Many people believe engineering to be challenging. For a lot more, the choice to study any engineering course at a university is difficult. However, not all engineering courses are tasking. There are less stressful engineering courses that require less of the brainwork and rigour typically required for success in this course. The hack for getting an easy engineering program is first; to know what exactly it is you are looking for as a student and then narrow your pursuit in line with your desires. Let us know about ‘Easiest Engineering Degrees‘.
Easiest Engineering Degrees:
This article focuses on the many easy and maybe, lesser-known engineering programs. It also highlights some of the engineering programs anyone can earn a degree from without so much hassle.
Easiest Engineering Degree:
Different factors can be considered before deciding the ease of an engineering course. Moreover, in most cases, it is dependent on the student involved. Some of the easiest engineering courses are;
- Information Systems Engineering
- General engineering
- Civil Engineering
- Ocean Engineering
- Petroleum Engineering
- Food Engineering
- Environmental Engineering
- Agricultural Engineering
- Software Engineering
Now let us take a closer look at these courses outlined above and consider what makes each of them easy.
Information Systems Engineering:
Information is the life of the 21st century. Data is being churned out per millisecond and so the need to maintain and control the flow of this data is paramount. Information system engineering is a branch of engineering that is concerned with the management of these information systems. It combines technology and its practice in such a way that information becomes implemented in the data structure and systems of a wide range of industries.
In more specific terms, Information engineering involves designing, building, managing and implementing systems and structures that combine information systems and innovations in communication to provide solutions for human and organizational needs.
To study Information Systems Engineering students must be conversant with technology, statistics, business and other information-related courses. Strong knowledge of communication systems is needed for success in this field. With current evolution in our communication systems, this is a growing field with high demand. It is an easy engineering course for anyone looking to build a career in Engineering.
General Engineering:
As the name implies, you will be getting a ton of diverse knowledge and ideas from different engineering fields. This field of engineering is majored in applying the principle to solve problems. They embark on projects like; new product development, construction, systems re-engineering and design, and a host of other practices. Course-wise, this field of engineering is easy for students as courses covered here include; mathematics, physics, applied mechanics and others.
The job opportunity in this field of engineering is vast and currently on an increase of up to 4% within the next year, making it a safe place to build a career for any student looking for an easy engineering degree. The growth progression for these engineers is to become engineering managers, opening them to earnings of up to $115,009 per annum.
General engineering is great for students and individuals with a knack for the management and supervision of projects till completion.
Civil Engineering:
Civil Engineering remains one of the most popular engineering fields out there in the industry. With a high turnout of graduates, this course is also an easy space for students to begin their engineering careers. One of the reasons Civil Engineering is considered easy is because it makes use of accessible concepts. Almost everything is connected to Civil engineering; our homes, the road we drive on, our bridges and even tunnels.
The ease with which we interact with the different products of the civil engineering field makes it an easy course to study. The progression towards obtaining a degree in Civil Engineering is also considered straightforward with courses like; geophysics, soil mechanics and economics. Students enjoy the relative ease with which they can approach the concepts in this course.
Civil Engineering is also a great choice to build a career. This course has a constant rise in demand for these engineers and a yearly salary of $120,920 for these engineers.
Ocean Engineering:
Ocean Eengineering is one of the rarest forms of engineering on this list and one of the less tasking engineering fields. Specific to the water body and combining multiple branches of engineering, this branch focuses on water bodies, oceans especially. An ocean engineer is someone who uses engineering practices to provide ease to ocean navigation, policies and advancements on different water bodies. They create technological advancements and deplore them on the seas.
Students venturing into this field are required to have relevant knowledge of Ocean practices, oceanography, waves and their motion, the effects of different water-related motions and practices. Basic knowledge fields also include biology, water science and physics. It takes a total of four years for basic certification in this course and the options for further certification can be pursued by interested students.
A cool part of the jobs done by Ocean engineers is that they
get to work on maritime vehicles; these can include, submarines, boats, ships, sailboats and other locomotive water vehicles. They work mostly in government agencies, although different private establishments have openings and need for the services of an ocean engineer. This branch of engineering also opens up multiple career trajectories for students willing to build a career in this field. Some opportunities can include; Naval engineering, water navigation experts, marine engineering, offshore engineering, and several others. The average estimated salary for ocean engineers is about $89,950.
Petroleum Engineering:
Petroleum engineers are the gatekeepers of the oil and gas industry. Their expertise plays an important role in the production and refining of petroleum products in the world, making them highly relevant.
Petroleum engineers provide a solution to the changing field of the petroleum industry. They do this by applying knowledge from fields such as; geology, thermodynamics, geo-mechanics and physics. These courses are easy and foundational for anyone willing to venture into this field of study.
Petroleum engineers perform specific roles of burrowing the earth and extracting natural resources from underneath the earth, refining them and making them useful for daily use and consumption. As a petroleum engineer, you are likely to work in an oil and gas production field or offshore with a refining plant.
Food Engineering:
Food engineering uses engineering practices to optimize the various procedures and processes in food production. Combining knowledge from Mathematics, physics, biology and chemistry, the food engineering branch might interest anyone in love with food. This field of engineering narrows and focuses on ensuring that food production processes and its overall consumable products are at their ideal state when they get to consumers.
Practical scientific knowledge such as cost efficiency in packaging, transport optimization and heat management, is utilized in food engineering. Food engineers take home an estimated $50,850 and are estimated to grow in demand by 6% within the coming years.
A computer engineer can work in different organisations and sectors; banking, government agencies, private firms and freelancing too. There is very little barrier to employment with this program because a computer exists in almost every place.
Environmental Engineering:
This is another of the easiest engineering degrees. With a program duration of 4 years, environmental engineers are needed for the safekeeping of the environment. Environmental engineers use their knowledge to provide solutions to the global issue of the changing climate. Helping with the eradication of harmful emissions and raising awareness of safe procedures to interact with our environment.
An environmental engineer spends time planning projects that protect our natural resources. They do all this by gaining relevant knowledge in fields such as; soil mechanics, physics, geography, and other environmentally related fields.
One major reason to pick this branch of engineering is the impact your work will have on the environment and how easy it will be to see the difference being made in society. It is a heavy field-related industry, with most of the work being practical. Important subjects such as mathematics and physics make it an easy and approachable course for anyone willing to study this branch of engineering. Although the curriculum for this course varies based on school and region, the duration of study is mostly four years. Environmental engineers earn a total of $80,700 per year
Agricultural Engineering:
Agricultural engineering ranks among the easiest engineering degrees in the world. This course focuses on applying engineering principles to problems faced in the agricultural sector. Agricultural engineers are experts. They use their knowledge of engineering principles to provide solutions to agricultural businesses. They do this by providing cleaner and safer systems for animal feeding, optimized farming processes, and mechanization of tools and designing systems for better agricultural practices.
To be successful in this field of engineering students have to be good in subjects such as; economics, agriculture, physics, soil and animal science. They also use knowledge such as calculus and biology in delivering their many solutions.
The field of agricultural engineering is highly lucrative yet easy for any student willing to venture into this practice. The average salary for an Agricultural engineer is estimated at $89,420. This field is also projected to grow by 5% within the coming year.
Software Engineering:
Software engineering is the rave of the moment. Almost every platform today is offering a specialized course on software engineering. The entry level into this field of engineering is extremely low and accessible, most software engineers need not even attend a traditional university to obtain a degree in this field.
Software engineers are highly relevant in the world today. Their work contributes to almost every space digitally. Software engineers build the apps of the future. They work on our social media, platforms. They run programs for AI. The Metaverse, and a plethora of different other applications. Software engineers have zero restrictions on the number of the industry they can work with. They build things for entertainment, government, businesses, religious organizations, etc.
In a traditional schooling system, software engineering takes about 3 to 4 years to complete. However, with different online platforms, software engineering can be studied in less than 2 years.
What Makes an Engineering Course Easier Than Others?
Several factors contribute to making an engineering course easy. A major factor affecting the ease of an engineering course is the individual involved. Some specific things that affect the ease of an engineering degree include;
1. Laboratory work involved:
For a lot of people, the amount of laboratory work involved in an engineering course is what determines the ease of the course. Students consider laboratory work to be time-consuming and drag on for long hours.
2. Mathematics, Physics and Calculation involved:
Another factor affecting the ease of an engineering degree is the amount of mathematics and calculations required in the coursework. Degrees needing fewer calculations are generally considered less stressful and as a result, easier, compared to those with more calculations. One example of such is between courses like Mechanical and computer engineering. Computer engineering requires less mathematics and as such ranks higher in terms of ease, while Mechanical engineering has a lot more calculation.
3. Availability of Course Material:
This is another factor affecting the ease of an engineering degree. The availability of course materials makes it an easy course to study or a hard one. One such example is Computer engineering. As demand for this type of engineering increases the availability of the materials needed to gain this knowledge becomes more accessible, hence making it easier to grasp.
4. Relatability:
How relatable a course is to real life contributes to its ease or difficulty. Civil engineering makes use of materials and produces end products that are used in everyday life. This makes it easier for students to relate to courses outside the walls of the classroom, making it easier to assimilate. Therefore, the higher the relatability of a course, the higher the ease of study for students.
Conclusion:
As much as passion and interest rank highest in reasons why a course should be selected for study, another important factor is the ease of the course itself. This guides against struggling with the pressure and requirements of the course work involved.
This article presents vital help with selecting courses that both align with an individual’s interests and are easy to study. A good question to ask before considering an engineering program is what kind of things do I like to build? What problems do I want to solve in the world today? A good answer to this will enable students in narrowing down their search for easier courses and point them in the right direction.
Frequently Asked Questions:
- What are the hardest engineering degrees?
- Electrical and Electronics Engineering
- Energy Engineering
- Nanotechnology engineering
- Biogas and Biomedical Engineering g
- Nuclear Engineering
- Aerospace Engineering
- Material Engineering
- Robotic Engineering
- Mechatronics engineering
- What are some important questions to enable students select engineering degrees?
Some important questions that should be answered before a student selects an engineering major include;
- What problems do I enjoy solving?
- Where do I see myself in the next five years career-wise?
- Years from today, do I envision myself doing the same thing required in this degree program?
- What is a suitable salary expectation at the peak of my career?
- Can I handle the demand and pressure of the course load in this chosen degree?
- Is this what I want to do with my life for the next ten years?
