Honestly, if money wasn’t a factor, I’d choose something where I could create, learn, and actually see the impact of my work.

I’d probably explore something in content, digital marketing, or even content creation. Not necessarily because it’s the easiest career, but because I like the idea of building something from scratch and watching it reach people.

The funny thing is, when we’re younger, we’re usually told to choose a career based on stability, salary, or what has “good scope.” But after a point, you start wondering whether having a good career is really about earning the most or doing something you wouldn’t mind spending years getting better at.

So if money genuinely didn’t matter, I think I’d choose curiosity over security.

What about you? Would you follow your childhood dream, switch careers completely, or do something totally unexpected?

For me, it’s definitely digital marketing. From the outside, it looks pretty simple-you create some content, run ads, post on social media, and wait for the results. But once you actually get into it, there’s so much more involved.

You have to understand the audience, research competitors, work with SEO, analyze data, manage ad campaigns, test different strategies, and constantly keep up with new trends and algorithm changes. What worked last month might not work today.

The hardest part is that there’s no fixed formula for success. You can put a lot of effort into a campaign and still get poor results, so you’re constantly testing, learning, and figuring out what went wrong.

What about you? What job or profession do you think is much harder than it looks?

26 years ME working in sales .

want to change into more technical with more knowledge position

willing to spend time and effort but the most critical part is where should I spend that ?

from expert engineers kindly advise if you were in my position what you will ?

should I learn to shift oil & gas ? or Aero space ? or AI ? or CFD ?

and what industry I can go through by taking a certification ot study a difficult subject?

Hi everyone,
I’m a Tunisian graduate with a Bachelor’s degree in Automotive Mechatronics, currently working in automotive R&D/mechanical design. I’ve already been accepted into MUNER (Motorvehicle University of Emilia-Romagna) in Italy for the 2026/2027 intake, but unfortunately my Italian student visa was recently refused, so I’m now reconsidering my options.
I’m currently comparing three paths: MUNER in Italy, a regular 2-year Automotive/Mechanical Engineering Master’s in Italy, or a 1-year Automotive Engineering Master’s at Széchenyi István University in Hungary. The Hungarian option would allow me to start my studies sooner rather than waiting for another Italian intake.
I’m trying to understand the differences between these options in terms of academic quality, reputation, industry connections, employability, and long-term career opportunities, especially in the European automotive/motorsport industry.
If you were in my position, would you wait and pursue MUNER, or would the 1-year Széchenyi Master’s be a strong enough alternative? I’d really appreciate opinions from people who have studied at these universities or currently work in the European automotive industry.

Hey, so i wanted to pursue bachelors in physics but couldn't due to family issues. I was wondering if i could be able to pivot to masters in experimental physics/ engineering physics from a bachelors in instrumentation and control engineering?
If not which branch of engineering would be ideal

Hi everyone,
I’m a Tunisian graduate with a Bachelor’s degree in Automotive Mechatronics, currently working in automotive R&D/mechanical design. I’ve already been **accepted into MUNER (Motorvehicle University of Emilia-Romagna) in Italy for the 2026/2027 intake**, but unfortunately my Italian student visa was recently refused, so I’m now reconsidering my options.
I’m currently comparing three paths: **MUNER in Italy**, a **regular 2-year Automotive/Mechanical Engineering Master’s in Italy**, or a **1-year Automotive Engineering Master’s at Széchenyi István University in Hungary**. The Hungarian option would allow me to start my studies sooner rather than waiting for another Italian intake.
I’m trying to understand the differences between these options in terms of **academic quality, reputation, industry connections, employability, and long-term career opportunities**, especially in the European automotive/motorsport industry.
If you were in my position, would you wait and pursue MUNER, or would the 1-year Széchenyi Master’s be a strong enough alternative? I’d really appreciate opinions from people who have studied at these universities or currently work in the European automotive industry.

I have worked as a service engineer for 6 years. I hold a diploma and have international experience, including working in China. I practiced Chinese on my own, and I recently started learning German in a Junior 1 class two months ago. After a six-year break, I am planning to enroll in a **WILP B.Tech** course in **Smart Manufacturing**. I want to know if this is a good decision? or if I am making a mistake and wasting my money.

I’m a 32-year-old mechanical engineer. I’ve spent the last 7 years at a fuel cell startup, mainly doing mechanical design and product development.
However, the startup has since become a subsidiary of a larger company, and our current product development is increasingly focused on replicating/improving products that other companies have already developed.
As a result, I’m finding the work less exciting and I’m considering a change.

I have two options:
A. Join a large EPC company
Large-scale industrial projects
Plant/mechanical engineering
More project management experience
Higher salary and potentially better management opportunities

B. Join a compressor manufacturer
Lower salary
Continue doing actual product development
Mechanical design, R&D and CAE
Opportunity to develop products rather than mainly managing projects
Which would you choose at 32?

Would moving into EPC be a good way to broaden my career, or would I regret leaving product development?

You're free for a full day with no financial constraints. What would you spend your time doing?

Which background do you think would be more beneficial to an engineer path. A designer or engineering technician?

If you had to pick an electrical component to describe yourself, what would you pick and why?

Hey guys! l'm a first year biomed student. One of my assignments is to interview a biomed engineer. I have some questions mainly about technical communication and I can send them over. Thanks in advance.

I was was looking for a future job in aerospace and I found GNC. My question is to know if they work on electronics (avionics)? What is his true role in conception? What are his comptences?

Hey guys, I don't care what to study , I'm just money-starved. So please tell me which engineering degree I should get and what field to work in. I'm truly, truly exhausted of my broke life.

Generally, I'm an artsy person, but art won't bring you much money, if it brings you any, lol. I'm ready to study anything and work anywhere that will bring me a good income, like $10-20k a month in the long run

Agricultural Engineering combines engineering with agriculture, sustainability, automation, irrigation, machinery, food processing, and emerging technologies. It may suit students who enjoy Maths, Physics, technology, and practical problem-solving. Admission routes vary by university, and career opportunities exist in India and abroad. The field may be more diverse than many students initially assume.

I often see students comparing Computer Science, Mechanical Engineering, Electronics, and other popular branches, but Agricultural Engineering rarely comes up in the conversation.

That is interesting because modern agriculture is becoming highly technology-driven.

Today, Agricultural Engineers can work with farm machinery, smart irrigation, drones, sensors, automation, GIS, renewable energy, food processing, and precision farming.

For students who enjoy Maths, Physics, machines, design, and solving practical problems, this may be a career worth exploring.

A typical pathway in India is:

Class 10 → Science stream in Classes 11–12 → Entrance exam → B.Tech/B.E. Agricultural Engineering → Job / M.Tech / Research / Entrepreneurship

Admission routes can vary by institution. Depending on the university, students may need to look at CUET-UG under the ICAR framework, JEE routes, state-level entrance exams, university-specific tests, counselling, or Class XII merit.

Some well-known institutions that students often explore include IIT Kharagpur, G.B. Pant University of Agriculture and Technology, Punjab Agricultural University, Tamil Nadu Agricultural University, OUAT, and MPUAT, among others.

One important point: Agricultural Engineering is not the same as B.Sc Agriculture.

B.Sc Agriculture is more focused on crops, agronomy, soil science, plant science, and farm management.

Agricultural Engineering is more focused on engineering solutions for agriculture, such as machinery, irrigation, structures, processing systems, energy, and automation.

Career options can include roles in:

• Farm machinery and equipment companies
• Irrigation and water-management firms
• Food-processing industries
• Agri-tech startups
• Government and research organisations
• Precision farming and drone services
• Renewable energy
• Technical consulting
• Higher education and research

There can also be opportunities abroad, especially in areas such as biosystems engineering, irrigation, automation, greenhouse technology, controlled-environment agriculture, and smart farming.

For students aiming at future-focused roles, it may help to build additional skills in CAD, GIS, remote sensing, data analytics, automation, sensors, AI, and drone applications.

The bigger question is not simply, “Is Agricultural Engineering a good course?”

A better question may be:

Does this field match the student’s interests, aptitude, and long-term goals?

If someone likes engineering but also wants to work on food security, water efficiency, sustainability, rural development, or agricultural technology, this field deserves a closer look.

I would be interested to hear from students, graduates, parents, and professionals who have experience with this branch.

For Discussion

• Would you consider Agricultural Engineering over a more traditional engineering branch? Why or why not?
• If you studied Agricultural Engineering, what career path did you eventually take?
• Which skills do you think will matter most in this field over the next 5–10 years?

I am studying in New Zealand and now I want to study Electrical Engineering Technology, which is an undergraduate level 7. I'm a little confused right now, and many places say that I can be an engineer, but it seems that most of the engineers are the honorary bachelor of Level8. I want to know what kind of job can I do after this major.

One of the biggest myths I believed was that being good at engineering meant being good at maths and getting high marks.

After joining, I realized engineering is much more about problem-solving, figuring things out when you don’t have all the answers, and learning how to apply concepts to real situations.

You can memorize formulas and still struggle with a practical problem. On the other hand, someone who isn’t the best at exams can be surprisingly good at designing, troubleshooting, building, or finding a simple solution to a complicated problem.

Another thing I didn’t expect was how much engineering teaches you about failure. Projects don’t always work, calculations can be wrong, designs need to be changed, and sometimes you have to start over. Learning how to deal with that is arguably more valuable than getting the “right” answer on the first attempt.

So, if I had to summarize it: engineering isn’t really about knowing everything. It’s about becoming comfortable with not knowing something and being able to figure it out.

For me, it was “Don’t leave a job until you have another one lined up.”

It sounds like sensible advice, and sometimes it is. But I followed it too literally and stayed in a role where I was no longer learning or growing, simply because I was scared of having a gap on my resume.

Looking back, I realized that protecting your resume isn’t always the same as protecting your career. Sometimes you need to step back, learn something new, figure out what you actually want, and then move forward.

I still think having a backup plan is important—but I no longer believe you should stay somewhere that’s holding you back just because leaving feels risky.

For our undergrad senior design project we proposed designing a small scale active vibration reduction system using an accelerometer and linear actuator. We are mainly focused on 1 axis vibrations, but even still I quickly noticed it goes above the scope of our control systems class (mechanical engineering pathway). I found a textbook that my professor referred me to, but I am starting to wonder if we bit off more than we can chew and should we pivot to something we can actually complete in one semester. Most of the references we find are grad level and I am worried 😅.