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List of Programmes that won’t let first years’ sleep; Number 1 Will Shock You!

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Andrews Aibi Junior
Andrews Aibi Junior is a creator, editor at HyperCitiGh.com, an online digital platform focusing on relevant, reliable, and timely Top Local and campus News. He is a student Planner with focus on socio-economic analysis. contact @AibiAndrews on twitter
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What are the hardest undergraduate programmes? You may think that it is one of the STEM (Science Technology Engineering and Mathematics) degrees, and you might be right anyway.

In this article, we will look at the different factors used to determine if a degree is time-consuming or “hard” as some of us would say. This is determined by how long students spend every week preparing for classes.

Before we outline the time-consuming programmes, how about we explain what can make a programme time consuming which might lead to sleepless nights for students.

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There is no single measure being used. What is difficult for one student may be normal for another student.  Well, most studies rely on one basic factor: the total sum of time students spend preparing for classes in their programmes. The more time students spend doing schoolwork for their programmes and reading for tests, the harder or time consuming the programme is perceived.

Even though the programmes which are difficult for you will rely upon what you find fascinating and easier to do. There are some programmes out there that require more research time and have more assignments making them “harder” than others.

For this article we will limit ourselves to 10 programmes that are time-consuming and number 1 will shock you.

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10. Bioengineering – Students studying this spend below 18 and a half hours each week preparing for their courses.

Also called biological engineering, bioengineering coordinates biological and engineering principles to create usable tangible, economically viable products. Biological engineering employs knowledge and expertise from several pure and applied sciences, such as mass and heat transfer, kinetics, biocatalyst, biomechanics etc.

Classes required for a bioengineering degree can fluctuate based upon the courses you pick, but normally incorporates statistics, chemistry, computer programming, biochemistry, and science of materials.

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9.  Biochemistry– biochemistry programme made number 9 in our list of top 10 programmes with approximately 18hours and 30 minutes used in preparing for class each week.

Students studying biochemistry programmes mostly study the synthetic cycles and substances in living creatures. Biochemistry focuses on processes happening at a molecular level. It focuses on what’s happening inside our cells, studying components like proteins, lipids, and organelles. It includes using the primary principles of material science to compare creatures.

As a biochemistry student, you will probably need to take classes in biology, chemistry, physical science, and math.

8. Physics – Physics undergraduates spend somewhat more than 18hrs and 30 minutes each week preparing for the courses. In a physics degree, students discover the development and properties of matter, just as the ideas of power and vitality.

Physics is one of the most fundamental scientific disciplines, and its main goal is to understand how the universe behaves.

Physics interests with many interdisciplinary areas of research, such as biophysics and quantum chemistry, and the boundaries of physics are not rigidly defined.

7. Cell and Molecular Biology– Cell and molecular biology degree students dedicate around 18 hours and 40 minutes each week to prepare for class.

An interdisciplinary field, cell, and molecular biology combine both biology and chemistry, which permits students to dissect cell measures and understand the capacity and forms of living things. Required courses generally incorporate chemistry, science, math, biochemistry, marine molecular ecology, ecology, and immunology.

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6. Planning – Students will go through almost 19 hours each week to prepare for class. There are two types of planning: human settlement planning and development planning.

Human settlement planning contributes to the dynamics of human settle by addressing pressing problems and issues of physical, environmental, economic, and societal change in urban and rural communities through applied research and practice-oriented planning education. Whiles development planning introduces students to the formulation of economic, social, and environmental policies and programmes together with their poverty and distributive implications.

Planners will have to battle stress, sleepless nights, hands full of bond sheets, maps, and drawing tools as against their social existence. In fact, the planner’s other best friends are his workshop tools. It is no surprise that almost all planners “kill” themselves for workshop. Of course, a six-credit hour course is a no joke at all.

5. Biomedical Engineering– We are now talking about the top five “hardest” programmes! Students studying biomedical engineering commonly spend less than 19 hours out of each week preparing for classes.

Biomedical engineering involves using the principles of medicine and chemistry to create quality products explicitly for medication and medical care. This field seeks to close the gap between engineering and medicine, combining the design and problem-solving skills of engineering with medical biology sciences to advance health care treatment, including diagnosis, monitoring and therapy.

Biomedical engineering students take courses in chemistry, math, physics, engineering design, electric circuits, thermodynamics, and statistics.

4. Aero and Astronautical Engineering– Students in this program regularly spend around 19 hours and 15 minutes each week getting prepared for class.

Aero and Astronautical engineering contain the two kinds of advanced aircraft engineering. While aero engineering includes the development of airplanes to use within the Earth’s atmosphere, astronautical engineering involves the advancement of the rocket to use outside the earth’s atmosphere.

Students in theses majors normally take courses in streamlined features, gas aerodynamic, aircraft/airspace structures, aircraft/airspace propulsion, and space system design.

3. Chemical Engineering- Students in this field spend a total of 19 hours and 40 minutes each week preparing for class.

Chemical engineering is a wide sunset of engineering that includes the design, creation, use and transportation of synthetic compounds. It also involves working in chemical plants. The work of chemical engineers can range from the utilization of nanotechnology and nonmaterial in the laboratory to large-scale industrial processes that convert chemicals, raw material, living cells, microorganisms, and energy into useful forms and products.

Students studying chemical engineering take courses in analytics, chemistry, physics science, engineering, calculus, energy, transport process, and kinetics.

2. Petroleum Engineering in our list, the second – “hardest” programme Petroleum engineering students spend around 18hours 24 minutes a week preparing and doing assessments.

In this engineering programme, students become familiar with the extraction of crude oil and gaseous petrol. They examine the geology of future drilling sites to plan the safest and most efficient method of drilling and recovering oil. They also manage the installation, maintenance, and operation equipments.

Classes required for a program in oil engineering can incorporate properties of petroleum, energy and environment, chemistry, repository geomechanics, calculus, geography, science, petrol physics.

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  1. ARCHITECTURE– making number 1 on the list is architecture. Architecture (Archito) students go through an incredible 22 hours or more each week on getting prepared for classes.

The students learn how to design and manufacture structures, studying the history and theories of architecture. Also deals with technological aspects and multi-disciplinary approach to planning, design, construction, and operation of buildings.

Courses required for this programme include math, physics, plan measures, architecture theory, history of architecture, metropolitan design etc.

TIP:  The real question for you, fresher is: which degree best fits your future and academic stamina?

Don’t be enticed to choose a course that is hard just because it sounds nice. It may sound perfect and prestigious, but you’ll struggle if you’re not enthusiastic about that field.

On the other hand, don’t avoid these programmes just because they are time-consuming and stressful. If you are focused on seeking a career in any of the programs, don’t choose something else because you are afraid of how hard it may be!

By: Farida Iddrisu Nagumsi | Hypercitigh.com

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