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What do engineers experience in college?
I believe one career I’m interested in is engineering and I want to learn what engineer students do and how they work in school to graduate.
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Reid’s Answer
I studied Materials Engineering at the University of British Columbia. I originally chose this undergraduate degree because of my interests and strengths in design and math. My first year was very challenging, the material and content was significantly more challenging than high school. There was a very steep learning curve for me. The next few years did not feel as challenging, likely because I was getting used to the workload.
I pushed myself to complete the undergraduate degree in 4 years. Looking back I wish I extended it to 5 years to take more time to enjoy the university/college experience by spreading out the course load and having more time do other things or build relationships. I was in such a rush to get through it and finish it which I regret because you have the rest of your life after to work and develop your career.
I worked in technical engineering roles for 5 years after graduating then pivoted in my career to data science/analytics. I began to appreciate the skills I learned during my engineering undergrad that were beyond the course material. My engineering undergrad gave me very good problem solving skills and the ability to learn new things proficiently which I’ve benefited in all the roles I’ve had in my career.
I pushed myself to complete the undergraduate degree in 4 years. Looking back I wish I extended it to 5 years to take more time to enjoy the university/college experience by spreading out the course load and having more time do other things or build relationships. I was in such a rush to get through it and finish it which I regret because you have the rest of your life after to work and develop your career.
I worked in technical engineering roles for 5 years after graduating then pivoted in my career to data science/analytics. I began to appreciate the skills I learned during my engineering undergrad that were beyond the course material. My engineering undergrad gave me very good problem solving skills and the ability to learn new things proficiently which I’ve benefited in all the roles I’ve had in my career.
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Candy’s Answer
My daughter became an engineer, and she makes a lot of money. She went to a State College, took a year off to study abroad and finished her degree at her state college then found a program at UCI and did a 1 year master program.
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Priscilla’s Answer
Hi Ingrid, there are a variety of types of engineering majors/concentrations you could consider both at the undergraduate and graduate levels, with most undergraduate programs taking 4-5 years to complete. Depending on the school, usually there's a blend of general educational courses -- like math (calculus, linear algebra), science (physics, psychology, biology, etc.), and writing -- and more engineering-specific courses like data structures and software engineering you'd take later in your major that would be major-specific. There's usually a mix of collaborative projects and individual work like what you'll probably find in the workplace. Courses tend to be more challenging towards the beginning of the programs, so if you find yourself feeling challenged or even stuck when working through assignments and projects go to office hours/ask for help and more importantly give yourself grace! I also think working with a guidance counselor if you have access to them at your school can be helpful to know your course options and help keep you on track with the courses you want to take to graduate on time/early or if you want to consider a different major/minor. Best of luck!
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Calvin’s Answer
In school, you will learn a lot of theories, most of which you won't use in work after graduation. But the fundamental knowledge they teach you will help you build a good foundation. In addition, the other skills you learn in college that you use to study those theories, such as analytics, presentation, problem solving, computer skills, will be very useful in work.
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Ron’s Answer
Hi, Ingrid-
As a current engineer, it's a pleasure to talk to a potential engineer-in-the-making! Engineering school is both challenging and rewarding - as you have probably heard, what you get out of it depends on what you put into it.
The classes in your first year-and-a-half to two years will be the foundational courses - math, physics, chemistry. Do not take these classes for granted. These classes will prepare you for the rigors of your main engineering courses. Use this time to development good study and time management habits.
You will most likely find that you will have many of the same people in the majority of your classes. I strongly recommend that you begin building working relationships with your classmates. Study groups are a great way of sharing and working through each course. Some of your classes will likely have team projects. Building your "network" will help immensely.
Take advantage of the office hours offered by your teaching assistants. Most, if not all, of them are graduate students who are just a few years removed from where you will be.
And take electives that really interest you and that you are passionate about. It's a great way to get a mental break from engineering classes and an easy way to take advantage of the diversity that college has to offer.
The commitment that engineering school will ask from you is immense and intense, but the results will be worthwhile!
I wish you the best of luck, Ingrid!
As a current engineer, it's a pleasure to talk to a potential engineer-in-the-making! Engineering school is both challenging and rewarding - as you have probably heard, what you get out of it depends on what you put into it.
The classes in your first year-and-a-half to two years will be the foundational courses - math, physics, chemistry. Do not take these classes for granted. These classes will prepare you for the rigors of your main engineering courses. Use this time to development good study and time management habits.
You will most likely find that you will have many of the same people in the majority of your classes. I strongly recommend that you begin building working relationships with your classmates. Study groups are a great way of sharing and working through each course. Some of your classes will likely have team projects. Building your "network" will help immensely.
Take advantage of the office hours offered by your teaching assistants. Most, if not all, of them are graduate students who are just a few years removed from where you will be.
And take electives that really interest you and that you are passionate about. It's a great way to get a mental break from engineering classes and an easy way to take advantage of the diversity that college has to offer.
The commitment that engineering school will ask from you is immense and intense, but the results will be worthwhile!
I wish you the best of luck, Ingrid!
Updated
Jake’s Answer
With a bit of foresight and discipline, you can truly excel in engineering! Start by preparing a week ahead and mastering those crucial formulas and theorems. Remember, a significant part of engineering is about applying logic and common sense. Depending on your chosen discipline, you may also need a dash of physics knowledge.
Yes, it's true that engineering students often devote a great deal of time to studying. However, with a well-structured plan, you can balance both a vibrant social life and stellar academic performance! Seek out like-minded individuals in your major who enjoy studying, and build friendships with them. Organizing study sessions can not only be beneficial but also a lot of fun! So, gear up and embrace the exciting journey of engineering with confidence and enthusiasm!
Yes, it's true that engineering students often devote a great deal of time to studying. However, with a well-structured plan, you can balance both a vibrant social life and stellar academic performance! Seek out like-minded individuals in your major who enjoy studying, and build friendships with them. Organizing study sessions can not only be beneficial but also a lot of fun! So, gear up and embrace the exciting journey of engineering with confidence and enthusiasm!
Updated
Atharva’s Answer
Dear Ingrid,
As an engineer of any kind, you'll find that mathematics is a constant companion, with the level of complexity depending on your specific degree. It's crucial to become at ease with numerical operations and somewhat abstract ideas. Stay receptive and strive to enhance your concentration during lectures, and if you find your note-taking skills lacking, work on improving them. It's also important to take the initiative to comprehend concepts independently - while professors offer valuable guidance, sometimes you might need to delve deeper on your own. Cultivate a sense of curiosity that fuels your persistence in understanding concepts - you'll find that everything can be tied back to your interests if you look closely enough!
Developing robust time management, prioritization, and planning skills is equally important. During particularly hectic weeks, maintaining calm and figuring out how to fulfill all your obligations is key.
As many have advised, building positive relationships with your classmates and professors is also crucial. It might seem challenging initially, but having a support network of people in the same situation as you (classmates) and knowledgeable guides (professors) can open up unexpected avenues for learning. Don't hesitate to forge friendships with people from diverse backgrounds.
Lastly, don't fear failure. Give it your all and continuously strive for improvement. College is a time for learning and discovery, so seize this opportunity to learn, stumble, and grow!
As an engineer of any kind, you'll find that mathematics is a constant companion, with the level of complexity depending on your specific degree. It's crucial to become at ease with numerical operations and somewhat abstract ideas. Stay receptive and strive to enhance your concentration during lectures, and if you find your note-taking skills lacking, work on improving them. It's also important to take the initiative to comprehend concepts independently - while professors offer valuable guidance, sometimes you might need to delve deeper on your own. Cultivate a sense of curiosity that fuels your persistence in understanding concepts - you'll find that everything can be tied back to your interests if you look closely enough!
Developing robust time management, prioritization, and planning skills is equally important. During particularly hectic weeks, maintaining calm and figuring out how to fulfill all your obligations is key.
As many have advised, building positive relationships with your classmates and professors is also crucial. It might seem challenging initially, but having a support network of people in the same situation as you (classmates) and knowledgeable guides (professors) can open up unexpected avenues for learning. Don't hesitate to forge friendships with people from diverse backgrounds.
Lastly, don't fear failure. Give it your all and continuously strive for improvement. College is a time for learning and discovery, so seize this opportunity to learn, stumble, and grow!
Updated
Ismini’s Answer
Engineering will be harder than some other things, but you will already be highly employable when you graduate. It's worth the extra study time. People majoring in other things often have to get master's degrees to stand out. Also, you can use your engineering degree for anything. It is always impressive and desirable by employers. I got my degree in civil engineering and worked as an engineer for about 5 years. Then, I pursued other things. 20 years later, that engineering degree helped me get my corporate job, even though the two were completely unrelated.
James Constantine Frangos
Consultant Dietitian & Software Developer since 1972 => Nutrition Education => Health & Longevity => Self-Actualization.
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James Constantine’s Answer
Hello Ingrid,
Engineers’ College Experience
Engineering students undergo a rigorous and challenging academic journey during their time in college. Here are some key experiences and aspects of what engineers typically go through in college:
1. Academic Curriculum: Engineering programs usually have a structured curriculum that includes a mix of foundational courses in mathematics, physics, and basic sciences, as well as specialized engineering courses in their chosen field (e.g., mechanical, electrical, civil, etc.). The coursework is designed to provide students with a strong theoretical foundation and practical skills necessary for their future careers.
2. Hands-On Projects: One of the hallmarks of engineering education is the emphasis on hands-on projects. Students often work on real-world projects individually or in teams, which allows them to apply theoretical knowledge to practical problems. These projects help students develop problem-solving skills, teamwork abilities, and project management capabilities.
3. Laboratories and Workshops: Engineering students spend a significant amount of time in laboratories and workshops conducting experiments, testing prototypes, and gaining practical experience with tools and equipment relevant to their field of study. This hands-on experience is crucial for understanding concepts taught in lectures and developing technical skills.
4. Internships and Co-op Programs: Many engineering programs offer opportunities for internships or cooperative education (co-op) programs where students can gain industry experience by working at companies related to their field of study. These experiences provide valuable insights into the professional world, help students build networks, and enhance their resumes.
5. Problem-Solving Approach: Engineering education focuses heavily on developing analytical thinking and problem-solving skills. Students learn how to break down complex problems into manageable parts, analyze data, design solutions, and evaluate outcomes. This approach is fundamental to the engineering profession and is honed throughout the college years.
6. Teamwork and Communication: Engineers often work in multidisciplinary teams on projects that require collaboration with individuals from diverse backgrounds. In college, students learn how to effectively communicate technical information, collaborate with peers, present their ideas clearly, and work towards common goals – all essential skills for success in the engineering field.
7. Time Management and Stress Management: The workload in engineering programs can be demanding, requiring students to juggle multiple assignments, projects, exams, and deadlines simultaneously. As a result, students learn valuable time management skills and strategies for coping with stress effectively.
8. Professional Development: Beyond technical knowledge, engineering programs also focus on professional development aspects such as ethics, leadership skills, innovation mindset, entrepreneurship awareness, sustainability principles, and lifelong learning habits – all aimed at preparing students for a successful career post-graduation.
In summary, engineering students experience a comprehensive educational journey that combines theoretical learning with practical applications through projects, labs, internships/co-ops while developing critical skills like problem-solving abilities, teamwork dynamics, effective communication techniques alongside managing time efficiently under pressure.
Top 3 Authoritative Sources Used:
National Society of Professional Engineers (NSPE): NSPE provides valuable insights into the engineering profession’s educational requirements and standards.
American Society for Engineering Education (ASEE): ASEE offers resources on engineering education trends and best practices followed by academic institutions.
Institutional Websites of Leading Engineering Universities: Information from reputable universities offering accredited engineering programs was consulted to ensure accuracy regarding the typical experiences of engineering students in college settings.
These sources were instrumental in providing accurate information about the experiences of engineering students in college based on industry standards and educational practices within the field of engineering education.
GOD BLESS YOU,
JC.
Engineers’ College Experience
Engineering students undergo a rigorous and challenging academic journey during their time in college. Here are some key experiences and aspects of what engineers typically go through in college:
1. Academic Curriculum: Engineering programs usually have a structured curriculum that includes a mix of foundational courses in mathematics, physics, and basic sciences, as well as specialized engineering courses in their chosen field (e.g., mechanical, electrical, civil, etc.). The coursework is designed to provide students with a strong theoretical foundation and practical skills necessary for their future careers.
2. Hands-On Projects: One of the hallmarks of engineering education is the emphasis on hands-on projects. Students often work on real-world projects individually or in teams, which allows them to apply theoretical knowledge to practical problems. These projects help students develop problem-solving skills, teamwork abilities, and project management capabilities.
3. Laboratories and Workshops: Engineering students spend a significant amount of time in laboratories and workshops conducting experiments, testing prototypes, and gaining practical experience with tools and equipment relevant to their field of study. This hands-on experience is crucial for understanding concepts taught in lectures and developing technical skills.
4. Internships and Co-op Programs: Many engineering programs offer opportunities for internships or cooperative education (co-op) programs where students can gain industry experience by working at companies related to their field of study. These experiences provide valuable insights into the professional world, help students build networks, and enhance their resumes.
5. Problem-Solving Approach: Engineering education focuses heavily on developing analytical thinking and problem-solving skills. Students learn how to break down complex problems into manageable parts, analyze data, design solutions, and evaluate outcomes. This approach is fundamental to the engineering profession and is honed throughout the college years.
6. Teamwork and Communication: Engineers often work in multidisciplinary teams on projects that require collaboration with individuals from diverse backgrounds. In college, students learn how to effectively communicate technical information, collaborate with peers, present their ideas clearly, and work towards common goals – all essential skills for success in the engineering field.
7. Time Management and Stress Management: The workload in engineering programs can be demanding, requiring students to juggle multiple assignments, projects, exams, and deadlines simultaneously. As a result, students learn valuable time management skills and strategies for coping with stress effectively.
8. Professional Development: Beyond technical knowledge, engineering programs also focus on professional development aspects such as ethics, leadership skills, innovation mindset, entrepreneurship awareness, sustainability principles, and lifelong learning habits – all aimed at preparing students for a successful career post-graduation.
In summary, engineering students experience a comprehensive educational journey that combines theoretical learning with practical applications through projects, labs, internships/co-ops while developing critical skills like problem-solving abilities, teamwork dynamics, effective communication techniques alongside managing time efficiently under pressure.
Top 3 Authoritative Sources Used:
National Society of Professional Engineers (NSPE): NSPE provides valuable insights into the engineering profession’s educational requirements and standards.
American Society for Engineering Education (ASEE): ASEE offers resources on engineering education trends and best practices followed by academic institutions.
Institutional Websites of Leading Engineering Universities: Information from reputable universities offering accredited engineering programs was consulted to ensure accuracy regarding the typical experiences of engineering students in college settings.
These sources were instrumental in providing accurate information about the experiences of engineering students in college based on industry standards and educational practices within the field of engineering education.
GOD BLESS YOU,
JC.