6 answers
Asmaa
Student
Abu Dhabi, United Arab Emirates
4
Questions
Asked
396 views
How difficult is mechanical engineering?
Im currently in grade 11 and I am average at math.
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6 answers
Justin Shapiro
Accounting | Finance | Financial Systems | Non-Profit Volunteer
76
Answers
Charlotte, North Carolina
Updated
Justin’s Answer
Hi Asmaa,
Mechanical engineering can be challenging, but with dedication, you can manage it—even if math isn’t your strongest subject. Here’s why:
1. Math Foundations:
Engineering often requires calculus, algebra, and physics. While you’ll need to develop some math skills, you can start improving gradually. A solid grasp of math fundamentals can go a long way.
2. Problem-Solving:
Mechanical engineering is about solving practical problems. Being a strong problem-solver and a creative thinker can sometimes be as important as advanced math skills.
3. Hands-On Learning:
Many programs emphasize labs, projects, and real-world applications, giving you a chance to work practically. This can make it easier to understand and apply complex concepts.
4. Support Resources:
Tutoring, study groups, and online resources can help you strengthen your math skills over time, making the math-intensive aspects of engineering easier to handle.
If you’re motivated, with some extra effort in math, you can certainly pursue mechanical engineering!
Best of luck!
Mechanical engineering can be challenging, but with dedication, you can manage it—even if math isn’t your strongest subject. Here’s why:
1. Math Foundations:
Engineering often requires calculus, algebra, and physics. While you’ll need to develop some math skills, you can start improving gradually. A solid grasp of math fundamentals can go a long way.
2. Problem-Solving:
Mechanical engineering is about solving practical problems. Being a strong problem-solver and a creative thinker can sometimes be as important as advanced math skills.
3. Hands-On Learning:
Many programs emphasize labs, projects, and real-world applications, giving you a chance to work practically. This can make it easier to understand and apply complex concepts.
4. Support Resources:
Tutoring, study groups, and online resources can help you strengthen your math skills over time, making the math-intensive aspects of engineering easier to handle.
If you’re motivated, with some extra effort in math, you can certainly pursue mechanical engineering!
Best of luck!
Dr H
Dr. H's Research
202
Answers
Australia
Updated
Dr’s Answer
Hey Asmaa! 🌟 You’re about to embark on a mechanical engineering journey, huh? Brace yourself because it’s going to be a ride filled with gears, math, and a sprinkle of "I’ll figure it out eventually." 😅
So, how difficult is mechanical engineering?
Well, it’s a bit like trying to solve a Rubik's cube... in the dark... while riding a roller coaster. 🎢 You’ll have to flex your brain muscles and occasionally fight the urge to just Google everything. Here’s the thing: it's challenging, but with the right mindset, it’s totally manageable!
1. Math:
Since you're “average” at math, mechanical engineering will definitely push your skills a bit. You’ll have to face algebra, calculus, and physics head-on. Don’t worry, though! It's kind of like building a Lego set—at first, the instructions seem overwhelming, but once you start, things begin to make sense. Just break it down step by step. 📐🧩
2. Problem-Solving:
This is the fun part. It's like being a detective, except instead of solving crimes, you're solving mechanical puzzles. 🕵️♀️ You'll look at something as simple as a chair and think, “How can I make this stronger and more efficient?” Pretty cool, right? Just be prepared to spend some time scratching your head and saying, “What in the mechanical world is happening here?” 🤔
3. The Challenge is in the Persistence:
The real secret is perseverance. You’ll face challenges, but remember—engineers don’t give up. They just find a different way around things. So, when you don’t get something at first, it’s okay. Just take a break, breathe, and then try again. You’ll get there! 💪
4. The Reward is Totally Worth It:
Once you start connecting the dots and seeing how the equations, designs, and theories come together, you’ll feel like a super-genius who can actually build stuff that moves and works! 🤖 And the best part? Mechanical engineers are like the rockstars of the engineering world—they’re in demand and get to work on everything from cars to robotics to space exploration. 🚀
So, in short:
It’s tough, but totally doable! With some hard work, practice, and a whole lot of “I’m going to figure this out,” you’ll not only survive, but thrive in mechanical engineering. 🎉
So, how difficult is mechanical engineering?
Well, it’s a bit like trying to solve a Rubik's cube... in the dark... while riding a roller coaster. 🎢 You’ll have to flex your brain muscles and occasionally fight the urge to just Google everything. Here’s the thing: it's challenging, but with the right mindset, it’s totally manageable!
1. Math:
Since you're “average” at math, mechanical engineering will definitely push your skills a bit. You’ll have to face algebra, calculus, and physics head-on. Don’t worry, though! It's kind of like building a Lego set—at first, the instructions seem overwhelming, but once you start, things begin to make sense. Just break it down step by step. 📐🧩
2. Problem-Solving:
This is the fun part. It's like being a detective, except instead of solving crimes, you're solving mechanical puzzles. 🕵️♀️ You'll look at something as simple as a chair and think, “How can I make this stronger and more efficient?” Pretty cool, right? Just be prepared to spend some time scratching your head and saying, “What in the mechanical world is happening here?” 🤔
3. The Challenge is in the Persistence:
The real secret is perseverance. You’ll face challenges, but remember—engineers don’t give up. They just find a different way around things. So, when you don’t get something at first, it’s okay. Just take a break, breathe, and then try again. You’ll get there! 💪
4. The Reward is Totally Worth It:
Once you start connecting the dots and seeing how the equations, designs, and theories come together, you’ll feel like a super-genius who can actually build stuff that moves and works! 🤖 And the best part? Mechanical engineers are like the rockstars of the engineering world—they’re in demand and get to work on everything from cars to robotics to space exploration. 🚀
So, in short:
It’s tough, but totally doable! With some hard work, practice, and a whole lot of “I’m going to figure this out,” you’ll not only survive, but thrive in mechanical engineering. 🎉
Angel S
UI/UX Design Aspirant
452
Answers
India
Updated
Angel’s Answer
Mechanical engineering can be challenging, especially if you're average at math. It involves complex concepts in physics, thermodynamics, and calculus. If you're committed, work on improving your math skills, seek help when needed, and stay consistent. Engaging with practical projects can also help make the concepts clearer.
Akhilesh Unde
14
Answers
Updated
Akhilesh’s Answer
Mechanical engineering is a challenging field but very rewarding if you're interested in how things work and enjoy problem-solving. Here’s a breakdown of what to expect and some tips based on your math skills:
1. Math Requirement
Mechanical engineering involves a lot of math, especially calculus, algebra, and physics. Since you’re in grade 11 and consider yourself average at math, don’t worry! Many students improve their math skills during university. Focus on strengthening your foundation in high school by practicing problem-solving and understanding core concepts.
2. Coursework and Topics
Expect courses like physics, thermodynamics, mechanics, materials science, and dynamics. These classes can be tough but become manageable with consistent practice and studying. Engineering programs also provide support, including tutorials and study groups, to help you succeed.
3. Skills That Matter More Than Just Math
Mechanical engineering requires logical thinking, creativity, and perseverance. Practical skills, like using engineering software or working in labs, become very important, and you’ll gain these through hands-on experiences. These are just as valuable as math skills.
4. Study Habits for Success
Building good study habits now will help a lot in college. Try to review what you learn regularly, focus on understanding instead of memorizing, and seek help when you need it—whether from teachers, online resources, or study groups.
5. Preparation Tips
Consider taking extra math and physics practice if you can. Many high school programs offer resources or even clubs for engineering-minded students. Also, try looking into basic programming if possible—it’s a useful skill for mechanical engineers.
Overall
Mechanical engineering is tough but not impossible, even if you’re not a math genius. The key is dedication, curiosity, and a willingness to work hard. Many students start with an average math background and do well. With strong study habits and a focus on understanding concepts, you can succeed in mechanical engineering.
1. Math Requirement
Mechanical engineering involves a lot of math, especially calculus, algebra, and physics. Since you’re in grade 11 and consider yourself average at math, don’t worry! Many students improve their math skills during university. Focus on strengthening your foundation in high school by practicing problem-solving and understanding core concepts.
2. Coursework and Topics
Expect courses like physics, thermodynamics, mechanics, materials science, and dynamics. These classes can be tough but become manageable with consistent practice and studying. Engineering programs also provide support, including tutorials and study groups, to help you succeed.
3. Skills That Matter More Than Just Math
Mechanical engineering requires logical thinking, creativity, and perseverance. Practical skills, like using engineering software or working in labs, become very important, and you’ll gain these through hands-on experiences. These are just as valuable as math skills.
4. Study Habits for Success
Building good study habits now will help a lot in college. Try to review what you learn regularly, focus on understanding instead of memorizing, and seek help when you need it—whether from teachers, online resources, or study groups.
5. Preparation Tips
Consider taking extra math and physics practice if you can. Many high school programs offer resources or even clubs for engineering-minded students. Also, try looking into basic programming if possible—it’s a useful skill for mechanical engineers.
Overall
Mechanical engineering is tough but not impossible, even if you’re not a math genius. The key is dedication, curiosity, and a willingness to work hard. Many students start with an average math background and do well. With strong study habits and a focus on understanding concepts, you can succeed in mechanical engineering.
William Nwaogu
Construction, CAD and BIM
307
Answers
Lagos, Nigeria
Updated
William’s Answer
Mechanical Engineering is the applicable of physics in solving real life problems.
If you are good in physics and mathematics, the you are okay. It will not be difficult for you.
You need to develop drawing abilities: technical or engineering drawing.
You need computer aided design skills in CAD, CAM, CAE and, or 3D Printing if you are to focus in manufacturing or production.
Mechanics, acoustics, thermostat dynamics, fluid mechanics and combination of electrotechnics for auction mechanical systems is required as most mechanical systems are hybrid (not 100%) mechanical solutions.
You may develop in:
Automotive, Aeronautics or Aerospace, Building Services (HVAC, Plumbing, Fire Protection, Acoustics, Piping and Hydraulics etc.), Manufacturing or Production, Welding, Plant and Mechanical Process and more.
Develop in physics, maths and drawing, though chemistry is part of the requirement.
If you are good in physics and mathematics, the you are okay. It will not be difficult for you.
You need to develop drawing abilities: technical or engineering drawing.
You need computer aided design skills in CAD, CAM, CAE and, or 3D Printing if you are to focus in manufacturing or production.
Mechanics, acoustics, thermostat dynamics, fluid mechanics and combination of electrotechnics for auction mechanical systems is required as most mechanical systems are hybrid (not 100%) mechanical solutions.
You may develop in:
Automotive, Aeronautics or Aerospace, Building Services (HVAC, Plumbing, Fire Protection, Acoustics, Piping and Hydraulics etc.), Manufacturing or Production, Welding, Plant and Mechanical Process and more.
Develop in physics, maths and drawing, though chemistry is part of the requirement.
Kolbe Alsobrooks
Engineer
7
Answers
Jackson, Mississippi
Updated
Kolbe’s Answer
Hi Asmaa!
As many of the answers above stated, engineering in general can be very challenging and math focused. However, as someone who was also average in math going into college (in fact I was behind compared to my peers) I discovered that being good at math wasn't the only deciding factor to being an engineer. One of the most important traits you need as an engineer is the ability to think creatively to discover unique solutions to complex problems - a trait that requires an understanding of math and science principles, but not necessarily perfect memory of every theorem and principle.
Now, that being said, the classes will be tough especially for Sophomore year as that is when I went through some of my first "weed out" courses that were designed to challenge you and ensure you could make it through upper-level engineering courses. Every school will be different, but 2nd semester of Sophomore year is when I took Statics and Thermodynamics which can be challenging. My recommendations to ensure you're successful in engineering would be the following:
1. Go to office hours! - Some of the best instruction I've gotten for classes wasn't in the lecture, but during office hours as professors are able to provide a more tailored approach to the problems I was specifically facing. I've even brought homework problems to my professors when I've gotten stumped on a step to discuss with them. While they won't solve it for you, they can guide you to the solution and help you understand what you were missing.
2. Find a study group - Having a group to study with helps the long hours spent studying go by a bit quicker! And I've often found that each person had a particular area that they were very knowledgeable in which allowed each of us to teach each other on the topic we were most familiar with.
So, even though it can seem daunting, obtaining an engineering degree is one of the most rewarding experiences you can have. The classes are certainly challenging, but they are also fascinating to see how complex mechanisms work and interact with one another. I encourage you to research some engineering classes (YouTube has great videos from various schools showing what the classes cover) and see if it interests you. Hope this helps and good luck in whichever major you decide on!
As many of the answers above stated, engineering in general can be very challenging and math focused. However, as someone who was also average in math going into college (in fact I was behind compared to my peers) I discovered that being good at math wasn't the only deciding factor to being an engineer. One of the most important traits you need as an engineer is the ability to think creatively to discover unique solutions to complex problems - a trait that requires an understanding of math and science principles, but not necessarily perfect memory of every theorem and principle.
Now, that being said, the classes will be tough especially for Sophomore year as that is when I went through some of my first "weed out" courses that were designed to challenge you and ensure you could make it through upper-level engineering courses. Every school will be different, but 2nd semester of Sophomore year is when I took Statics and Thermodynamics which can be challenging. My recommendations to ensure you're successful in engineering would be the following:
1. Go to office hours! - Some of the best instruction I've gotten for classes wasn't in the lecture, but during office hours as professors are able to provide a more tailored approach to the problems I was specifically facing. I've even brought homework problems to my professors when I've gotten stumped on a step to discuss with them. While they won't solve it for you, they can guide you to the solution and help you understand what you were missing.
2. Find a study group - Having a group to study with helps the long hours spent studying go by a bit quicker! And I've often found that each person had a particular area that they were very knowledgeable in which allowed each of us to teach each other on the topic we were most familiar with.
So, even though it can seem daunting, obtaining an engineering degree is one of the most rewarding experiences you can have. The classes are certainly challenging, but they are also fascinating to see how complex mechanisms work and interact with one another. I encourage you to research some engineering classes (YouTube has great videos from various schools showing what the classes cover) and see if it interests you. Hope this helps and good luck in whichever major you decide on!