The interrogating space debris
Every one of us is really fascinated about the space and its exploration, whether from being a school going kid to sending your grand kids to school.
It was always an awestruck moment for us to know the new discoveries in space. Read More
Despite the technological advancements spreading not only over earth, but also beyond is creating a negative impact over the inventions. The scientists estimate that about 120+ million pieces of space debris are revolving the outer space. These debris vary from 1mm to 10cm in size. Among these 34,000 pieces account for the larger ones. We can never underestimate the impact that these debris create in the space. The ISS in the space usually revolve for about 17,000 miles per hour. With this velocity, even a very small collision can create a major devastating effect. These debris also have the chance of harming even the scientists over there. In 2018, the space sweeper is sent to clean up all the debris from SpaceX. The debris is abundant, that even though the cleaning device is sent for n number of times is still in a situation by collecting more and more. The more and more satellites are sent to the space the more risk it would take. There Kessler syndrome, a chain reaction where more space junk will be created due to the collisions between other space junk. The reason behind this junk is the failed satellite, remains from past explosions, the break off part while launching a rocket and leftover rocket boosters. An estimate by NASA in 2018 revealed that about 500,000 defunct satellites are just floating in the space. Many scientists believe that these debris may resolve by their own by degrading on time. An estimated average degradation rate of space satellite sizing about an earthly bus is 150 years. So, this optimized thought process is a matter of question! These inventions, discoveries and their impacts never fail us to settle with a shock.
List of top 10 highly paid jobs in India
1) Medical Professionals (Click Here to become one)
2) Data Scientist
3) Additive Manufacturing professional (Click Here to become one)
4) Marketing Manager (Click Here to become one)
5) Machine Learning experts (Click Here to become one)
6) Blockchain Developer (Click Here to become one)
7) Full stack Developer (Click Here to become one)
8) Product Management (Click Here to become one)
9) Management Consultant (Click Here to become one)
10) Cloud Computing professionals (Click Here to become one)
1. Medical Professionals:
Job description:
Health practitioners mostly operate in hospitals, community centers and other service delivery sites, but often in academic teaching, science, and administration. For patients in private homes, others offer medication and recovery facilities. They are highly educated employees in careers that typically require comprehensive knowledge, including university-level training, leading to a first- or higher degree award. They have extensive knowledge on subjects and also on psychology of people.
Salary Package: Read More
You require these skills if you want to become one: 1. High level of understanding. 2. Operating skills need to be effective. 3. Best problem-solving skills. 4. Providing comfort to the patients. 2. Data Scientist: Job description: Data science is a broad discipline that focuses on extracting information from traditionally broad data sets. The area involves researching, processing evidence for study, and sharing results in an enterprise to guide high-level decisions. Within the framework of mathematics, statistics, computer science, subject knowledge and information science, it incorporates methods and hypotheses taken from many areas. Data science has its main focus on investing into big data. In order to develop consumer-centric solutions and increase product/service efficiency, Big Data is necessary. Salary Package:4-70LPA You require these skills if you want to become one: 1. Programming skills 2. Visualization of data 3. ML 4. Analytical abilities 3. Additive Manufacturing professional: Job description: The additive manufacturing industry is a rapidly rising industry with a growing need for trained professionals. Engineers, software engineers, material scientists and a broad variety of company support roles, including distribution, marketing and other specializations, are interested in additive manufacturing careers. This job is for the product design and manufacturing sector of the industry. Salary Package:7 to 25 LPA You require these skills if you want to become one: 1. Product designing skills. 2. Optimization of the manufacturing process is a crucial technique to be focused by the professional. 3. Computational modelling. 4. Design thinking and analysis. 4. Marketing Manager: Job description: By designing and implementing campaign campaigns to fulfil customer desires and increase profits, a marketing strategist develops that knowledge. Marketing managers operate in sectors as diverse as advertisement, hospitality, healthcare, banking, technology, retail, and education, and are vital to the growth of a company. They direct internal staff, craft promotional messaging and products, and work through newspapers, ads, and social media to print or deliver them to the public. They may be one of several marketing managers, specializing in a category of goods or services, or a particular field of execution, based on the size of the business. Salary Package: 5 – 22LPA You require these skills if you want to become one: 1. Strong proficiency in coordination. 2. Communication capabilities and the power to network. 3. Adaptability. Adaptability 4. Effective attention to detail. 5. Good skills in organization and planning. 6. Creativity and skills for authors. 7. Commercial Conscience. 8. Numerical abilities. 5. Machine Learning experts: Job description: Machine learning (ML) is a type of artificial intelligence (AI) that enables applications of software to become more precise in predicting results without being directly programmed to do so. To predict new target value, machine learning algorithms use statistical data as input. A specialist on the use of data for training models is a machine learning (ML) developer. The models are then used to automate procedures including classification of images, recognition of voice, and forecasting of the market. Salary Package: 6 – 22LPA You require these skills if you want to become one: 1. Statistics. 2. Data modelling 3. Programming skills 4. Probability 6. Blockchain Developer: Job description: Initially, a blockchain block chain is an increasing array of documents, called blocks, that are connected by cryptography. A cryptographic hash of the previous block, a timestamp and transaction data are included in each block. The whole life cycle of a blockchain program is handled by blockchain engineers. This suggests that the analysis as well as the implementation of the application would be your duty. They build the system’s architecture, make intelligent contracts, and refine the protocols. Salary Package: 8 – 45LPA You require these skills if you want to become one: 1. Software development 2. Work experience with codebases. 3. Strong data structures and algorithm knowledge. 4. Good programming proficiency. 7. Full stack Developer: Job description: A full stack developer is a software developer or programmer that deals on both the front and back ends of a platform or program, which ensures that during the project preparation process, they can handle tasks that require databases, create user-facing websites, or even deal with consumers. Web developers are found employed as freelancers in many categories of organizations, from major companies and states, small and medium-sized enterprises, or alone. Some web developers work as permanent full-time workers with one company, while others can work as independent consultants, or as contractors for a corporation or for personal use at home. Salary Package: 5-13 LPA You require these skills if you want to become one: 1. Good programming language proficiency. 2. Web architecture. 3. Database storage and management. 4. Required design skills. 8. Product Management: Job description: Throughout the product lifecycle, the Product Manager is responsible for product preparation and delivery, including: capturing and prioritizing product and consumer needs, identifying the concept of the product, and collaborating closely with manufacturing, distribution, marketing and support to ensure revenue and customer loyalty. Salary Package: 14-26LPA You require these skills if you want to become one: 1. Good communication. 2. Scientific professionalism. 3. Business mindset. 4. Skills for analysis. 5. Analytical abilities. 6. Interpersonal skills. 7. Marketing skills. 8. Delegation abilities. 9. Management Consultant: Job description: A management strategist, often sometimes referred to as a strategy advisor, helps organize and conduct initiatives for a company or government agency with the end goal of being more successful or competitive. In order to accomplish this aim, the consultant can propose a number of techniques to improve the structure or methods of operation of the organization in ways that lead to improved income, stronger processes and disability. Salary Package: 11-23LPA You require these skills if you want to become one: 1. To be grounded. 2. Capability of prioritization. 3. Good listener. 4. Express information and enforce it. 5. Ability to break down difficult topics into basic elements. 6. Possess strong talents in judgment. 10. Cloud Computing professionals: Job description: A cloud computing specialist helps companies migrate their information and services into the cloud. It is essential that there is no interruption in services during this migration. You will help ensure this by analyzing a company’s needs and helping them select the appropriate cloud technology. Salary Package: 6-30LPA You require these skills if you want to become one: 1. Machine Learning and Artificial Intelligence (AI) 2. Cloud Migration and Deployment within Multi-Cloud Environments. 3. Architecture. 4. Database Skills. 5. Programming Languages. 6. DevOps.
–Niveditha R

AM promoting sustainable development goals in the Aquatic ecosystem.
3D printing involves manufacturing design
optimized and lightweight parts, also resulting in minimal material waste due
to its additive manufacturing technology has marked its place under sustainable
development technologies. On the other hand, collecting the waste materials
from various sectors where the environmental issues actually arise, then
converting them into Read More
Reusing plastic waste: Abundant plastic wastes are a major concern in our day-to-day
life. The most significantly affected resource is our ocean, where huge amounts
of plastic wastes are affecting the aquatic ecosystem. There are few groups who
work in converting these problematic wastes into useful products. 1. The New Raw, a design studio converting the synthetic fish nets into 3D
printed seashells and household items. They also 3D printed public furniture
and installations in Thessaloniki. Another project by 2. Plastic banks transform huge amounts of plastic waste into currency to
expand communities. Conservation of ecosystem: Due to global warming, the rise in temperature leads to bleaching of
corals underwater, creating an unfit place for the coral algae to grow. This
affects the rest of the species which feed on these coral reefs and algae,
ultimately disturbing the aquatic food chain. Hence, a group based on 1. Melbourne, Australia has 3D printed coral-inspired structure consisting
of hundreds of ceramic and concrete modules to look and feel like real coral.
Another group, 2. Emerging Objects along with Boston Ceramics and SECORE are developing 3D
printed settlement substrates needed for the coral larva to feed on the corals.
In this way they are reducing the destruction of coral habitat. Several other sectors where AM
promoting sustainable development techniques will be covered in our further
blogs.
--Niveditha R
3D PRINTING IN SPACE – AN INSIGHT
AM in aerospace has made hardware designing procedures to become much easier than before. The space scientists are trying to build a manufacturing platform with 3D printing, Robotics and embedded AI. Read More
Why AM in space? AM technology has a prominent reason for its use in space. It reduces the transportation of raw materials for building tools required in space. This is because 3D printers not only produce objects with the raw materials (water, metal) available on the asteroids and planetary bodies, but also are capable of using recycled space trash for manufacturing. The scientists are also looking for alien soils like lunar and mars regolith for building heat resistant shields. Thus, it is reducing the cost and time for the transportation of heavy raw materials from the earth. Hence, it is appropriate to call the technology an on-location production technology. Printing with zero-gravity The space is a zero-gravity place where the 3D printers are an appealing technology to proceed in case of solid raw materials with Zero-G extruder. What about the case of fluid raw materials in bio-printing? The chemistry of such raw materials must be slightly different to have an appropriate sticky nature to preserve the physical property and analytics. It’s going to be a bit difficult approach; hence the scientists are doing research on special systems to handle various parameters required for bio-printing.
--Niveditha R
EXTENDED REALITY – A NEW LEAP IN INDUSTRY 4.0
Extended Reality (XR), one of the Industry 4.0 revolutionizing technologies is ground breaking now. The technology has crossed its way from being a fiction to a science-based reality to rule the industrial pace. In business, it helps in easy visualization, conceptualization and analysis of products to have better market reach with minimum cost for labour. It is more of a replication of real-life situations and scenarios. The need of the hour is a digitization of every asset, which reduces the consumption of time, cost and travel. This technology also defines the psychological mindset of the people, mostly preferring comfort and luxury. The XR market is expected to grow about eight times the current market size. Read More
Applications of the XR is another aspect, where the technology crosses out of its initial boundary as providing a gaming service also travels into different other domains like healthcare, education, industry, real estate and much more. Beyond this, managing customers, the employees and consumers are also being impacted under this technology. The technology also infuses trial-and-error experiments for having better learning methods with reduced risks. This helps in easy training practices for the industries, which are actually trying to adapt the technology as soon as possible.
Much more advancements are expected to boom out from this technology in future. This is going to be a more ruling space, that every reality around us will be connected with the artificial world thus making it – THE ARTIFICIAL REALITY
--Niveditha R
Microfluidics in surgery and healthcare
Microfluidic artificial lungs helps to enhance the treatment and quality of life for patients with acute or chronic lung injury. The device is mounted on the chest or back and vascular access is achieved via the subclavian artery and vein to allow ambulation. Read More
--Sidharth Mohan
Magnetic Nanoparticles in RnD
Magnetic nano particles integrates nanotechnology and molecular biology for providing promising results in cancer diagnosis and treatment by overcoming the shortcomings of traditional techniques. Read More
--Sidharth Mohan
Virtual Reality in healthcare education
Usually medical students use cadavers for the study of human anatomy. But it would not be the same way as if a live human body would react. With the help of VR even the minute details of any part of the human body can be analyzed. Read More
--Sidharth Mohan
How fascinating skin bioprinting is?
3D bioprinting of skin is a promising advancement towards creating skin grafts that are functionally and structurally very similar to healthy skin thereby opening path to new medical treatments and on-site use cases. Read More
--Sidharth Mohan