Have you always been interested in building machines or understanding how they work? If you are someone who is passionate about designing and developing machines that are of industrial grade, mechanical engineering can be the captain of your ship!

Yes, a Bachelor’s degree in Mechanical Engineering, also known as a B.Tech. in Engineering, can help you get a step closer to your affinity for machines. Mechanical engineers are responsible for making cost-effective designs, followed by testing and implementing them for construction. Their technical expertise allows them to plan, design, build, and implement innovative technologies with the help of technical reasoning.

They are also known as technical doctors, who can solve any problem related to machines and are credited with making human life more simple and efficient with their innovations. Therefore, because of the diverse range of skills and expertise they have, they can enjoy lucrative career options after mechanical engineering.

Although challenging and demanding, a degree in mechanical engineering can open bright paths for your future. If you are considering getting a degree or have recently graduated, this article will help you understand what the best career opportunities are out there waiting for you once you are done with your graduation in mechanical engineering!

Mechanical Engineer

How often have we heard this term in our day-to-day lives? As common and generic as it may soundou mechanical engineers shoulder immense responsibilities for designing, developing, operating, and maintaining machinery across different industries. Mechanical engineers are generally hired to test or install new machinery or can work as technical consultants to guide on structural engineering or machine maintenance questions.

Automotive Engineers

Automotive engineers are responsible for researching, designing, and developing the mechanical components and machines related to trains, cars, and other automated vehicles. India’s automotive industry is one of the largest in the world, so one can understand the diverse scope of career opportunities that are available for pursuers of mechanical engineering. 

Maintenance Engineers

Maintenance engineering applies engineering concepts to optimise the existing equipment, procedures, and departmental budgets to achieve better sustainability, maintenance, reliability, and availability of the equipment.

 Aerospace Engineer

Mechanical engineers are often hired to implement their domain knowledge and expertise to design aircraft and allied machinery that are compatible with airports and other production needs. They can work along with aerospace engineers in this field and can also assist in national defence projects like working with spacecraft, satellites, or missiles. 

Control and Instrumentation Engineer

Control and instrumentation engineers, or C&I engineers, apply the concepts of mechanical engineering to design, develop, install, maintain, and manage the equipment responsible for monitoring and controlling other machines and systems. C&I engineers are tasked with measuring and controlling process variables like pressure, pH levels, speed, force, etc. to ensure that all the other machines and processes are running safely and efficiently.

Research and Development Supervisors

A B.Tech. in Engineering allows you to become research and development supervisors, where you oversee processes related to designing new systems, improving existing technology, analysing customer reactions to prototypes, and researching new advances in the field.

Construction Engineer

Construction engineers supervise big construction projects where they are responsible for servicing and maintaining the machines. They also advise on the installation of heavy equipment, suggest device optimisation, and perform cost calculations. Mechanical engineers are often hired by construction companies as consultants to advise on commercial building layout and design.

Nuclear Engineer

Mechanical engineers assist the nuclear engineers for technical support at nuclear power stations. They are responsible for designing, creating, maintaining, and disassembling different parts of machines related to operating a nuclear power station. You can take on the roles of process engineers, quality engineers, reactor operators, C&I engineers, and other managerial roles.

Manufacturing engineer

Manufacturing engineers apply the technical aspects of mechanical engineering to design and develop integrated systems used in the manufacturing industry. They help produce high-quality products that are in high demand in the marketplace.

Gearing up for Future!

Looking at how the world is moving at a fast pace, we can realise that humans will bring more innovations and inventions to the table to make their lives hassle-free and less complicated. To do that, they would require skilled professionals who know how efficient machines can be designed, upgraded, operated, and maintained. Therefore, it is safe to say that mechanical engineers will have ample opportunities and a futuristic career waiting for them.

If you are someone who loves machines and is keen to develop them, a B.Tech. in Engineering is the ideal path for a promising future ahead. So, grab the opportunity and get enrolled now!

Are you into gadgets and love them way too much? Are you the person who always searches for new technological developments on YouTube and Google? In other words, are you a futurist?

If your answer is yes to any of these questions, then let me tell you – you have landed at the right place! Technology has developed and transformed humongous in the past few decades; the fun part is that it’s still evolving. Have we ever thought that from a stereo recorder, we could transcend to AirPods or Bluetooth earbuds, from talking on a landline phone to owning a multi-purpose smartphone that can do anything you name? We have come a long way – thanks to technology, and there is still a long way to go.

So, to feed your increasing curiosity, today, we will discuss the trending technologies set to conquer 2023!

The AI Dominance

In 2023, artificial intelligence will become the real deal in organizations. No-code AI, with its easy drag-and-drop interfaces, will help businesses to leverage its power to create more intelligent products and services. It will change the dynamics of the e-commerce business as contactless autonomous shopping and delivery will take over the market. Several retailers will use AI to manage and automate the complex inventory management processes that will set the bar high for other industries and verticals.

Parts of the Metaverse Will Become Real

Virtual reality (VR) and augmented reality (AR) will continue to advance, and collaborative platforms will emerge for digital projects. Metaverse will revolutionise the internet by creating learning spaces where one can work, play, and socialise on a persistent platform. A leading corporate company has already created its metaverse to virtually carry out HR-related tasks, such as onboarding, training, etc.

Progress in Web3

As organisations focus on making more decentralised products and services, blockchain technology will also advance significantly in 2023. Non-fungible tokens (NFTs) will become more usable and practical, giving you access to backstage experiences for your concert tickets. This will also help us decentralise data storage and encrypt that data using blockchain technology.

The Unification of the Digital and Physical World

We will be witnessing an emerging bridge between the digital and physical worlds in 2023. There are two components of this unification, i.e., digital twin technology and 3D printing. Digital twins are virtual simulations of real-world processes, products, or operations that can be used to test new ideas in a safe digital environment. After testing in the virtual world, engineers can modify and edit components, then create them in the real world using 3D printing technology.

Quantum Progress

Quantum computing is the concept of using subatomic particles to create new ways of processing and storing information. Currently, the trend around us is to develop quantum computing at a large scale. This step is expected to bring us computers capable of operating a trillion times faster than the fastest traditional processors available today. Although there is a drawback that quantum computing at scale has the potential to break the encryption of other nations, businesses, security systems, and more, still several countries are investing billions of dollars into this idea.

Adoption of Green Technology

Despite all forms of progress and growth, we are facing a climate crisis due to increased carbon emissions in the past few decades. 2023 can bring hope for the planet as we develop green hydrogen, a new clean-burning energy source that produces close to zero greenhouse gas emissions. We will also see progress in developing decentralised power grids that distribute power worldwide with reduced carbon emissions.

Robots Will Become More Human

In 2023, we will see robots becoming more human-like in appearance and capability. These robots will be used in the real world as event greeters, bartenders, concierges, and companions for older adults. They will also perform complex tasks in factories and warehouses as they work alongside humans in manufacturing and logistics.

Wrapping it Up

We have heard that time and tide wait for none, and it will not wait for us to cope with the emerging new technology. With so much AI and machine learning penetrating the environment around us, we must stay updated with the current trends to utilise the services to the optimum potential and secure the best future for us in the coming days.

Engineering is a significant field of study that has revolutionised our Earth since immemorial. With so many great things built because of engineering, many of us also want to contribute towards this journey. Engineering is a field with curiosity and an inclination toward creating something new and innovative for humanity.

So, if you are a student with questions about why you should take engineering, you are at the right place! Today, we will answer your questions and help you understand how engineering is the stepping stone to a well-organised and educated 'next-generation' of the country and the world.

Question 1: Why am I taking up Engineering?

Often youngsters take up a field of study due to parental or peer pressure and have no personal interest in it. As a student, you must know your academic strengths and weaknesses and channel your career in that direction. There is no better judge than yourself.

So, if you want to ask yourself why you want to take up engineering, you can look at the following pointers that can help you decide.

• Can I make a sustainable career out of it?
• Will it provide me with job security?
• Should I go for a master's after this?
• Can I crack the exams with my academic abilities?
• Am I doing this because of what society thinks of me?
• Am I doing this out of peer pressure and parental pressure?

If you are unclear about the answers and feel this is solely because you want to score a great job and make your parents happy, then engineering is not for you. None of it will help you because your passion drives engineering to learn and live the subject wholeheartedly and not treat it as a trophy degree.

Question 2: Do I possess the required skill set to complete engineering?

Passion alone cannot be everything. Of course, you need an inner drive to propel you in this, but apart from this, you also need to develop a certain skill set to become an engineer. It would help if you were a good problem solver, as you will encounter several critical problems and obstacles during your experiments. You need to focus and be a detailed person. You should also be able to work in a team and exhibit good communication skills. You can also lead a team of engineers in the future, so you should possess the leadership skills to lead everyone around you.

Question 3: Can I stay motivated throughout the journey?

You can be motivated when you have a fixed goal. Once you define your goal, it will become easier for you to conquer the obstacles standing in your way.

Like any other field of study, engineering to requires effort, dedication, and hard work. However, during your journey, you may encounter subjects or projects that may not guarantee success or the upper hand. In such situations, you have to keep moving forward without getting demotivated.

Question 4: Am I ready to invest my four years?

Most youngsters take up their degree courses to get a good and stable job that can help them achieve their goals. So, if you are interested in pursuing engineering, you must make clear that in these four years, you must maintain your grade card consistently.

Engineering invests multiple years in learning and improving their skills. The journey is of 8 semesters and 4 years, wherein you will come across several projects, assignments, exams, etc. Therefore, if you want to be an engineer, you must ask yourself if you are ready to invest four years dedicatedly.

Therefore, engineering may be an attractive field of study if we look at its returns, but it also demands dedication and determination to make it through. Your love for machines should drive your desire to become an engineer. Sometimes, you may feel demotivated, but you must never regret your choice and accept all the challenges as a lesson.

Congratulations on passing your entrance examinations! You are just a few steps away from becoming an engineer.

Or wait…. Are you?

Getting through the entrance exams is very stressful and challenging but being able to continue and be consistent in your academic performance demands a lot of commitment and dedication. But, hey, don't get worked up. It is easy to create goals and a roadmap to achieve them. As an engineer, you need to identify these career goals and take the necessary actions to reach them.

Setting your career goals can help you achieve your desired accomplishments and advance your career. In this article, we help you understand how to achieve long-term career goals at engineering colleges.

Identify your long-term career goals

Whatever you want to achieve, the most important step is determining your desired long-term outcome. For a career, this goal can consist of your skillset, positions, and accomplishments that you want. When you list your goals with a roadmap, you can move towards them to achieve your ultimate career goal.

Integrate your professional and personal goals

After you are done with writing your long-term professional and personal goals, you can identify the common intersection factors that can either benefit or create conflict. For example, if your career goal is to become an engineer and you personally like building things, then you can be a civil engineer.

Determine long-term personal goals

There is no point in having such goals that do not align with your thinking or lifestyle. You must identify your personal goals and check if they can fit well with the career goals that you have set for yourself. Your personal goals should include character traits, habits, and mental synergy that you hope to develop and practice. These elements are important for you to have a healthy work-life balance. If your personal goals conflict with your long-term career goals, then you may re-evaluate the ones more important to you and come to a mutual understanding about your priorities.

Create short-term goals

You must have heard this saying that little drops of water make up an ocean one day. It is often advised to divide your big goals into smaller fragments so that you can achieve small things, and in the end, they will accumulate and bring you bigger success. Short-term goals can help you plan your long-term career or personal goals and make the process more manageable. You can do this by setting short-term goals that you are sure you can achieve within a day, week, month, or year. Once you accomplish this, it will give you a sense of encouragement and motivation to move ahead faster in your life. For example, if your long-term goal is to improve your efficiency at engineering drawing by 50%, you may set a short-term goal of improving by 2% per month until you reach the end of the semester.

Adjust your goals as needed

You may not always succeed, and that is why you should accept that your goals can also change with time and circumstances. This should not affect your progress. Keeping your goals flexible allows you to take the time to accomplish each goal. This will also help decrease stress and motivate you to work toward your desired outcome.

Wrapping Up

Therefore, there could be multiple goals for engineers, but the main goal is to learn the appropriate skill to be good at what they do. Refining talent and skills are vital to achieving your dreams. So, if you want to accomplish something that you have dreamed of for a very long time, you must set your goals in the right direction and follow the tips mentioned above!

Engineering is a well-known field of study offering education and training on designing and improving several organisations' systems, products, and processes. The right engineering program allows exploring and grabs exciting opportunities to help you achieve your personal and professional goals in life.

An engineering program covers a wide range of subjects, from Physics, Mathematics, Chemistry, Biology, and Computer Science. The curriculum covers design theory, advanced mathematics, core engineering principles, diagrammatic representations, etc.

A student who receives the right direction will become a good engineer. Therefore, it is important to ponder certain points before opting for an undergraduate engineering programme. Even if you are meticulous and dedicated, the right engineering program will propel your career toward excellence.

How to Choose the Right Undergraduate Engineering Program?

Accreditation

Go for engineering programs only if they come with certified accreditation. The presence of an accreditation implies that the institute or university meets the global or national standards of that particular academic field. For example, if you are looking for jobs in the field of mechanical engineering, many employers consider this a point while recruiting candidates only from NBA (National Board of Accreditations). Besides this, if you are applying for an education loan for your mechanical engineering degree, a NBA accreditation makes the process seamless and effective.

Specializations and Sub-Specializations

Studying the various specializations and sub-specializations that the engineering colleges/universities around you offer is crucial. Students can now pursue engineering programmes in varied specializations – thanks to the new National Education Policy (NEP 2020) in force in various states of the country!

Curriculum

Every student interested in engineering must research the curriculum of any prospective school or institute before applying. As the curricula for engineering programme is diverse concerning the range of topics, electives, and practical elements, one must ensure that the programme they are opting for covers the topics of their interest and need.

Growth Opportunities

Every student studies any course to fulfill their goals in the end. Be it a good job, higher studies, or any entrepreneurial venture, your engineering programme should provide you with potential growth opportunities post the completion of the degree.

Reputation

One must consider the reputation of any engineering program that one opts for. You can do this by researching the professional reputations of the professors teaching the program. Quality engineering professors are always more than just ‘graduates’ and possess great years of experience. Researching notable alums can also testify to the programme’s reputation and quality.

Internships

An engineering programme without internships is like a boat without a sailor. It would be best if you had practical training and exposure from industry experts to sharpen your technical skills and help you score a good post-graduation job. Always opt for schools or institutes with tie-ups with prominent corporations or organisations willing to provide internships to undergraduate engineers.

Affordability

 An expensive undergraduate programme can often lead to long-term debts even after graduation. Therefore, it is very important to compare and contrast the cost of the affordable and cost-effective curriculum. No programme should have opted that can create a hole in your pocket for the next ten years. Even if you are going for an engineering programme with higher fees, the quality and outcome of the programme should compensate for the same.

Infrastructure and Ancillary Support

A good engineering institute or school provides students with infrastructural support to help them excel in their studies. This includes access to the well-equipped library, laboratory, practical rooms, sports room for extra-curricular activities, a medical room for emergency first-aid, and financial aid such as scholarships to help the students during their financial crunch.

Location

Location is important in determining the programme you are opting for (unless it is an online course). Spending hours in travel will affect the productivity of the students and can also impact your networking initiatives post-study hours. A student must opt for programmes close to their residence or easily accessible, whichever is earlier.

As engineering is a domain area with lucrative career opportunities, it is advised that one research a college or institute properly and consider the pointers mentioned above before selecting their undergraduate engineering programme.