dileep Jigyasi

Gravity of Physics in Engineering Domain

Engineering Physics is the motif of foundation course in Engineering. It basically covers the essential concept of Quantum Physics, Wave Optics, Theory of Solids, Laser Physics and Fiber Optics and Electrostatics which covers wide areas of Physics.

Fundamentals of Engineering Physics develop scientific approach for higher technical education which provides a platform for future technological advancement. For example, how Physics is essential in Civil Engineering. In Physics we study forces, harmonic vibrations and oscillations, elasticity, tension, tensile strength etc. which helps in calculations for designing and construction work. In the same manner Physics is useful in other verticals of Engineering. Some topics like strength of materials, heat and mass transfer, thermodynamics etc. are the major part of Mechanical Engineering. The concept of spin in Physics is implemented as a direct application of spin speed on data storage in Computer Science and Technology. Physics develops the problem solving ability, logical and intellectual thinking. No other substitute is there for Physics to solve complex problems of Engineering. Physics is a multidisciplinary subject. We see many phenomena of Physics in our daily life. 

“Quantum Physics teaches us that we can simultaneously exit in many places, under certain conditions”.

- Amit Ray 

In all it is impossible to imagine a building without base and essentials of Physics works as a base of Engineering Building.  

Dr. Ekta Jain 

Associate Professor 

Applied Science (SIRT-E)

Electrical and Electronics Engineering as a Career Choice

 Electrical and electronic designers work at the bleeding edge of viable innovation, improving the gadgets and frameworks we utilize each day. From sun based energy frameworks to cell phones, we improve to meet society's correspondence, tech and energy needs.

Electrical Power is essential to present day life - power age, transport, medication, quantum data, registering, man-made brainpower, cryptography, correspondences, the rundown is interminable. So what recognizes electrical from electronics? Set forth plainly, electrical specialists manage the stock and stream of force; electronic designers make the electronic gadgets we utilize each day.

Electrical designing is tied in with power: 

1. Creating, conveying putting away and communicating it 

2. Enormous scope frameworks to circulate and control power 

3. Circuits where power streams starting with one point then onto the next 

4. High-Voltage applications.

Electronic designing is about electrical circuits and segments: 

1. Making, planning and testing them.

2. Coordinating them into PC equipment and frameworks 

3. Circuits that interaction, and have dynamic capacities 

4. Low-voltage applications and with low-strength current 

5. Advanced mechanics, AI, calculation, interchanges.

The two fields are centered on certifiable applications. On the off chance that you are energized by maths and science, love innovation and its expected advantages for society, this is the course for you.

Author

Prof. Sharad Salunke is currently working as an Assistant Professor in the Department of Electrical & Electronics Engineering at Sagar Institute of Research & Technology, Bhopal. He had done his Master of Engineering (ME) in Electrical Engineering with specialization in Digital Techniques and Instrumentation from S.G.S.I.T.S, Indore, and Bachelor of Engineering from RGTU. He had a total of 11 years of teaching experience and 1 year of Industry experience. His area of research includes Nonlinear Control of AC machines and Digital signal and image processing.

Scopes of Civil Engineering

Civil Engineering is the oldest branch of engineering. We cannot think about the world without civil engineers. Civil engineers are always needed for the development of the society. For the development of any nation civil engineers are must. As we know India is a developing nation so we required development, and for that civil engineers are needed. Civil engineers are needed for Highway projects, Railway projects, Construction of buildings, construction of dams, construction of tunnels, construction of industries, construction of Airports, construction of metro rail etc.

Apart from this dream project of river linking also requires civil engineers it will reduce the chances of flood in various parts of our country.  It will help in solving the water problem in some areas. 

There are various branches of civil engineering

1. Structural Engineering 

2. Geotechnical Engineering

3. Transportation Engineering

4. GIS and remote sensing 

5. Railway engineering

6. Tunnel Engineering

7. Docks and Harbor

8. Environmental engineering 

9. Pollution control

10. Estimation and billing

11. Construction management

12. Quality control and supervision

13. Water supply

14. Waste disposal

Civil engineers have huge demand in public sector and private sector both.

Author

Prof. Rakesh Patel is currently working as Professor in the Department of Civil Engineering at Sagar Institute of Research and Technology-Excellence, Bhopal.

Big Data Analytics - Demand of Today’s Technical World

Data Science & Data Analytics are the most recent and demanding fields in today's technical world, We are surrounded by electronic gadgets most of are generating continuous data like Cell Phone Applications, Online Web Portals, Digital Cameras, Smart watches, Tablets, GPS devices, IoT based devices and tools which are collecting and storing data on cloud.  Here Data Management is a critical issue because the data is not only Huge it is also heterogeneous in nature. To deal with this issue we have an advanced field “Data Science and Data Analytics” which is the advanced version of “Data Mining”, it is not just an approach, it’s a bunch of smart, advanced & Optimized algorithms, Which guide to Data Analyst expert to write code or generate logics in the form of programming (Code) to smartly manage & visualize to discover knowledge from this huge, heterogeneous & Big Data. Here Artificial Intelligence & Machine Learning work as the backbone to implement smart logics. Nowadays Universities are also launching the Bachelor and Master Degree programs in AI, Machine Learning & Data Science to prepare students as the demand of today’s technical world.      

Dr Kapil Chaturvedi

Associate Professor 

Dept of CSE, SIRT,

SAGE Group, Bhopal, MP, India  

Mechanical Engineering Is Omnipresent

From the beginning Mechanical Engineering is recognized as Evergreen branch of Engineering. During earlier years when only few Core Branches of Engineering are in field to the recent trend of new emerging branches Mechanical Engineering kept its position intact.

Even now as Mechanical engineering having its collaboration with other new emerging technologies, its scope got new dimensions in multidisciplinary fields like Mechatronics, Robotics, Medical Sciences, Aerospace, Marine, Nanotechnology, Biotechnology, Artificial Intelligence, Construction Field & many more.

The very first invention which gives new boost to Civilization is INVENTION OF WHEEL after which thing started moving fast & taken a new pace is probably done by a Mechanical Engineer. Through that starting invention of Bullock Cart now we are in the age of Bullet Trains &Self-driving Electronic Vehicles controlled through Artificial Intelligence.

If we look around us starting from our home the thing, we use a small thing like a Needle to the biggest thing owned by us an Automobile Vehicle is manufactured in an Industry & certainly a Mechanical Engineer is involved in its existence. 

Even as a Consumer we can count enormous number of products used in our Kitchen which are processed in one or other Industry and then through a channel came up to us as final product for use.

Most of the essential products for living in our homes are coming through any Industry or the tools used to create them useful for us are manufactured in any Mechanical Machine or Mechanical Industry in which a MECHANICAL ENGINEER is involved.

So, it’s rightly said Mechanical Engineering is the most EVERGREEN BRANCH of Engineering & its Omnipresent.

Author:

Prof Dileep Jigyasi

What are Few Preventive Measures We Should Follow after Colleges Reopen in the Post COVID World?

COVID – 19 or Corona Virus changed our lives, habits, behavior, and lifestyle in almost every possible way. It changed our perspective towards ‘normal’ now we know a new normal. Talking about college going students, they have already witnessed much up and down starting from online classes to online exams. Students got bored of the online mode of education but accepted it as there was no other option available. The safety concerns were properly taken care of and we have to continue that in the post COVID world as well at least, for few years. Keeping in mind the danger and loss the pandemic brought we have to make sure that in the post COVID world we follow all the government health guidelines to keep the coming generation safe and us and healthy.

Precautions to take to avoid the spread and spurge of COVID-19 in colleges

According to the doctors if we follow certain rules, we will safeguard ourselves and help our nation in pushing the virus away. The following should be followed by all students, faculties, and the institutes, strictly to keep everyone safe. 

• Keep basic social distancing everywhere. Even in classrooms all the chairs and desks need to be placed at distances.

• Smaller batches must be created to reduce mass gathering in common areas like mess, canteen, library, labs and others. Regulation of time and number of students should be closely monitored.

• Mandatory use of masks and sanitizers for all.

• Every entrance must have a sanitizing station to promote hand sanitization before entering.

• Temperature of every visitor must be checked and monitored regularly and even mild symptoms must be treated with care.

• Reporting of the person with mild symptoms should be carefully monitored and immediate actions to isolate them should be taken.

• Regular awareness oration must be given to the students and staff to ensure that everyone is following the safety measure and precautions.

• The common precaution and practices should be strictly imposed even after the vaccine’s arrival to prevent the transmission.

All the colleges and university should follow the precaution and preventive measure to keep the world safe and drag it to the ‘normal’ again. Sagar Institute of Research & Technology, one of the top engineering colleges in Bhopal is taking care of all the preventive measure, ensuring the safety or students as well as of the staff.