Computer Science Engineering: Emerging Trends and Branches

What is Computer Science Engineering?

Computer Science & Engineering (CSE) is an educational program at many colleges and universities, which accommodates scientific and engineering elements of computing. Electrical engineering, mathematics, and linguistics have their origins that give birth.

Top 5 Popular Branches of Computer Science Engineering in India

Computer technology is probably the most developed academic course right now. Nowadays, this branch has been divided into a couple of sectors.

  1. Computer Science & Engineering in Data Science (DS)

B.Tech in Computer Science & Engineering (Data Science) is a journey towards learning CSE in the discipline of Data Science while making use of Machine Learning Techniques.

Importance of Computer Science & Engineering in Data Science (DS)

Some advantages of data science in the present-day world are listed below:

  • 94% of the graduates in this area capable of discovering a profitable career.
  • Expertise in statistics allows the growth of data-pushed discoveries.
  • Statistics technology allows companies to realize consumer choices for production.
  • There will be an excessive demand to optimize commercial enterprise procedures using data science from banking and shipping to manufacturing. So every person who desires to be a data scientist can have an entirely new world of possibilities open out there.

Scope of Computer Science & Engineering in Data Science (DS)

The use of data analytics in nearly every enterprise has contributed to a sharp 45% growth in the general jobs associated with data science.

  1. E-commerce

The powerful implementation of data evaluation will assist the e-commerce establishments in increasing the purchases, profits, losses or even manage clients into buying things through monitoring their behaviour.

  1. Banking & Finance

The data of transactions available in banks is utilized in threat and fraud control. The introduction of data science has caused better management of each client’s private information.

  1. Healthcare

From enhancing care delivery to attaining an operational experience, data scientists work to optimize each element of healthcare operation through unlocking the capabilities of data.

  1. Transport

The use of Data Science consists of the extraordinary ability to derive insights into planning and handling transportation networks. Insights from this captured data are huge to obtain a competitive advantage, improve provider’s reliability, and mitigate risks.

Top Career Options After Computer Science & Engineering in Data Science (DS)

Currently, around 97,000 data analytics are vacant in India due to the shortage of competent professionals. An average annual income of Eight lakh is offered to a data science professional.

Following are some career possibilities for the scholars pursuing this course:

  • Big data engineer
  • Machine learning engineer
  • Data engineer/architect
  • Data scientist
  • Statistician
  • Data analyst
  • Business analyst
  • Big data engineer
  • Machine learning engineer
  • Data engineer

Read More: The Role of Data Scientist in 2024

Why Choose NIET for an Exciting Career in CSE in Data Science?

NIET is the 1st Private instituted in UP to Get Autonomous status by UGC. It is one of the top colleges in Delhi-NCR and the first one to offer an excellent B. Tech programme in Data Science. Following are some highlights of the course provided by the college:

  • Covers standard tools and techniques via an industry-oriented curriculum.
  • Learn via real-time industry projects backed by international leaders in the industry.
  • Regular live sessions by enterprise experts.
  • Innovative Labs and Industry Tie-ups with PTC center of excellence, VMware IT Academy, IBM Watson Internet of Things Lab, Salesforce Academy, KPIT Sparkle, ICICI, Intel AI Academy, Dell EMC, Oracle academy and many more.

Apart from the incredible teaching faculty, NIET gives exceptional placement opportunities. The recruiters include top companies like Capgemini, IBM, Cognizent, Infosys, Amazon, Mphasis, VIVO, TCS, Samsung, Oracle Academy, HCL, Dell EMC, Wipro, Accenture, Nagarro, Ericsson, Optimus, Hexaview, Hexaware, Pplnventiv, Arm, Velocity, Virtusa, Axind, Gemini Solutions, HSBC, Cvent, Fiserv, Polestar, HSBC, 10times, Hashedin, Hestabit and many more. The greatest place to study is undoubtedly NIET. It is famous for its advanced research and education in the field of computer science and engineering in data science.

To understand more about the programmer, visit B.Tech in Computer Science And Engineering (Data Science). Admissions for the course are open now.

  1. Computer Science & Engineering in Artificial Intelligence (AI)

This specialization is designed to enable students to build smart machines, software, or applications with a combination of machine learning and visualization technologies.

Importance of Computer Science & Engineering in Artificial Intelligence (AI)

The following are some advantages of pursuing this course:

  • Large tech companies giving priority to AI

Nearly every tech corporation is closely investing in AI research and improvement, which demonstrates the significance that AI holds for companies in general.

  • Lack of Knowledgeable Workers

Because AI is overgrowing, there’s a considerable need for more data scientists, machine learning experts, and different technical specialists who can build AI solutions and services.

  • Collaboration between Private and Public Sectors

Research and improvement of AI aren’t only taking place in massive tech agencies. Instead, there’s an open and strong collaboration also taking place internationally, among groups of all sizes, and between the public and private sectors.

Scope of Computer Science & Engineering in Artificial Intelligence (AI)

Artificial intelligence aims to create computer programs that can resolve issues and attain goals as humans would. There is a scope in developing machines in robotics, computer vision, language detection system, game playing, professional systems, speech recognition systems, and plenty more.

Read More: AI – The Backbone of Robotics, Nanotechnology and Future Gadgets

Top Career Options After CSE in Artificial Intelligence (AI)

An AI career can procure a mean annual income of 10 lacs. The following are some job roles:

  • Game Programmer

Designs games to keep the consumer engaged and interested.

  • Robotic Scientist

Designs robots that resolve human problems.

  • Search Engine Manager

Predicting what the users are looking for regardless of grammatical and spelling mistakes using AI.

  • Government Sector

The government sector requires the help of highly professional artificial intelligence personnel to work on diverse projects.

Why Choose NIET for an Exciting Career in CSE in Artificial Intelligence (AI)?

NIET is the 1st Private instituted in UP to Get Autonomous status by UGC. NIET is one of the top colleges in Greater Noida and the first one to offer the best B.Tech Program in Artificial Intelligence. It offers a variety of facilities that help the aspirant gain a cutting edge.

  • An industry-oriented curriculum.
  • Real-time industry projects sponsored by global leaders in the Artificial Intelligence industry.
  • Regular live sessions by industry experts.
  • Innovative Labs
  • Tie-up with global MNCs like Intel Intelligent Systems Lab, Amazon, ARM, Oracle Academy Lab and more.
  • Gain expertise in advanced topics such as knowledge representation, logical reasoning, robotics, machine learning, etc.
  • Presence of a supercomputer to equip students better

Besides amazing faculty and teaching, NIET also provides job opportunities in companies like Intel, Oracle Academy, arm, Amazon, Google, IBM, Microsoft, KPMG, Capgemini, IBM, Cognizent, VIVO, TCS, Samsung, HCL, Accenture, Nagarro, Optimus, Hexaview, Hexaware, Velocity, axind, HSBC, cvent, Uber, Adobe, 10times, Hashedin, prolifics and many more.

To know more about the course offered by the institute, visit CSE in Artificial Intelligence (AI).

  1. Computer Science & Engineering in Artificial Intelligence & Machine Learning (AIML)

B. Tech in CSE (AIML) offers the budding engineers an extraordinary array of courses devoted to frontiers in the field with a foundation of Computer Science & Engineering. The 4-year full-time program gives exposure to hands-on technologies to create applications and solutions for the world that we live in.

Importance of CSE in Artificial Intelligence & Machine Learning (AIML)

The B.Tech AI student must write the code of the given machine. The student must use the code. This code is essentially the machine’s guideline, they stated the machine has less human assistance to execute tasks. The student needs to know the specific language accepted by the machine in order to communicate with the machines, so the students are taught the languages which can be inserted into the machine. In this course, certain languages such as prologue, lisp, JAVA and python are taught.

The B.Tech students in the first six months of their curriculum would be trained in Maths and Physics in modular forms, followed by disciplines that are at the heart of the AI programme.

Read More: Machine Learning: The Most Exciting Technology

Scope of CSE in Artificial Intelligence & Machine Learning (AIML)

In almost every company, the increasing demand for artificial intelligence (AI) and machines (ML) is persuasive to learn new skills in related fields around the globe. It is stated that AI and ML are anticipated to affect and rework our lives in ways past imagination, just like the internet. AI professionals skilled in the subject of Machine Learning are in high demand. Almost every startup (software-based) and a huge enterprise desires to hire professional Machine Learning experts.

Top Career Options After CSE in Artificial Intelligence & Machine Learning (AIML)

Artificial Intelligence and Machine Learning is a completely new growth area in the global market. Hence, there are such a lot of job possibilities in numerous fields. Here are some of the jobs an AI expert can look forward to in predominant organizations.

  • Robotics Scientist
  • Data Engineer
  • Game Programmer
  • Research Scientist
  • Natural Language Processing Scientist
  • Machine learning developer
  • Automation and Optimization Engineer
  • Big Data Scientist
  • Software Developer

Why You Choose NIET for CSE in Artificial Intelligence & Machine Learning (AIML)

  • NIET is the 1st Private instituted in UP to Get Autonomous status by UGC. One of the top colleges in Delhi/NCR for B.Tech Program in Artificial Intelligence and Machine Learning.
  • Innovative Labs with Industry Tie-ups
  • Builds a solid foundation in advanced technologies of machine learning through an industry-oriented curriculum.
  • Practice business programmes and frequent industry expert meetings.
  • Get skills in advanced topics such as robotics, machine learning, deep learning, pattern recognition, computer vision, cognitive computing, interactions between human and computer, etc.

Placements Opportunities for AIML Students

Aspirants of Artificial Intelligence and Machine learning have career placements in some of the top industry giants like Intel, Tata, IBM, Accenture, HCL, Oracle Academy, Arm, Prolifics, Amazon, Capgemini, Cognizent, VIVO, Samsung, Nagarro, Optimus, Hexaview, Hexaware, Velocity, axind, HSBC, cvent, 10times, Hashedin, Hestabit, Gemini Solutions, Pplnventiv, Fiserv, Polestar and many more.

To know more about the course offered by the Institute, visit >CSE in Artificial Intelligence & Machine Learning (AIML)

4. Computer Science & Engineering in the Internet of Things (IoT)

Internet of Things (IoT) is among the present-day innovations in the area of Computer Science & Engineering and IT. This specialization includes the production of IoT products and services along with sensors, actuator, processor, and intercommunication devices.

Importance of Computer Science & Engineering in the Internet of Things (IoT)

The internet of things enables people to live and work smarter, in addition to gaining complete control over their lives.

  • IoT gives companies a real-time look into how their structures work.
  • It delivers insights into everything from the overall performance of machines to supply chain and logistics operations.
  • IoT permits businesses to automate methods and decrease labour costs.
  • It cuts down on waste and improves service delivery, making it less costly to manufacture goods.
  • It helps to provide transparency into client transactions.

Scope of Computer Science & Engineering in Internet of Things (IoT)

In India’s burgeoning IT industry, new computer science graduates have a broad range of jobs. Computer and information technology graduates from B.Tech start their careers as IT engineers. Especially in an age when India’s IT industry skill is recognized globally, IT career is considered one of the highest-paid careers and is full of prospects. Moreover, the IT company offers a variety of choices, including design, development, montage, manufacturing and maintenance, for IT organizations.

Read More:What is the World of the Internet of Things (IoT)?

Top Career Options After Computer Science & Engineering in Internet of Things (IoT)

  • Software Application Developer
  • Web Developer
  • Computer System Analyst
  • Data Administrator
  • Network System Administrator

What is the Future for Computer Science & Engineering in the Internet of Things (IoT)?

It has opened an array of opportunities for the following roles:

  • Designer
  • Material specialist
  • Embedded Engineer
  • Network Engineer
  • Cloud engineer
  • Data scientist
  • Data visualization
  • UI engineer
  • Data architect
  • Programmer
  • Test engineer
  • Instrumentation engineer

Why You Choose NIET for Computer Science & Engineering in Internet of Things (IoT)?

NIET is one of the top colleges in Greater Noida, UP and the first one to offer the best B.Tech Program in the Internet of Things. It is the 1st Private instituted in UP to Get Autonomous status by UGC. It provides a variety of amazing benefits to the students including:

  • Industry-oriented curriculum
  • Learn through real-time industry projects sponsored by global leaders in the IoT industry.
  • Innovative Labs
  • Industry Tie-ups with Apple University Program Partner, Amazon Web Services, Oracle Workforce, Intel AI Academy, Cambridge English Language, Wipro GE, Dell and many more.
  • Regular live sessions by industry experts.
  • Provides expertise in ARM-based System on Chip design and Embedded system, sensors and instrumentation, edge and cloud computing, Digital Signal, Processing, etc.
  • Chance to work on IBM Watson and PTC Thingworx platforms.

Companies like Intel, Microsoft, Indian Navy, Google, IBM, PTC, Ericsson, Mphasis, Tata, Accenture, HCL, Oracle Academy, Arm, Prolifics, Amazon, Capgemini, Cognizent, VIVO, Samsung, Nagarro, Optimus, Hexaview, Hexaware, Velocity, axind, HSBC, cvent, 10times, Hashedin, Hestabit, Gemini Solutions, Pplnventiv, Fiserv, Polestar and many more MNCs recruit from the Institute. To know more, visit our Computer Science & Engineering in the Internet of Things (IoT)course page.

5. Computer Science and Business System (CSBS)

Computer Science and Business Systems (CSBS) curriculum targets to make sure that the students graduating from the program not only understand the core subjects of Computer Science but additionally have an equal understanding of humanities, sciences of management and human values.

Importance of Computer Science and Business System (CSBS)

This course is essential for the industry. It helps:

  • Gain New Customer Insights

One of the primary reasons agencies are investing their time, money, and efforts into Business Intelligence is because it offers them a greater competence to study and examine current client buying trends.

  • Improved Visibility

Business Intelligent businesses have higher control over their techniques and general working procedures because the visibility of these functions is improved by a BI system.

  • Actionable Information

A powerful Business Intelligence system serves as a method to discover key organizational patterns and trends. A BI system additionally permits you to recognize the results of various organizational techniques and changes, permitting you to make informed decisions and act accordingly.

  • Sales Insight

BI systems assist companies with everything from identifying a new customer, monitoring and preserving present ones, and offering post-sale services.

Scope of Computer Science and Business System (CSBS)

  • The programme is more skill-based than the theoretical required by largest MNCs. So that knowledgeable engineers are generated to distinguish you from the pack.
  • Business courses such as humanities, management science have been added to help students improve their skills in different sectors.
  • The course is aimed to develop qualified engineers rather than bookworms that distinguish you from the crowd of students from the CSE programme.
  • Finally, TCS recruiting would favour students who complete the course satisfactorily. This is one of the right things!

Top Career Options After Computer Science and Business System (CSBS)

This course will offer industry-ready and employable engineers who can drive innovation and add value to the corporation they work for. Students can get placement inside the product-based agencies and service-based businesses. The students have career possibilities in government and private sectors, bank and health Insurance sector, manufacturing sector, financial sector, business analysis, and marketing sector.

Read More: CSBS: An Industry Relevant Programme to Enhance Your Employability Skills

Why You Choose NIET for Exciting Career in Computer Science and Business System (CSBS)

NIET is the 1st Private instituted in UP to Get Autonomous status by UGC. It offers CSBS course with a lot of facilities like:

  • The programme is developed and accepted by AICTE faculty members who work closely with eminent professionals from TCS and Academia.
  • Industrial Training & live projects supported by TCS.
  • Innovative Labs and Tie-up with top companies
  • TCS-trained dedicated faculty members to execute the curriculum.
  • High standards of TCS-monitored processes of education, learning and assessment.

The institute has a list of global companies coming to its placement drive. The prime recruiter is Tata Consultancy Services, other recruiters include Dell, Wipro, Infosys, IBM, Intel, Microsoft, Indian Navy, PTC, Ericsson, Mphasis, Accenture, HCL, Oracle Academy, Arm, Prolifics, Amazon, Capgemini, Cognizent, VIVO, Virtusa, Samsung, Nagarro, Optimus, Hexaview, Hexaware, Velocity, axind, HSBC, cvent, 10times, Hashedin, Hestabit, Gemini Solutions, Pplnventiv, Fiserv, Polestar and many more.

To know more about the course, visit Computer Science and Business System (CSBS)

Top 5 Trends in Computer Science Engineering

The top 5 trends in computer science and engineering are listed below:

  1. Virtual and Augmented Realities (AR/VR)

The Virtual Reality tech creates and projects content onto a display or a viewing platform that looks to be 3-D from the user’s perspective. AR creates an interactive experience, where the gadgets withinside the real world is enhanced through digital items. This serves diverse functions in the ed-tech industry, leisure sector, informative fields, and many more areas.

  1. Blockchain & Cryptocurrency

Blockchain is essentially a chain of blocks that consists of information stored inside them. The method is supposed to timestamp digital files to make them impossible to backdate or temper with. A cryptocurrency is one medium of exchange. However, it is designed to exchange virtual information via a process devised using principles of cryptography.

  1. Internet of Things (IoT)

The Internet of Things, or IoT for short, is a network of inanimate devices physically linked via the internet to gather and share data throughout a network.

  1. Artificial Intelligence & Machine Learning

AI is a concept that permits machines to suppose and act like people by replicating their behaviour and nature. It makes it feasible for the machines to learn from their experience using a feedback loop.

  1. Cloud Computing & Services

Cloud computing is a technical jargon for software & services that run through the Internet (or an intranet). Hosting services utilized by the customer are those elements that are owned and operated by a 3rd party, while the end-consumer only has to pay for the services that he uses.

Summary

From the above information, you can understand how important these fields are becoming with the coming age. Computer science and Engineering along with one of the top 5 trends are giving an individual a cutting edge over the rest of the job seekers. With the developments in technology, no wonder that these fields have a great impact on us currently, and are expected to grow even more in the future. This makes it inevitable that the job opportunities offered to these graduates are amazing.

Learn with the best, NIET.

All of these amazing courses are offered by the Noida Institute of Engineering and Technology. One of the best colleges in Greater Noida. We provide highly competent and professional faculty and a student-friendly curriculum. To enquire more about these courses, contact us and fill up our enrollment form. Admissions are open now. Avail the opportunity to learn from the best.

Also Read About:

Best Private College for B.Tech CSE in India

Top Placement Engineering College in Delhi

Best Computer Science and Engineering Colleges in Delhi

Top 12 Reasons to Join NIET Institute for Successful Career Path

With learning playing a central role in the sustainability of lives, the Indian education sector has come out with rich & innovative methods of teaching. And with continuous efforts by the Indian Government, the country has strived hard to improve its overall literacy rate, number of schools, colleges, technical institutions, and universities.

In recent times, Uttar Pradesh is one of the fastest states emerging as an education hub of the country. The education system of Uttar Pradesh has bolstered with new education policies and initiatives that have given rise to employment prospects. The state has become a hub of premier universities and notable colleges to nurture the young talents of the Nation. Amongst all, one such renowned Institute is the Noida Institute of Engineering and Technology (NIET).

Overview & Legacy

NIET, Greater Noida is the1st Private institute in Uttar Pradesh to get Autonomous Status by UGC.Situated in the heart of India’s hub of global MNCs, Noida Institute of Engineering and Technology (NIET) is one of the most premier Engineering and Management Institutes in today’s era. The Institute was established by the City Educational & Social Welfare Society of Meerut, with a vision to impart value-driven education of global dimensions.

Noida Institute of Engineering and Technology, a self-financed institute that is recognized by Govt. Educational Authorities such as the National Board of Accreditation (NBA), National Assessment and Accreditation Council (NAAC), Atal Ranking of Institutions on Innovation Achievements (ARIIA), and MHRD, National Institute Ranking Framework (NIRF). With a highly valuable degree of innovation, credibility, integrity, and ethical standards, the Institute has pledged to deliver high-quality education to students from all corners of the country.

The “A” Grade institute aims at recognizing, respecting, and nurturing the creative potential of each student. Celebrating over 21 years of excellence, the world-class Institute has been providing academic excellence in the digital arena to deliver socially responsible professionals in the corporate sector.

In this blog, we will be highlighting the top 10 reasons behind choosing the NIET Institute.

Courses Offered at NIET Institute, Greater Noida

Since its inception, NIET is focusing on the holistic development of the youth. The Institute follows a distinctive culture and unique educational system. A student-centric environment is encouraged at the NIET campus, where students get opportunities to explore existing technical knowledge, gain new learning at the leading edges of technology advancement and develop a set of skills that will equip them to face real-time challenges.

To help numerous aspirants achieve their career goals, NIET is offering knowledge and training in multiple domains:

  1. Engineering:

Under the umbrella of Engineering, NIET is offering both graduate and postgraduate courses.

The courses offered at the graduation level includes:

Bachelor of Technology (B. Tech)

For B. Tech, NIET is one of the best educational hubs to study. With rapid globalization and constant technological advancement, the Department of Computer Science and Engineering has been focusing on cutting edge research to impart state-of-the-art education. The department offers the following specialization:

  • Computer Science and Engineering (CSE)
  • Information Technology
  • Computer Science and Engineering (Computer Science and Business System (CSBS))
  • Computer Science and Engineering (Data Science(DS))
  • Computer Science and Engineering (Internet of Things (IoT))
  • Computer Science and Engineering (Artificial Intelligence and Machine Learning (AIML))
  • Computer Science and Engineering (Artificial Intelligence (AI))
  • Computer Science
  • Electronics and Computer Engineering (ECE)
  • Mechanical Engineering
  • Biotechnology

Master of Technology (M. Tech)

The courses offered at the post-graduation level includes:

  • Computer Science and Engineering (CSE)
  • Mechanical Engineering (ME)
  • Artificial Intelligence (AI)
  • VLSI Design
  • Biotechnology

 

  1. Pharmacy:

The Institute has achieved All India 49th rank in Pharmacy. The courses offered in the branch of Pharmacy are tailor-made to train the students to play a significant role in allied pharma and healthcare communities assist the pharmaceutical industry at various levels. The undergraduate and postgraduate courses are approved by PCI and accredited by NBA.

  • D. Pharm
  • B. Pharm
  • M. Pharm – Pharmaceutics | Pharmacology | Pharmaceutical Chemistry

 

  1. Management:

NIET’s management candidates face the diligence of a business and technology education that combines modern managerial, strategic planning, software, and technical skills. The department of computer and technology, along with management, focuses on concept-based subjects and practical knowledge-oriented training that supplement high-quality teaching to nurture the brightest minds into the world of business.

List of courses in the Management Department:

  • Post Graduate Diploma in Management (PGDM)
  • Master of Business Administration (MBA)
  • Master of Computer Application (MCA)

Why Choose NIET Institute, Greater Noida for Successful Career Path?

NIET has been ableto provide excellent quality of education and training to young minds aspiring to become engineers, managers, pharmacists, and technocrats. To achieve this goal of ensuring a healthy learning atmosphere, we have established a world-class infrastructure and invited highly talented and qualified faculty to groom the finest minds of the country.

NIET has always stood for quality and excellence and consistently makes efforts to upgrade and improve ourselves.” Let’s find out how?

Salient features of the NIET Institute, Greater Noida:

  1. State-of-the-art Infrastructure-

NIET Institute has a sprawling lush green area of 13.90 acres and an inspiring ambience all around. The campus has been established with all the world-class facilities to stand and shine like a star among the esteemed education institutes. It provides every single amenity that a student dream about:

  • Lecture rooms are well-equipped with projectors, computers, high-tech sound systems, OHPs, and audio-visual tools
  • A large number of lecture theatres
  • Well-stocked library
  • Audio-visual Aids
  • Wi-Fi-enabled campus
  • Spacious auditorium & seminar halls
  • Etiquette Lab
  • Computer labs instated with the latest software
  • Modern Canteen & Cafeteria
  • Yoga & Recreational rooms
  • Dedicated 18000 sq. ft area with advanced corporate facilities
  • ATM, Medical and Transport assistance
  • 24*7 CCTV surveillance and more.

 

  1. Reputed and Experienced Faculty

What makes NIET the strongest of all? “The Intellectual Faculty Foundation”. The faculty members are dedicated to an integrated curriculum with a global focus, team teaching & leadership thoughts. The faculty shares a vibrant & interactive bond with the students. The out-of-the-box inspiration and intellect help to create a healthy learning environment among the students.

What makes our faculty team the Best?

  • 456 seasoned mentors
  • Every faculty being specialized in a specific domain
  • 63+ PhD holders
  • 30% of the staff with industry experience
  • Emphasis on critical thinking & leadership

 

  1. Top Ranking

What makes an institute or university add to its reputation? It’s the top-ranking and the remarkable awards. Let’s have a look at the list of rankings achieved by NIET:

NIRF

  • All India 49th rank in Pharmacy by NIRF 2020
  • 201-205 Rank-Band Engineering by NIRF 2020

NBA

  • NIET all the course are accredited by NBA
  • CSE | ECE | ME | BT | IT | MCA | B. PHARM | MBA

ARIIA

  • Ranked among Top 50 Private Institutions in India by ARIIA 2020

NAAC

  • Accredited as “GRADE A” 3.23 | HIGHEST IN UP

QS I-Gauge

  • Awarded with DIAMOND Subject Rating in Engineering 2021 by QS IGAUGE
  • Awarded with GOLD by QS I-Gauge Rating for Indian colleges 2020

 

  1. Excellent Placement Record

Year after year, NIET has been measuring notable corporate impressions. Till now the campus has witnessed the following placement stats:

  • 1240+ companies visited for Campus Placement
  • 2100+ Record-Breaking Placements Offered

Now, you must be pondering about the Placement Packages. The highest placement package of INR 30 LPA was bagged by one of our brilliant students at Amazon India. And the lowest placement package so far was around INR. 6.85 LPA offered to more than 172 qualified students.

  1. Industry Oriented Teaching

Courses at NIET are outlined to follow an activity-based learning method. The curriculums of the courses are aligned in such a way that integrates the theoretical and practical aspects of learning. With hands-on activity guided by the faculty members, students are gaining an understanding to deal with real-time challenges.

AavishkarBhoomi” is an initiative taken by the Institute to encourage students to undertake problem-resolving projects to uplift the technology sector. Further, they potentially support projects that invite high social and commercial impact. Therefore, NIET is the only institute that offers funds for student projects to encourage innovation.

Pyramid Finishing School (PFS) for 360-degree development of the students. To bridge this gap, NIET has come up with PFS. Students are first evaluated on their in-built skills, and later a thorough training is organized accordingly. Once the training and workshops are over, the individual student is given opportunities to appear for the recruitment drives.

At NIET, students learn in a real-world environment, work together as a team, brainstorm innovative experiments, share strategies about the analysis and interpret solutions.

  1. Hi-tech Campus

The campus is WIFI enabled, which gives access to boundless learning. Classrooms have comfortably designed furniture, uninterrupted Wi-Fi connectivity, climate-controlling systems, appealing lighting and visually pleasing interiors that make the environment of the classroom more favourable towards learning.

To add on, NIET offers the following amenities:

  • Wi-Fi enabled campus with 500 Mbps speed
  • 16 laboratories with state-of-art computing facilities
  • Advanced computer technologies and software
  • State-of-the-art innovation labs

 

  1. Personality Development

For enhancement of skills & personality, the PFS plays a vital role. The 360-degree development strategy grooms the students to be job-ready. The Institute organizes several Alumni Meet, Leadership Talks and International conferences that help the students to develop a spark within them. Besides, exciting fests and workshops are coordinated on the campus to explore the hidden talents of the students.

  1. Teaching Methodology

Due to excellent teaching pedagogy, NIET is developing as the Center of Excellence in imparting technical and professional education. The teaching pattern is based on the activity-based learning method. Students are groomed under the best faculty members who believe in experimenting with real-life situations and find action-driven solutions. NIET groom students via 3 different programs:

  • Campus-Wide Quality Improvement Program (CWQIP)
  • Total Student Development Program (TSDP)
  • Non-Performing Students Development Program (NPSDP)

 

  1. Residential Accommodation – Hostel

At NIET, students can opt to be day scholar or a hosteler. However, we believe that residing in the Institute campus motivates self-reliance and boosts the ability to adapt.

The campus offers a tranquillity, sporty and encouraging environment. There are huge spaces for study, fitness, and social interaction.

The NIET campus also serves excellent residential accommodations that crafted according to international standards. Following are the highlights of the residential facilities:

  • 3 hostels offer well ventilated and comfortable rooms with separate hostels for girls andboys
  • Rooms are available on single/double/multi-sharing
  • Common recreational zones for indoor & outdoor games
  • In-house gymnasium
  • Modern cafeteria, where the kitchen and airy terrace is equipped to serve hundreds of students
  • WIFI support
  • RO purified water
  • Library
  • Clean & Hygienic ambience in the mess.
  • Automatic dishwasher and roti maker
  • Stringent, round-the-clock security and doctor arrangements

 

  1. Innovation labs & Star Tie-ups

To inspire smooth development, NIET has introduced active laboratories that support flexible frameworks and hold dynamic student workgroups, research zones, and equipment in unlimited arrangements. Ultra-modern innovation labs have been established to provide hands-on experience of evolving technologies. The Laboratory Program lays the foundation to develop the programming skills of engineering students. Our ultimate aim is to provide tailored development programmers using different system circumstances for the students. Therefore, we have introduced laboratories that are the ideal destinations for active learning.

NIET has tied-up with many MNCs across the globe and has 24+ well established labs. Innovation Labs are as follow : Apple University Program Partner, Cisco Networking Academy, PTC Centre of Excellence, Amazon WebServices, Pearson Testing Centre, Oracle Workforce Development Program, Dell EMC Academy, Delta Centre of Robotics, IBM Watson Iot Lab, IntelAI Academy Palo Alto Academy, PegaCOE ,Salesforce Academy Automation Anywhere, UiPath Academic Alliance, BMW Skill Next Program, Mercedes-Benz ADAM Program, KPITSparkle, Cambridge English Language, Assessment Authorized Centre , WiproGE,I nd-EuroSync, Germany(for Advanced Robotics Control), College of Engineering, Pune ARC Advanced Robotic Control Lab (Automation), ICICI.

  1. Intensive Industry Interaction

NIET has been assisting students in treasuring valuable knowledge and advancement of skills through:

  • Industry Exposure
  • Alumni Meet
  • Leadership Talk
  • Ideation Camp
  • Industry Meets with Top-notch companies
  • NIET Webinars, Technology weeks
  • Workshop on Personality Development
  • All India Student Championship and many more interactive events.

 

  1. Extracurricular Activities – Sport, Events, Fest, Tour, and Others

NIET invites a wave of creative extra-curricular activities every year. The journey of fun & learn includes:

  • Grand Placement Felicitation
  • National & International Industrial Visits
  • Antardhwani
  • Nirman
  • Young Star Achievement Award (with Jagran Group)
  • AKTU Technical, Literary & Management Fest
  • Souvenir (International Conference)
  • Smart India Hackathon
  • India Pitching Competition
  • Multiple ISR activities
  • Carrom Tournament
  • Volleyball Match
  • Ebullience- Sports Event
  • Parent-Teacher Meet
  • Musical Event
  • Village immersion visits and more.

And, we come to the end of flipping the vibrant and informative 10 pages of an esteemed Institute in Greater Noida that helps you Learn through Academics & beyond. Build Strong virtues. Think independently. Get placed.”

Want to experience the Best of the Best?

Come and join UP’s 1st Private Institute that has been recognized by 4 Government Organizations.

Be a NIETian today!

Feel free to contact us for any course or admission related query.

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Gear up for a Bright Future with Automobile Engineering

If you have a natural interest for cars, mathematics, mechanics, and electronics, Automobile Engineering is the right branch for you. Automobile Engineering is a branch of vehicle engineering, incorporating elements of mechanicalelectricalelectronicsoftware, and safety engineering as applied to the design, manufacture and operation of motorcyclesautomobiles, and trucks and their respective engineering subsystems. It also includes modification of vehicles. Manufacturing domain deals with the creation and assembling the whole parts of automobiles. The study of automotive engineering is to design, develop, fabricate, and test vehicles or vehicle components from the concept stage to production stage. Production, development, and manufacturing are the three major functions in this field.

B.E. Automobile Engineering course additionally offers specialization in alternative fuels, aerodynamics, chassis, emissions, electronics, ergonomics, materials, manufacturing, motorsport, rapid prototyping, vehicle, power train and pedestrian safety or supply chain management. Such postgraduates are hired in capacities such as Sales Officer, Professor, Associate Professor, Sr. Officer/Executive, Automobile Engineer, Embedded Automotive, Software Engineer, Product Development Engineer, Design Engineer etc. A fresh graduate in this field can earn an average salary between INR 2 to 6 lacs in a year. Salary can be increased as per the performance and expertise of the candidates.

Top Companies Offering Job Opportunities to the Automotive Professionals:

  • TATA Motors
  • Mahindra and Mahindra
  • Toyota
  • Honda
  • Ford
  • Eicher Motors
  • Escorts
  • Bajaj Auto Limited
  • Maruti Udyog Limited
  • Hero Motors
  • Honda Motorcycle and Scooter India Pvt. Ltd. (HMSI)

Top Overseas Companies Offering Lucrative Job Offers:

  • BMW
  • Audi
  • Renault
  • Ford
  • Volkswagen

Salary of an Automobile/Automotive Engineer

Salary of an Automotive/Automobile Engineer ranges between INR 64,000 to 2, 00,000 per month depending on the level of experience. Opportunities are also available with big Automotive giants associated vendors like Rane Steer, Bosch, Denso, Magna, Continental, MRF, BKT, Exide, Amaron to name a few.

Top job profiles offered to Automobile Engineers:

  • Executive and Managerial Positions
  • Driver Instrumentation Engineer
  • Senior Production Engineer
  • Automobile Designer
  • Automotive Sales Engineer
  • Dealer Account Manager
  • Quality Engineer
  • Service Engineer
  • Marketing Expert
  • Mechanical Design Engineer
  • Automotive Developer
  • Regional Transport Officer
  • Service Advisor and Works Manager in Dealerships
  • Automotive Technician
  • Service Station owner

Following the Start up India motive, after the completion of the course one can opt for self-financed business, some of the interesting trends in this area include:

  • Automobile Showroom or Service centre owner
  • Loss Assessor and Surveyor
  • On-the-spot Cleaning and maintenance Services
  • Machine installation & distribution partner
  • Automotive component manufacturing
  • Generator Manufacturing and supplier
  • Solar product manufacturing and distribution 
  • Training Institute
  • Component Designing 
  • Business Consultants
  • Consultants in car buy/sale
  • Accessories vendor and many more

Automobile Engineering: Career Prospects

This field offers extensive variety of opportunities for the candidates and it includes production plants, automobile manufacturing industries, service stations, private transport companies, state road transport corporations, motor vehicle departments, insurance companies etc.With the computer skills and knowledge in CAM (Automation), CAD (Computer Aided design), ERP, Automobile engineers may find job opportunities in computer aided industries as Designers. Automobile Maintenance Engineers are offered the post of general supervision of mechanics in a workshop, factory and garage. B. Tech candidates in automobile engineering with an MBA degree could come to the bleeding edge in marketing management careers.

There are a lot of open doors for the qualified individuals and they can choose a career in automobile industry, which prompts splendid future. Presently, with so many foreign automobile companies such as Audi, Volkswagen, Renault etc focusing on India as a base for manufacturing cars, the extension for a career in automobile industry is rising quickly.

JOB B. Voc. in Automobile Engineering: The top colleges at NCR are coming up with the courses that are Entrepreneurship oriented Skill development courses have been initiated by All India Council for Technical Education (AICTE), Ministry of HRD, Government of India to promote “Make in India initiative”. These courses will be run by AICTE approved institutes, where apart from technical teaching, trained resources will extensively hand hold students and impart specific skills, making them self-reliant to initiate their own start-ups. Bachelor of Vocation (B. Voc.) is gaining importance as demand for skill based education is the need of the hour. Today’s industry is looking for resources that are ready to deliver from day one of joining.

Vision: The vision of these programmes is to build a strong partnership with the Automobile Industry to facilitate student’s employability and entrepreneurship through the On-the-Job Training (OJT) and promote a spirit of innovation, anticipating the Society’s needs and expectations in the field of Automobile Engineering.

MISSION

  •  To provide students the opportunity to enhance their qualification and skill.
  • To develop application-based learning that will make students job-ready by earning industry work experience and learning the technical concepts hands-on.
  • To train students to take up innovative projects in groups with sustainable and inclusive technology relevant to the industry and social needs.
  • To empower students to become skilled and ethical entrepreneurs
  • To provide soft skills supporting a particular profession and corresponding technical education.
  • To ensure adequate knowledge of Theory, Laboratories & hands-on practical experience.
  • To bridge the gap between academia & Industry.
  • To integrate NSQF (National Skills Qualifications Framework) to enhance employability of the students and meet industry requirements.

B. Voc. in Automobile Engineering course offers:

  • Elements of Automobile, Electrical & Electronic Systems, Non Commercial vehicles, Materials for Automobile.
  • I.C. Engines, Transmission systems, Instruments and Equipments, Suspension and Damping Systems, Project
  • Commercial vehicles, Automotive component design, Electric Vehicles, Engine Management principles, Universal Human Values & ethics.
  • Autotronics, Air conditioning and Heating systems, Quality Management in automobile Industry, Tyre Technology, Environment & Ecology.
  • Modern vehicle Technology, Automobile Assembly Principles, Vehicle safety principles, Elements of Noise vibration and Harshness control, Indian Constitution.
  • Automobile servicing, Traction and Driving Systems, Essence of Indian Traditional Knowledge, Major Project.

And many more……………


Eligibility Criteria:

B.Voc. in Automobile Engineering is a 3-year undergraduate program, the eligibility criteria is minimum 45% marks in 10+2 from a reputed board or its equivalent examination.

Job Areas:

  • Service Technician
  • Automobile Designer
  • Body Shop In-Charge
  • Service Supervisor
  • Testing Manager
  • Sales Executive
  • E-Automotive Specialist

Career opportunities for automobile engineers don’t stop only within India. They can have a successful career in the Automobile industry in western countries like USA, Germany, United Kingdom etc. They can also pursue careers in oriental countries like Japan, Republic of Korea which are giant players in automobile industries. Since the Automobile industry is a huge industry, there is a wide range of opportunities for automobile engineers. The industry is growing in leaps and bounds giving innumerable opportunities of growth to the automobile engineers to grow, and have a bright and successful career ahead.

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Computer Science and Business Systems (CSBS): An Industry Relevant Programme to Enhance your Employability Skills

At present Technical education is at a turning point. The knowledge industry now expects that in addition to the core topics of computer science its graduates should also develop an inherent capacity for liberal arts, an innovative mindset, ethical issues, life values and sustainability. The knowledge is not just confined to one domain; it is stretching its boundaries and has become interdisciplinary. India’s leading IT Service and Consulting Company – TCS with a few top engineering institutes of the country, is offering a four year specialized B.Tech course titled “Computer Science and Business Systems” (CSBS) to cater to the rising need of engineering talent with skills in technology. This state-of-art course aims to impart knowledge of cutting-edge technologies and business skills with hands-on exposure to make students industry-ready.

Emerging technologies like cyber security, machine learning, cloud computing, IoT and others must be an additional part of the curriculum to facilitate students be future-ready. In coming years the digital devices and information services brought to homes, businesses, institutions and individuals will experience huge growth. Also, we will observe increasingly deep, intellectual partnerships between computer science & engineering and other disciplines – from astronomy to zoology, with sociology, psychology and business acumen in between. The result will be a transformation of most disciplines including computer science and the journey has already begun.

A 2017 study by AICTE found that 60% out of the 8 lac Indian engineers, who graduate annually, remain unemployed. The same report also stated that 39% of employers were faced with the challenge of finding quality talent; representing the enormous gap that exists between skills and employability.

Need of Business Engineers

The need of the age is ‘business engineers’, a breed of engineering talent tuned to the needs of business. Apart from appreciating the technologies of the future – analytics, cognitive and machine learning topics – these graduates now need to understand concepts of business management as well, and have the ‘innovation’ mindset, to be considered as quality talent.

It was in this context that TCS Academic Interface Program (AIP) took the lead to design a B. Tech program in ‘Computer Science and Business Systems’, resulting in a program that will cover in 4 years what earlier students took 6 to 7 years across two different programs to learn.

The four-year B.E. /B. Tech course has already been launched at three reputed institutes across India (one each from East, West and Southern part of India) in the academic year 2018-19. Students have already enrolled and the academia has been trained by TCS to start the program.

It’s heartening that B.Tech in computer science and Business System (CSBS)—has been approved by AICTE and is available on in few top institutes of the country.

Through this program, TCS in partnership with leading Engineering colleges in India endeavors to help students get a core understanding of Contemporary Technology and Technology Abstraction, along with knowledge of common Business Principles & discipline.  The elements of Design Thinking, Value Science and Innovation & Entrepreneurship, included in the curriculum will be of immense value in overall student development.

With a “Default is Digital” mindset and roadmap – the workforce revolution has begun! Good luck to the aspiring workforce of the future!

About the Programme

The Computer Science with Business Applications major is designed to provide students with a broad background in science and humanities and to provide an understanding of fundamental principles of computing and modern computing technology. It prepares the student for professional work with computer systems and business environments.

TCS (India’s largest software giant) supported B.Tech Computer Science and Business Systems (CSBS) program aims to enhance the relevance of the computer Science program in India to meet the future demands of the IT industry whose site is quickly changing in the era of Business 4.0.

The curriculum is designed to ensure that students should get better exposure to emerging subjects such as Analytics, Deep learning, Machine Learning, Cloud Computing, and Internet of Things and Design thinking and also to develop an equal interest and appreciation towards humanity, value added science and other interrelated topics. The students graduating from this program will be in high demand by the industries and will be productive.

To address the growing need of engineering talent with skills in digital technology, TCS, in partnership with leading academicians across India, has designed a 4 years undergraduate programme on Computer Science titled “Computer Science and Business Systems (CSBS). This course curriculum is designed based on the suggestions given by the TCS, which benefits the students in enhancing their employability skills by making them capable of using the latest computer technology in developing a business management system. The objectives of this course are to cultivate students in Understanding of Contemporary Technology, Understanding of Technology Abstraction, Knowledge of Common Business Principles and Innovation Ability, and Strong in Ethics and Life Value.

The students are exposed to learn the recent trends such as Computational Statistics, Software Development Models, Design Thinking, Cognitive Science & Analytics, Machine Learning, Financial Management, Services Science & Service Operational Management, Marketing Research, and Marketing Management.

Career Prospects

This course will provide industry-ready and employable engineers who can drive innovation and add value to the organization they work for as well as to the nation in the era of Business 4.0. Students can get placement in the product-based companies and service-based companies. The students have career opportunities in Government and Private sectors, Bank and Health Insurance sector, Manufacturing sector, financial sector, Business Analysis, and Marketing sector.

The course focuses on enhancing the following key attributes among graduating students:

  • Understanding of Contemporary Technology

  • Understanding of Technology Abstraction

  • Knowledge of Common Business Principles

  • Business Discipline and Service Orientation

  • Innovation Ability

  • Strong Human Ethics and Life Values

Key Objectives:

  • Learning Common Business Principles

  • Exploring Business Discipline and Service Orientation

  • Innovative Ability

  • Strong Human Ethics and Values

  • Understanding Technology Abstraction


Highlights

  • The curriculum is designed by faculty members closely working with eminent professionals from TCS and Academia and is approved by AICTE

  • Industrial Training & live projects supported by TCS

  • Dedicated faculty members trained by TCS to deliver the program

  • High standard of teaching, learning and evaluation processes monitored by TCS

  • Active mentoring by Experts from TCS

The main goal of this course is to make sure that the students not only know the core topics of Computer Science but also develop an equal understanding of humanities, human values and management sciences. The students also get good industrial exposure to emerging topics such a Analytics, Machine Learning, Cloud Computing, Internet of Things etc. The degree in Computer Science and business systems like any Computer Science degree prepares you to take the jobs in the IT sector.

Possible Careers

  • Software Developer

  • Database Administrator

  • Computer Hardware Engineer

  • Computer Systems Analyst

  • Computer Network Architect

  • Web Developer

  • Information Security Analyst

By taking up this course one embarks on a journey to prepare for a life in the real world, to build a career. This course along with the technical knowledge offers you the skills and values that you need to adapt to the demands of the outside world and lead a successful life, whether you choose to be in the corporate sector or pursue a different path in life. There’s a mounting need to align technical education with the requirements of the existing corporate environment, and the B.Tech (CSBS) is the right step in that direction.

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Cloud Computing: The Next Wave of Digital Revolution

In songs, poems and novels the term ‘cloud’ has been used since time immemorial. Who can forget the famous lines of William Wordsworth, “I wandered lonely as a cloud…” Despite this gap between imagery and actuality, “the cloud” has succeeded in becoming the agreed-upon shorthand for modern data storageAs far as it relates to computers, the term “cloud” dates back to early network design, when engineers would map out all the various components of their networks. The term ‘Cloud computing’ has been there since the early 2000s, but the concept of computing-as-a-service is much older than we might think. It goes back to 1960s when computer bureaus were built to rent time on a mainframe for companies instead of buying one.

By the emergence of the PC in 1980s, these ‘time-sharing’ services were completely replaced, as it had become cheaper to own one’s own computer to store and access data.

But in due course of time when a large data has been collected over internet the concept of renting access to computing power has come in to play repeatedly — like utility computing, and grid computing of the late 1990s and early 2000s.

This was followed by cloud computing, which really took hold with the emergence of software as a service and large scale cloud computing providers such as Amazon Web Services, Microsoft Azure, Oracle and many others.

Cloud computing is a method of storing and accessing data and programs from any device that can access the internet. It has reduced the requirement of a computer’s hard drive.

The data in the cloud is stored on several physical and/or virtual servers that are provided by a third-party service provider.

Types of cloud services

There are three basic types of cloud services:

Software as a Service (SaaS)

It is the most commonly acknowledged cloud service software. This includes a variety of services, such as file storage and backup, web-based email and project management tools.

Examples of SaaS cloud service providers include Dropbox, G Suite, Microsoft Office 365, Slack and Citrix Content Collaboration. In these applications, users can access, share, store and secure information in “the cloud.”

Infrastructure as a Service (IaaS)

Infrastructure as a service, or IaaS is a cloud-computing offering in which a vendor provides users access to computing resources such as servers, storage and networking. It serves as the complete data center framework, eliminating the need for resource-intensive and on-site installations.

Examples of IaaS are Amazon Web Services (AWS), Microsoft Azure and Google Compute Engine. In these providers all storage servers and networking hardwares are maintained. Providers manage security, operating systems, server software and backups.

Platform as a Service (PaaS)

Platform as a service, or PaaS, serves is a web-based service where developers can create cloud apps. PaaS enables its users to access a database, operating system and programming language that can be used to develop cloud-based software.Many IaaS vendor also offer PaaS capabilities.

Cloud computing for Engineers

Cloud computing is one of the hottest technologies with a high demand for qualified professionals. Since it is a specialty area it is not an easy thing for an individual to acquire a job in this field.

Some skills required for obtaining a secured position in cloud computing are:

Programming Languages and Coding Skills

Java and C languages are two of the most common languages, but these are rarely used in creating cloud computing services The data-oriented programming languages like SQL, XML data language, and R Math Language, in addition to Python and Ruby are needed in addition to exceptional coding skills.

Linux

This is another skill required for cloud computing job. At present bout a fourth of the servers is powered by Linux based Microsoft Azure and it is definitely going to increase with the coming days.

Cloud Security

Security is an in important factor when cloud storage is concerned. It is one of the primary aspect developers are looking into.To secure the data of their organizations, professionals can use various security tools in the market.CCSP (Certified Cloud Security Professional) training provides an adequate and professional understanding of Cloud Security.

Artificial Intelligence (AI)

The technologies that can perform exemplary actions at data integration, aggregation, and analysis without human assistance like: Artificial Intelligence and Machine learning are gaining more attention in the field of Cloud-based technology

Database Management Skills

Collecting, storing, maintaining, and accessing data stored in the cloud is pivotal to cloud systems. Hence, data management becomes a most significant skill. Along with this Data-oriented languages like SQL and Hadoop are a must.

Cloud Platforms

Amazon Web Services (AWS) and Microsoft Azure are two of the leading cloud platforms including some others. So doing a certification course on these platforms can provide better opportunities.

Business and Analytical Skills

In addition to the technical skills, business and analytical skills are also important for cloud computing job which helps in managing, communicating, and negotiating business within an organization and also with cloud providers.

DevOps

It is the most commonly used framework in cloud computing.

DevOps is a process of software development. DevOps means combination of Dev (software development) and Ops (information technology operations) to lessen the application development life cycle. There are various tools such as Monit, Jenkins, or ELK that can be useful.

 “I don’t need a hard disk in my computer if I can get to the server faster… carrying around these non-connected computers is byzantine by comparison.”  Steve Jobs, Co-founder, CEO and Chairman of Apple Inc.

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Machine Learning: The Most Exciting Technology

[M]achine learning will bring about not just a new era of civilization, but a new stage in the evolution of life on earth.”― Pedro Domingos

Communication is the basic phenomena in the nature. All species communicate to each other. The languages are nothing but a medium to represent the thoughts but as technology evolves people can talk to machine also. For example Siri or Alexa, Facebook friend suggestions, Gmail spam filters, traffic congestion predictions are some common examples where one talks to a machine and all this is machine learning.

Machine Learning (ML) is emerging as one of the hottest fields today.Machine learning is the study of computer algorithms that allows computer programs to automatically improve through experience” as defined by Computer Scientist and machine learning expert Tom M. Mitchell.

The scientific field of machine learning (ML) is a branch of artificial intelligence that provides systems the ability to automatically learn and improve from experience without being explicitly programmed by relying on patterns and inference instead.

How does machine learning work?

Machine learning utilizes a variety of techniques to intelligently handle large and complex amounts of information to make decisions and/or predictions. It describes computer algorithms trained with real-world data to build predictive models.  An algorithm can be thought of as a set of rules/instructions that a computer programmer specifies which a computer is able to process. Machine learning algorithms are learnt by experience, similar to as humans do. For example, after having seen multiple examples of an object, a compute-employing machine learning algorithm can become able to recognize that object in new, previously unseen scenarios.

In practice, the patterns that a computer (machine learning system) learns can be very complicated and difficult to explain. Once the machine learning model has been trained, we can give different images as input to see if it can correctly differentiate between them.

Types of Machine Learning

There are different types of machine learning for different kinds of problems. There are generally two categories: supervised and unsupervised – but sometimes combination of both is also used.

Supervised Machine Learning

In Supervised Machine Learning our training data contains known, correct answers for the thing we’re trying to predict. It’s called supervised because we can easily evaluate how good our model is while it is being trained by comparing it to known correct answers. Most machine learning algorithms fall into the supervised learning category including regression, decision trees, XGBoost, and many more.

In the field of machine learning, the thing we try to predict is the label. So, supervised machine learning deals with labeled training data.

Unsupervised Machine Learning

Sometimes, we try to find hidden patterns in the data we have. The goal in unsupervised learning is generally to cluster the data into characteristically different groups. Unsupervised machine learning is more challenging than supervised learning due to the absence of labels. The unknown attributes are called latent features. Techniques such as K-means clustering, principal component analysis, latent Dirichlet allocation, and K-nearest-neighbors can be used to uncover these latent features.

Here as we don’t know the correct answers, unsupervised algorithms use unlabeled training data.

Semi-Supervised Learning

Real-world projects aren’t always so definite.

In this type of learning, the algorithm is trained upon a combination of labeled and unlabeled data. Typically, this combination will contain a very small amount of labeled data and a very large amount of unlabeled data. The basic procedure involved is that first, the programmer will cluster similar data using an unsupervised learning algorithm and then use the existing labeled data to label the rest of the unlabeled data.

 Supervised learning is used to train a model that assigns labels to unlabeled data, based on the human-generated labels it receives. With some practice we can compare the labels produced by the supervised algorithm to the labels produced by humans. As they start to agree, we can use the supervised model to label our training data instead of humans in cases where the model has high confidence. Those machine-generated labels are called pseudo-labels. Since our training data now contains a mixture of known labels assigned by humans and data that was inferred by a model, these models are called semi-supervised.

Areas where ML is employed

Machine learning technology has immense advantages in the industries which are working with large amounts of data. It has been observed that the organizations working with ML are able to work more efficient and be ahead their competitors.

Financial services

The two key purposes to use machine learning technology in banks and other businesses in the financial industry are to identify important insights in data, and prevent fraud. It can also identify investment opportunities, or help investors know when to trade. Data mining can look for clients with high-risk profiles, or use cyber surveillance to prevent from any fraud.

Government

Government agencies such as public safety and utilities utilize machine learning by collecting data through sensors from various inputs to fetch desired results. Machine learning can also help detect fraud and minimize identity theft.

Health care

Machine learning is growing at a fast pace in the health care industry, with the addition of wearable devices and sensors that can use data to assess a patient’s health in real time. The technology can help the medical field to analyze data to identify trends that may lead to better diagnoses and treatment. 

Retail

When we online shopping on any website it provide us recommendations for the items we might like based on our previous purchases using machine learning. Retailers use machine learning to capture data, analyze it and use it to personalize a shopping experience, implement a marketing campaign, and merchandise supply planning

Oil and gas

Machine learning can be used to finding new energy sources, analyzing minerals in the ground, predicting refinery sensor failure and streamlining oil distribution to make it more efficient and cost-effective. The number of machine learning use cases for this industry is vast – and still expanding.

Transportation

The data analysis and modeling aspects of machine learning are of great importance to delivery companies, public transportation and other transportation organizations. Machine learning is utilized to analyze data to identify patterns and trends in the transportation industry, which helps in making routes more efficient.

Career Opportunities in ML

There are some of the best engineering colleges in Delhi NCR which offer 100% Placement .

Job opportunities in Machine Learning

  1. Machine Learning Engineer – They are sophisticated programmers who develop the systems and machines that learn and apply knowledge without having any specific lead or direction.

  1. Deep Learning Engineer – They are specialized in using deep learning platforms to develop tasks related to artificial intelligence.

  1. Data Scientist – They extract meaning from data and analyze and interpret it. It requires methods, statistics and tools.

  1. Computer Vision Engineer – They are software developers who create vision algorithms for recognizing patterns in images.

Machine learning has already and will change the course of the world in the coming decade.

Therefore, there is a huge scope of Machine Learning in India, as well as in other parts of the world, in comparison to other career fields when it comes to job opportunities. According to Gartner, there will be 2.3 million jobs in the field of Artificial Intelligence and Machine Learning by 2022. Also, the salary of a Machine Learning Engineer is much higher than the salaries offered to other job profiles.According to Forbes, the average salary of a Machine Learning Engineer in the United States is US$99,007. In India, it is ₹865,257.Thus, the future belongs to the Machine Learning, and one has a bright future if he/she becomes an ML professional.

Machine learning will automate jobs that most people thought could only be done by people.” ~Dave Waters

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ROBOTICS: TRANSFORMING OUR FUTURE

A robot is an autonomous machine capable of sensing its environment, carrying out computations to make decisions, and performing actions in the real world.”
—Source: 
What Is a Robot? – ROBOTS: Your Guide to the World of Robotics

Robots have frequently been depicted or described in works of fiction. The word “robot” itself comes from a work of fiction, Karel Čapek‘s play, R.U.R. (Rossum’s Universal Robots), written in 1920, the concept has developed in the human imagination long back. We are now at the cusp of a revolution through which robots will give us complete freedom from laborious, mundane tasks such as cleaning, cooking, or even taking care of our kids on the days you aren’t feeling up for it.

What is Robotics?

A robot is an automatic mechanical device guided by a computer program or electronic circuitry which enables it to perform tasks assigned to it. It is a system that contains sensors, control systems, manipulators, power supplies and software, all of which work together.

Robotics is the branch of mechanical engineering, electrical engineering and computer science that deals with the design, construction, operation, and application of robots, as well as computer systems for their control, sensory feedback, and information processing. These technologies deal with automated machines that can take the place of humans in dangerous environments or manufacturing processes, or resemble humans in appearance, behavior, and/or cognition.

Robotics is design, construction, and use of machines (robots) to perform tasks done traditionally by human beings. Robots are widely used in such industries as automobile manufacture to perform simple repetitive tasks and in industries where work must be performed in environments hazardous to humans. Many aspects of robotics involve artificial intelligence; robots may be equipped with the equivalent of human senses such as vision, touch, and the ability to sense temperature. Some are even capable of simple decision making, and current robotics research is geared toward devising robots with a degree of self-sufficiency that will permit mobility and decision-making in an unstructured environment. It basically involves the concept of Programming, Mathematics, Design, Electronics and much more. It can be summarized as the mixture of all sort of engineering you can name (except a few). But if you are designing a robot for some specific application, you might need to study that particular branch too.

Scope of Robotic Engineering

Robotics engineers, like any other professions in the engineering discipline, will need to be strong in math and sciences. However, most people think that engineers are just whizzes at math and science from the get-go, but that’s rarely ever the case. For most engineers, at least the ones that complete their degrees, they aren’t the people that are best at math naturally, they’re the ones that stuck it out and put in the hard work.

This field has a vast range of job opportunities for the aspiring candidates.”

After completing the degree/diploma or vocational course in this field, you can take jobs in manufacturing, maintenance, research of nuclear power plants and many other areas. Due to the advancement of technology, this robotics technology is used in space exploration, power plant maintenance, automobile industry, Petroleum exploring places, etc.

Plenty of job opportunities are available for robotics engineers both in India as well as in abroad countries. Candidates with M.Tech degree in Robotics can seek job opportunities in space research organizations such as ISRO and also in industries which manufacture microchips.

They can work in robot manufacturers. Robot engineers working for robot manufacturers are sometimes called robotics test engineers or automation system engineers.

Electronics engineers turned robotics engineers will be more adept at the coding and electronics facets of robots. Mechanical engineers will be more adept at the mechanical function and design of robotic machines.

Job Titles:

Robotics Programmers

Robotics Technicians

Robot Design Engineer

Robotics Test Engineers

Senior Robotics Specialist

Automated Product Design Engineer

Agricultural Instrumentation Engineer

Robotics System Engineer

Robotics Testers

Maintenance Engineers

Future Aspects

A course in robotics trains and educates a student in the field of artificial intelligence, computer-aided manufacturing, computer integrated manufacturing system, computational geometry, robot motion planning, digital electronics and micro processing. Robotics is an essential component in many modern manufacturing industries. As the industries increases, scope for robotics also increases. Robots are mainly used for carrying materials including heavy parts to and from inconvenient locations and handling hazardous materials like nuclear waste.

Engineers, who have interest in Robots have bright future. Around 2040, Robots will become part of our life. As today we use our smart phones and laptops, we will use robots (of course for some big and intelligent tasks). As robots will become major part of life, study of them will also very popular.

Pursuing Robotic Engineering in India

The industrial robotics has opened up of several career avenues in India in engineering design, development, research and management. It makes available wide range of entrepreneurial opportunities as well. With combined efforts of the Government, the industrial sector and various training institutes, industrial robotics can grow in India with leaps and bounds and catapult the nation into a fast paid journey of unprecedented progress and development.

The best Engineering institutes in Delhi NCR are coming up with the courses on Robotics. Entrepreneurship oriented Skill development courses have been initiated by All India Council for Technical Education (AICTE) Ministry of HRD, Government of India to promote “Make in India initiative”. These courses will be run by AICTE approved institutes, where apart from technical teaching, trained resources will extensively hand hold students and impart specific skills, making them self-reliant to initiate their own start-ups.

Bachelor of Vocation (B. Voc.) is gaining importance as demand for skill based education is need of the hour. Today’s industry is looking for resources that are ready to deliver from day one of joining. A course in Robotics assures 100 percent placement in top industries of the country in top industries of the country.

There are an endless number of things to discover about robotics. A lot of it is just too fantastic for people to believe.” Daniel H. Wilson

COVID-19: Challenges and Opportunities for the Youth

Life in lockdown
The global lockdown has made us confined to our primeval cave-like shelter of home. The post-global earth is in suspended condition as if it needs some time for hibernation. Surely the world will change permanently after this and if we are fortunate enough to see the post-Corona world, we will reminisce about our pre-Corona days. These are unprecedented times, a never-before, and perhaps never-after world that we now live in. Groping in the dark, in this age of social distancing, we have got the time to reflect on our idiosyncrasies. How do we transform ourselves from the flashy Joneses and beard ourselves in our dens? Let us accept the newfound world as it is, and hope against hope. Youth is the most precious resource of a country. They are the future, current times are challenging for them the sudden change in the educational system has affected not just their lives but even their psyche.

Effect of COVID-19 on Education System
Indeed, a sudden jolt, the COVID-19 pandemic has affected educational systems worldwide, leading to the near-total closures of schools, universities, and colleges. According to the UNICEF monitoring, 106 countries are currently implementing nationwide closures and 55 are implementing local closures, impacting about 98.6 percent of the world’s student population. Approximately 1.6 billion children and youngsters are unable to attend physical schools due to temporary closures and lockdowns.

There is a severe impact of coronavirus on higher education. Universities and college campuses are the places where students live and study in close proximity to each other. They are also buzzing cultural hubs where students are brought together from nations around the world. Recently, the foundations of this unique ecosystem have been impacted significantly by the rapid spread of the coronavirus (COVID-19) outbreak, creating uncertainty regarding the implications for higher education. Over the past weeks, education officials have been forced to cancel classes and close the doors to campuses across the world in response to the growing coronavirus pandemic. But, knowledge cannot be confined within the boundaries even during the lockdown. This phase can be utilized by our youth to learn, enhance their knowledge, and upgrade their skills, so that one can become future ready, to take up the new challenges.

Invest your time in learning
In the “live with COVID” era, a lot of options will be forced to develop to replace the conventional style of functioning of man-machine and knowledge delivery. The year 1985 implemented the digitalizing of education in India by the central government. DIGITAL INDIA projects are playing a conspicuous role in imparting education.

Conferencing apps such as Zoom, Google Classroom, Google Meet, and Webex are the popular apps used for conducting interactive classes. All India Radio is broadcasting syllabus based educational contents daily in its VIDHYABHYASA RANGAM program. Television channels reach out to students in a better way since they can telecast video, multimedia content and audio simultaneously. For example, Doordarshan in collaboration with the government of Bihar started a programme named MERA DOORDARSHAN MERA VIDHYALAY. This programme is a big hit in states where education facilities in rural areas are less. ‘Diksha’ an educational programme by MHRD is conducting various courses for lessons, plans, etc. can be accessed from DIKSHA and teachers can easily upload educational resources created by them. NATIONAL REPOSITORY OF OPEN EDUCATIONAL RESOURCES (NROER) established in 2013 by MHRD and developed by NCERT is also an open resource platform for digital resources for class 1 to 12.

Video audio documents and interactive contents are available online. SWAYAM is a programme initiated by the Government of India aimed at offering everyone, easy access to high-quality digital aides and resources. Premier government organizations host this programme. Subject-specific courses conducted by SWAYAM are available free of cost to the learners. Undergraduate education supported by NPTEL, AICTE, CEC, IIM Bangalore. Postgraduate education supported by NPTEL,AICTE, IIM Bangalore, and UGC. UGC has started promoting online courses by higher educational institutions. The distance education bureau of UGC is managing these programmes. Various universities and SCERTs are also supporting digital education in all possible ways. One can access a large volume of digital resources from YouTube and other social media platforms. YouTube is the largest source of digital learning material. Take the membership of free Digital libraries.

Challenge or Opportunity?
It is not doom and gloom phase completely. Every challenge comes with some hidden opportunities. This time can be utilized by the youth to develop their skills, learn from the rich resources available to them. No barriers can stop the youth from learning and attaining knowledge. With the hope that the educational institutions will reopen soon and then things will be back to normal. As the students are coming into terms with the new normal the educational institutes are also gearing up.

Universities and colleges are also implementing changes to campuses in response to the novel coronavirus. The steps are already being taken by the educators to understand what has worked, what hasn’t worked, and how to tackle the challenges they may face. With the spread of the disease expected to worsen before it gets better, administrators are taking quick action to safeguard their campuses and students.
The campuses are also ensuring safety and are preparing themselves for the new normal, measures like sanitization tunnels, temperature checks, monitoring safety by technology surveillance, rigorous campus cleansing, etc. are being implemented for the safety.

The higher education sector has withstood turbulent economic times in the past, and it withstands them again. In a digital age, universities and colleges are better placed today more than ever to provide students with easy access to continue their studies online. They are ready to prepare their students for post corona times and are thus coming up with courses on trending technologies such as IoT, AI, Data Science, Machine Learning, etc. which will be in high demand in the market and this demand is expected to grow exponentially in the coming decade.

Hoping against hope
The youth today is unable to hang out with their friends, peers, and classmates like they used to, and are not being able to expend their energy on sports, is not be easy on them. They have to cope up with the new mechanisms, build and strengthen their connections with supportive adults, including their teachers. Things will be back to normal one day.“Hope begins in the dark. The stubborn hope that if you just show up and try to do the right thing, the dawn will come. You wait and watch and work: you don’t give up.” – Anne Lamott, Novelist