Advice? Change majors from Engineering to Fine Arts - that'll at least get you laid while in college, you'll be able to attends tons more keggers due to the lack of homework,, and it'll teach you a modicum of social skills. Your chances of landing an engineering job when you graduate will be about the same, IMO.
Someone oce said that being a practicing engineer is the equivalent of getting a Master's degree every two years. Be proactive about learning new skills. Do not let your job get in the way of that. Learn to do the math, but also learn to do a quick approximation to check the math. Make sure you understand basic physics and cost accounting. Read. White papers, application notes, handbooks Take care of your health and your eyes. Make sure to set some of your income aside and invest it. If you move from a design function to some other (i.e.,sales, marketing, management)it will be very difficult to move back.
I read once engineering is doing for $1 what any fool could do with $2. Engineering is Science+Economics.
Learn some economics. You'll need to know that to manage the money you make as an engineer.
Learn some business. Learn some management. Be ready to say "yes" to whatever opportunity comes up.
Keep yourself fresh, technically. Be in a line position, not staff.
I second this. Being recently out of college, I would say that if you love it then just plow through the school work. Don't let other people tell you it's 'too hard' because it's not. Love the challenge!
Also, get an internship somewhere. Doesn't matter where, but get some real life experience under your belt before you graduate and see all that school doesn't teach you.
One word. READ. Anything you can get your hands on. Tool catalogs, popular science books and magazines, industry magazines, technology related new items. Read subjects outside of your expertise. You never know when the knowledge might help you.
Don't expect your complete education to come from school. If you're into software, write software. Build web sites, smart phone apps, microcontroller code... If you're looking at an electrical engineering degree, get some development boards and get to know them. Get some solderless proto boards and a bunch of 7400 series chips and then build stuff.
This will not only give you a head start, but when it comes time to getting a job, it will show your prospective employer that you are passionate about engineering.
When I went into engineering, including during Freshman orientation week, all I heard from everyone around me was that I'd probably be changing my major soon. All I heard was "yeah I did that too, but switched to psych." Too hard. Bla bla bla.
Even the profs. We were sat down in an orientation class. The prof said, look to your left, look to your right, both those people will likely be gone by next year.
Totally misleading. Don't be intimidated by that talk.
What people should be saying is, if you really love this stuff, just do the work. That's all it takes. You don't have to be brilliant. Just do the work. And yes, mostly, it's going to be math. But math done for reasons you'll immediately understand.
If you don't love this stuff, then do something else. Why? Because you won't have the motivation to do the work, and you won't do well. It's NOT because you need to be a genius to get through the four years.
BTW, I totally agree with Erebus about writing skills. In real life, after school, they matter a whole lot.
All engineering students should take advanced writing classes and public speeking classes. You need to be able to communicate well before you can even get hired. If you cannot explain to non-technical people how good your skills are, you will not find the job of your dreams. Writing, talking, and listening skills are just as important as your technical skills. The sooner you realize that fact the faster you can leap ahead of your peers.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.