New Age Careers: Web3 Offers Lucrative Professions

New Age Careers: Web3 Offers Lucrative Professions

Edited By Ramraj Saini | Updated on Jun 28, 2022 11:13 AM IST | #Information Technology

Nowadays a paradigm shift from Web2.0 to Web3.0 is based on the decentralised blockchain technology. Data from Teamlease, a consulting firm, shows that 4.5 per cent of total job openings in the country were related to blockchain in February 2022. According to a September 2021 report by Nasscom, India has registered a 39 per cent employment growth rate in the crypto tech industry in the last five years.

This Story also Contains
  1. The Journey of Web1.0 To Web3.0
  2. Opportunities In Web3.0 Space
  3. Web3.0 In Different Sectors
New Age Careers: Web3 Offers Lucrative Professions
New Age Careers: Web3 Offers Lucrative Professions

There are many benefits of blockchain such as Enhanced Security, incredible transparency, traceability and automation. This increased speed and efficiency lead organisations to transform them based on Web3 and thus opening great opportunities in energy, telecommunications, healthcare, education, government, banking, and financial service, automation, insurance, supply chain, retail and consumer goods, media and entertainment, and many more.

The Journey of Web1.0 To Web3.0

Web 1.0 is the first stage World Wide Web (WWW) consisting mainly of static pages like personal websites and basic web pages, hosted by the Internet Service Providers (ISP) servers, enabling the users to retrieve a piece of information and costs the user as per pages viewed. The era of Web1.0 is considered from 1991 to 2004.

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Web 2.0 highlights user-generated dynamic content, usability, interoperability, and online commenting with participative and collaborative social media dialogue as a virtual community. The social Web contains so many platforms like Youtube, Facebook, etc, and tools using which people share their thoughts, perspectives, opinions, and experiences.

Web 3.0 is the next version of the internet based on blockchain technology that directs the development of Web utilisation and interaction and includes altering the Web into a database, with help of integration of Distributed Ledger Technology (DLT) for example blockchain, and helping in Smart Contracts based on the necessities of the individual.

Important features of Web3.0 include the evolution of the semantic Web, the integration of Artificial intelligence, 3D graphics, Decentralised Ledger Technology (DLT), smart contracts, Ubiquity, and connectivity.

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Blockchain

Blockchain is a developing technology that has a decentralised digital ledger to store information in a block that is immutable, transparent, secure, and decentralised. It allows users to verify without interference from third parties. Web3.0 is based on blockchain technology thus creating a great impact in the digital world.

Metaverse

The Internet is evolving now from Web2.0 to Web3.0, and as a result, Social Media like Facebook, Instagram, etc, will be transformed into the metaverse, which will be a virtual platform based on Virtual Reality (VR) and Augmented Reality (AR) and helps you build social connections virtually. Facebook also known as Meta is working to create this platform as a future version of the social platform.

Metaverse is a 3D virtual world that can be defined as simulated digital environments based on VR/AR and blockchain technology. It also incorporates Non-Fungible Tokens (NFTs) as a decentralised economy.

Decentralised Applications (dApps)

Facebook, Amazon, Google, Microsoft, etc applications that we are using now are Web2.0 and have centralised ownership or single authority but in Web3.0 applications are managed and owned by a decentralised community run by blockchain and peer-to-peer network of computers instead of a single computer. Because dApps are decentralised thus they are free from interference from a single authority, safeguard user privacy, are resistant to censorship, and many more. Despite having many benefits, dApps are in early-stage development and thus it is quite challenging and prone to problems.

Opportunities In Web3.0 Space

In an emerging technological environment, blockchain is at the top and statistically blockchain-based market will reach $ 20 billion worldwide by 2025. As companies are transforming their businesses based on blockchain technology, opportunities for blockchain-based technology like dApps developers, smart contract developers, etc are growing rapidly. Several IT giants like IBM, Samsung, etc are providing lucrative job opportunities for blockchain professionals. Here is a list of lucrative job profiles.

Core Blockchain Developers

Core blockchain developers take high developmental decisions and work on the architecture, algorithms, and protocols of blockchain systems. This profile demands a good grasp of blockchain architecture like cryptography, hash function, distributed ledger, smart contract, consensus, data structure and algorithms, and other key elements of blockchain.

Blockchain Software Developers

Using the architecture and protocol developed by core blockchain developers, blockchain software developers create decentralised applications like bitcoin and other digital currencies. Starting from bitcoin and digital currency, nowadays this technology is penetrating numerous sectors, and therefore blockchain developer's demand is rapidly growing.

AI/ML Specialist:

Machine Learning (ML) driven intelligence can emerge in three folds namely intelligent blockchain, intelligent protocols, and intelligent dApps. The combined value of blockchain and Artificial intelligence will provide business authenticity, augmentation, and automation. AI/ML specialists should have a hold on both blockchains and AI architecture. The adoption of Web3.0 in AI and ML creates great opportunities.

Web3.0 In Different Sectors

Having advantages like ownership of data, elimination of central authority, permissionless blockchain, uninterrupted service, and much more leading penetration of Web3.0 in different industries and generating new-age career options. Few industries are mentioned below.

> Banking And Financial Services

Blockchain and Web3.0 can streamline banking and financial services by reducing issuance, settlement time, and counterparty risk, enabling real-time document authentication and verification and operational simplifications. According to IBM 66 per cent of institutions expect production and running with blockchain and this makes sense to generate lots of opportunities in this sector in upcoming years.

> Healthcare And Life Science

Web3.0 assures data integrity across multiple parties, achieves full traceability of pharmaceutical products, high operational efficiency in resolving a dispute in the supply chain, and smart contracts to automate the process. Blockchain technology can reduce challenges faced by the healthcare sector and thus generate new types of jobs for professionals.

> Retail And Customer Goods

Changes in the future of brand and retail are accelerating as evolving Web3.0 technologies namely NFTs and Decentralised finance base do blockchain. According to Deloitte, 86% of executives believe that blockchain will transform mainstream business. This shows the growing demand for Web3.0-based professionals in upcoming years in the retail and consumer goods industry.

> Telecommunication

With 8 billion mobile subscriptions worldwide, telcos consciously demand new innovations especially 5g technology thus creating a space of $ 1.1 trillion investment in the upcoming five years according to IBM. Blockchain technology can improve telecommunication in areas of data privacy, operational efficiency, customer experience, and new business model and thus will generate a new section of opportunities for Web3.0 professionals.

> Automotive

Having traceability in the supply chain, trustworthy financial transactions, and innovative mobility of Web3.0 can solve complex problems in the automotive business ecosystem like transactions among manufacturers, suppliers, and customers. Blockchain can build trust, transparency, and efficiency in business. That is why the adoption of Web3.0 in the automotive business reduces challenges for businesses and creates opportunities in the market for job seekers.

Web3.0 has great potential to solve problems with Web2.0 and provide transparency, stability, security, trustworthiness, traceability, automation and increased efficiency, along with and innovations in different sectors of the economy like retail, automation, healthcare, telecommunication, banking, finance, insurance and thus creating a market for new career options making it a most sought after career option.

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Questions related to Information Technology

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Hello Greetings

Pursuing an M.Tech in Software Engineering from an IIT after completing a BS in Mathematics is possible, but it requires careful planning and preparation. Here's a step-by-step guide to help you achieve your goal:


Eligibility Criteria

1. *Qualifying Degree*: You need to have a Bachelor's degree in Mathematics or a related field (like Computer Science, Statistics, or Physics).

2. *GATE Score*: Most IITs require a valid GATE (Graduate Aptitude Test in Engineering) score in Mathematics (MA) or Computer Science and Information Technology (CS).

3. *Minimum Percentage*: Some IITs may require a minimum percentage (usually 60% or 65%) in your BS Mathematics degree.


Preparation Roadmap

1. *GATE Preparation*: Focus on preparing for GATE MA or CS, as these are the relevant papers for M.Tech in Software Engineering.

2. *Programming Skills*: Develop strong programming skills in languages like C, C++, Java, Python, and data structures.

3. *Mathematics Background*: Leverage your BS Mathematics background to build a strong foundation in mathematical concepts like Linear Algebra, Calculus, Probability, and Statistics.

4. *Software Engineering Knowledge*: Familiarize yourself with software engineering concepts, data structures, algorithms, computer networks, and database management systems.


IIT-Specific Requirements

1. *IIT M.Tech Admission Process*: Each IIT has its own admission process, so research the specific requirements for the IIT you're interested in.

2. *Application Process*: Typically, IITs release admission notifications in March-April, and the application process takes place in April-May.


Top IITs for M.Tech in Software Engineering

1. *IIT Bombay*: Offers an M.Tech in Computer Science and Engineering with a focus on Software Engineering.

2. *IIT Delhi*: Offers an M.Tech in Computer Science and Engineering with specializations in Software Engineering and Data Science.

3. *IIT Kanpur*: Offers an M.Tech in Computer Science and Engineering with a focus on Software Engineering.

4. *IIT Madras*: Offers an M.Tech in Computer Science and Engineering with specializations in Software Engineering and Data Science.


Conclusion

To pursue an M.Tech in Software Engineering from an IIT after completing a BS in Mathematics, focus on:


1. Preparing for GATE MA or CS.

2. Developing strong programming skills.

3. Leveraging your mathematics background.

4. Familiarizing yourself with software engineering concepts.

5. Researching IIT-specific requirements and admission processes.


By following this roadmap, you can increase your chances of getting admitted to a top IIT for M.Tech in Software Engineering.

Have a great day

BS in Computational Science at IISc Bangalore

  • Duration : 4 years.
  • Focus : Combines mathematics, computer science, and computational techniques for problem-solving.
  • Skills : Programming (Python, C++), algorithms, data analysis, and scientific computing.
  • Opportunities : Research projects, internships, and exposure to advanced computational tools.

Can You Work as a Software Engineer During MS?

Yes, you can work part-time or remotely as a software engineer during MS if you manage your time effectively and possess industry-relevant skills like data structures, algorithms, and software development.

To Become a Software Engineer After BS :

  1. Learn Core Skills : Data structures, algorithms, and full-stack development.
  2. Internships : Gain experience during your BS through internships at tech companies.
  3. Projects : Build a portfolio of software projects.
  4. Job Applications : Apply for software engineering roles after BS or alongside MS.

Let us know if you need specific advice!

Hello,

How Many Courses in BA?

A BA course has a lot of courses, which can be divided into the following:

  • Language and Literature: English, Hindi, regional languages, etc.
  • Social Sciences : Sociology, Psychology, History, Political Science, Economics.
  • Humanities: Philosophy, Fine Arts, Music.
  • Specializations: International Relations, Journalism, Public Administration.

Easiest Way to Become District Magistrate/Collector

Becoming a District Magistrate or Collector requires one to clear the CSE conducted by UPSC.

  • Recommended Degree: There is no particular requirement, but a BA in Political Science, Public Administration, or Economics would be helpful to understand the governance and policy-related issues.
  • Path: Complete graduation, start preparing for UPSC, and choose subjects according to your interest and syllabus.

B.Sc. in Computer Science (Without Maths/Science)

B.Sc. in Computer Science has mathematics as a part of its curriculum. However:

  • Options: Identify colleges that offer BA or BCA in Computer Science as they may have much less emphasis on advanced maths.
  • Career Options: Software Development, Data Entry, UI/UX Designing, Basic IT Support.

How Many Courses in B.Sc.?

BSc has a wide range of courses:

  • Pure Sciences - Physics, Chemistry, Biology, Mathematics
  • Applied Sciences - Computer Science, Information Technology, Agriculture, Bio-Technology
  • Specialist Fields - Animation, Data Science, Environmental Science, Nursing

How to Enter the IT/Software Career

To get into an IT/software career:

  • Pursue B.Sc. in Computer Science , BCA , or any related IT course.
  • Acquire relevant skills: Coding (Python, Java, etc.), Web Development, Data Analysis.
  • Internships or certifications in areas such as Cloud Computing or Cybersecurity.

If you do not want to be a part of the software industry with advanced science knowledge, then a BCA or diploma course in IT might be more suitable for you.

To become a software engineer ,you need to take admission in engineering colleges ,either you pursue B. Tech in computer science or Bachelor of computer Application ( BCA).

For admission to B.tech computer science ,you have to give entrance exams like JEE MAINS, JEE ADVANCED, BITSAT, VITEEE etc. if you get a good score in JEE exam, you can secure a seat in prestigious IITs or NITs.

To get admission to BCA, you can seat for entrance exams like CUET, CUCET, MET ,SUAT, IUP CET etc.  IITs don't offer BCA program, but IIT Madras offer the program, you can also apply there.

Average fees for BCA three year undergraduate courses is about 40000 to 1 LPA .

The field is ever changing at a high speed, so if you have quest to learn and improve everytime ,then only you should join the field. To gr more better career opportunities ,you can also go post graduation courses like M.tech or MCA.



Yes,you can merge these two careers there are several certificate and diploma programs in interior design that you can do and start doing it by clubbing your software Engineering knowledge with it to practice.such as CAD course.

The most important thing you can do right now is learn as much as you can. Explore what's out there and keep an open mind.


Feel free to reach out to us if you need any advice.

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