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From a count of 26 million vehicles sold in 2018-2019, the demand for petrol/diesel vehicles has dropped to 17.5 million in 2021-2022. A consistent growing EV market depicts the fact that clean mobility is here to stay. A rise in e-mobility has transcended environmental sustainability and enhanced energy security. This leaves us with no reasons to complain.

While e-mobility and clean energy became a ‘buzzword’ in 2021, our environment has been more assuring. It was a year when the world bore the brunt of harsh weather. Climate hazards are a major result of greenhouse gas emissions from human activities that are led by burning fossil fuels for transportation, heat and electricity.

Speaking of our country, India is committed to use renewable energy to meet 50% of its electricity needs and diminish carbon emission by 1 billion tonnes by 2030. Also, India promises to bring down greenhouse gas emission by 45% by 2030.

Electric vehicles and clean energy are major contributions to keep the world on track and meet its climate goals. This brings us down to discussing- How crucial is it to adopt electric mobility at this point? Can embracing clean energy provide us with immense environmental benefits?

Atria University brings together a panel of industry experts for an intricate discussion with our students and puts forward sustainable solutions for upcoming challenges.

What is E-Mobility & is it the future?

E-mobility is a term derived for electric-powered vehicles which are designed without an internal combustion engine. They are far away from the use of carbon gas and fossil fuel emissions. Besides the significant advantages of an electric vehicle like no harmful emissions, driving an e-vehicle scores an edge with its low cost of operation.

The world is driven by machines and technology; they hold the future truly. To a great extent, artificial intelligence and machine learning have seeped into every aspect of our life. These avant-garde concepts shape the wave of innovation in the world of the workforce. AI and ML are core fields that change the way businesses grow.

Studying BSc artificial intelligence and machine learning creates a fundamental base in every walk of life. These advanced algorithms have re-defined our way of living and work dynamics in almost every field.

BSc in artificial intelligence and machine learning is progressive, and breakthrough technologies have a rising demand and have an inevitable use today.

Some insightful facts about artificial intelligence and machine learning:

As per PWC reports, AI-powered activities are predicted to raise global GDP by 14% by 2030.

Artificial intelligence is forecasted to create about 97 million new jobs by 2025.

The global machine-learning market is expected to expand at a 38% growth rate between 2020-2030.

An AI-driven algorithm is capable of diagnosing as precisely as world-renowned medical experts.

Machine learning can enhance customer service by more than 10%.

The AI market is expected to reach the 500 billion mark in 2023.

By 2025, almost every company will execute some form of AI.

The CAGR of machine learning globally is about 42%.

Artificial Intelligence: A snippet

The term was coined in 1956 but has become more popular today for multiple reasons, such as modern algorithms, increased data volumes and advancements in computing. In a nutshell, artificial intelligence mimics human intelligence by building advanced algorithms. AI makes computers think and act like humans. The system is designed with smart machines to perform complex human intelligence-oriented tasks.

BSc in artificial intelligence will help a student get acquainted with the basic principles of AI, such as analytical, programming and mathematical skills. Also, learning the tools and techniques of artificial intelligence will help you to be at the forefront in the future.

A degree in artificial intelligence also helps in daily life implementations like spam email filtering, facial recognition unlocking in smartphones, autocorrect features, AI assistants, autocomplete text suggestions and more.

Career outcomes of BSc in artificial intelligence:

Data Specialist

Software engineer

AI researcher

Data scientist

A natural language processing specialist

Data analyst

Research scientist

BSc in artificial intelligence is one of those courses that will not lose its relevance in the coming years. It has become impossible to process big data and make complex decisions manually. Artificial intelligence makes it possible with the help of advanced codes, algorithms and computational systems.

In few words, AI attempts to get computers to think and act like humans. John McCarthy invented the term artificial intelligence in 1950 to enhance the ability of a computer program to think and learn. AI reduced the possibility of human error even while taking more risks and making quick decisions.

It would be right to conclude that artificial intelligence is omnipresent today. Not a single industry is left untouched by the positivity of AI. Everything from our home devices to professional spaces runs on AI and has become available at one’s fingertips.

BSc artificial intelligence subjects cover face detection, sentiment analysis, applied statistics, natural language processing, motion analysis, reinforcement learning, etc. The course will prepare students to become acquainted with the basic principles of AI and apply them to expert systems, intelligent agents, and other models.

The end goal of artificial intelligence is to establish computer programs that can solve problems with more accuracy and better speed than humans would. There is a wide-ranging scope in developing machines in expert systems, speech recognition, robotics, computer vision, language detection, and more. On the basis of factors like robotics, automation, and the sophisticated use of computer software, one can excel in the AI domain.

The changing landscape of the automobile industry demands engineers at unprecedented levels. And that is why a brief talk on the subject is a pressing priority today. Speaking of what is mobility engineering- A twist in traditional automotive engineering with a pinch of new technologies and skills.

The birth of mobility engineering is driven by variable consumer behavior and sustainability. While technological advancements have taken the auto space to an elite level, mobility engineering has set a completely new standard.

The future of the respective field is gleaming with a blaze which has pushed incumbents to reimagine their operations. Players are thriving to innovate and forge ahead. A major disruption in the industry is established by technologies such as connected, electric and autonomous. Concerned professionals are in charge of designing highly integrated and effective solutions.

This study aims at bringing forward what mobility engineering is and how to delve into this space accurately.

What is mobility?

In layman’s language, mobility is determined as the possibility of moving from one place to another using a mode of transport. Emobility is an approach toward sustainability and is beneficial at the personal and global levels. On a larger scale, it curbs climate change by diminishing greenhouse gas emissions.

Electric mobility is an initiative toward not having combustible engines, stamping out toxic gases and tweaking people’s quality of life. The research-intensive subject leverages emerging technologies such as big data, machine learning, artificial intelligence (AI) and more.

What is mobility engineering?

Mobility Engineering has reshaped the automotive industry by simultaneously applying rapid changes and growth. The subject is now a need of the hour and for all the right reasons.

EVs have changed the lookout of transportation and automotive engineering.

The domain has provided an extensive understanding of vehicle dynamics and developed a control like never before.

The changing landscape of the automobile industry demands engineers at unprecedented levels. And that is why a brief talk on the subject is a pressing priority today. Speaking of what is mobility engineering- A twist in traditional automotive engineering with a pinch of new technologies and skills.

The birth of mobility engineering is driven by variable consumer behavior and sustainability. While technological advancements have taken the auto space to an elite level, mobility engineering has set a completely new standard.

The future of the respective field is gleaming with a blaze which has pushed incumbents to reimagine their operations. Players are thriving to innovate and forge ahead. A major disruption in the industry is established by technologies such as connected, electric and autonomous. Concerned professionals are in charge of designing highly integrated and effective solutions.

This study aims at bringing forward what mobility engineering is and how to delve into this space accurately.

What is mobility?

In layman’s language, mobility is determined as the possibility of moving from one place to another using a mode of transport. Emobility is an approach toward sustainability and is beneficial at the personal and global levels. On a larger scale, it curbs climate change by diminishing greenhouse gas emissions.

Electric mobility is an initiative toward not having combustible engines, stamping out toxic gases and tweaking people’s quality of life. The research-intensive subject leverages emerging technologies such as big data, machine learning, artificial intelligence (AI) and more.

What is mobility engineering?

Mobility Engineering has reshaped the automotive industry by simultaneously applying rapid changes and growth. The subject is now a need of the hour and for all the right reasons.

EVs have changed the lookout of transportation and automotive engineering.

The domain has provided an extensive understanding of vehicle dynamics and developed a control like never before.

Everything about a Technical Architect -

If you are a computer whizz with adequate IT and managerial skills, we have a blueprint plan to launch you as a technical architect.

It’s a craft that bridges the gap between an organization’s business and technological aspects. The professionals are also referred to as IT systems architects and act as a crucial link between the company, its designers, managers and developers who build the system. They take over the responsibility to ensure every facet of the IT system works as per the requirements.

A certified technical architect designs sophisticated solutions for clients and acts as a project manager for IT assignments with the intent of bettering the business. Also recognised as the unicorn of the tech space, a professional technical architect sets a strong foundation for programming, designing, analysis and development.

Roles & Responsibilities of a Technical Architect:

Here’s a brief job description of a technical architect in a thriving business or an IT firm.

To identify the software and hardware requirements

To generate progress reports

To recognise the system specifications

To put forward the best systems and products to clients

To break down the larger systems into smaller ones and take it forward

With the world heading towards a sustainable approach, each one of us must come to the fore. Going by the quote, one step at a time, let’s begin by paying back to the planet in a small way.  A cleaner and more efficient ecosystem is a pressing priority today. Switching to an electric vehicle will get us a step closer to it. And that’s why we are here to throw some light on India’s best electric vehicle course.

Apart from the most obvious advantage of a low running cost, an electric vehicle scores an edge over a conventional one in many aspects. This leaves us with a growing need for professionals who can research, design, and implement e-solutions good for the environment. Setting your foot in this exciting domain is not just going to make you a responsible citizen but also envision the evolving technology up-close. If this industry and newfangled technology entice you, get ready to delve into our unique curriculum structure to explore future-ready concepts. A major in Mobility centers on the electric vehicle courses and will let you create a sustainable impact in the automobile industry.

Before we get there, let’s throw some light on the present and future of this industry.

Experts foresee an exponential growth rate of electric vehicles in India. 40-70% of cars, 40% of buses and 80% of e-bikes are predicted by 2030.

The global EV market is expected to advance from 8.1 million units to 39.21 million units by 2030. This large-scale adoption is reckoned to save about $60 billion on oil imports.

The EV market is programmed to grow at a CAGR of 36% by 2026.

According to Prime Minister Narendra Modi, the future for India’s electric vehicle sector is bright.

Electric vehicles are essential in growing India’s GDP from 15% to 25% in 2022.

Advantages & Disadvantages of Electric Bicycles: All-inclusive

Electric bicycles, popularly known as e-bikes, have become the talk of the town. Why is it all over the news? Is it worth the hype? Research says electric bike sales surged by 240% in 2021 in the United States. Industry experts are now predicting a revolution with sales in 2022. The whopping numbers can pleasantly shock you.

We are living in the future, and e-bikes have a big role to play in the approaching times. Although the market is still in the infancy stage in India, experts foresee a boom hereafter. The electric space is projected at a compound annual growth rate of 12.69% from 2022 to 2027.

As per our analysis, a major population is yet naive towards the approach of electric vehicles. So, here’s everything you are curious to know about the features, working, advantages and disadvantages of electric bicycles.

Have you ever seen a solid looking cycle zipping down your street and wondered what it is? You have all the answers down right here.

What is an electric cycle? First thing first, an electric bicycle is completely different from a regular cycle and a motorcycle. It is a motorized bicycle with an electric motor that assists and gives the rider ample power while pedaling. The motor delivers power depending upon the speed of the pedaller. E-bikes are battery-operated, and that’s the base of the motor’s working. The rechargeable batteries allow the rider to travel typically upto 30 km/h (17 to 20 mph).

Not just one, but these bicycles are designed to provide a variety of modes to choose from. Each mode permits pedaling at a different range and speed.

How does an electric bike work? The best part about the push-bike is that they give you the required assistance and foster great cardiovascular health by allowing you to use your power. The working of the electric bike depends upon three major components – motor, battery and sensor.

1. Motor The basic use of the motor is providing torque while pedaling. It can easily amplify the rider’s ability by putting in less effort. Advanced electric bicycles come with an upgraded motor which can provide exceptional force. This means the motor abets in getting to the destination quickly, even if that means climbing up a hill. The idea of the motor is not completely to take over but to provide consistent power and make the experience simpler.