Hi there. I’m asking in regard to a family member that graduated with a bachelors in computer engineering and minor in cybersecurity. He doesn’t have much family or mentoring around so he wasn’t aware he needed to do internships while in school. He graduated 2 years ago and couldn’t get any jobs or internships and needed money so he got a labor job in a completely different field (yachting). He wants to get back into his field but not sure where to start since he’s been out of the field for a while. What should he do to get good job prospects or be able to get some paid internships? Also what type of pay should he be expecting?

Hey everyone,

I’m checking in to see if anyone has received updates, OAs (Online Assessments), interview invites, or rejections for Hardware Engineering Intern roles at any of these companies:

• SanDisk
• Altera
• Meta
• Microsoft

If you have heard back, could you share:

1. Company:
2. Position Type: (e.g., ASIC/FPGA, Board Design, Validation, Power, Systems)
3. Timeline: (When you applied vs. when you heard back)
4. Current Stage: (OA, Phone Screen, Technical, Final, or Offer)

Hoping we can track the hiring timelines together. Good luck to everyone applying!

I overhaul/test airborne electrical generators (3 phase, 400Hz) and our technical data is very limited. There are differences between various generator models that I'm sure have engineering explanations but our onsite EE was unable to explain them satisfactorily. I'll try reddit instead.

1) All the generators use 6 diode bridge rectifiers on the exciter rotor. 3 diodes are connected to 3 exciter rotor leads which share a busbar with 1 main rotor lead, this setup is mirrored with opposite polarity diodes on the other 3 exciter leads.

One generator uses a capacitor which is inline with the diode busbars while another model uses a resistor on each busbar. Other models use neither and simply have the diode/busbar/main rotor lead configuration.

What is the purpose of the capacitor or resistors in this style of generator? Furthermore what are some fault conditions that would lead to blown capacitors but perfectly intact exciter rotors?

I'll save additional questions for a later post.

Hi everyone! I'm trying to decide between Electrical Engineering and Computer Engineering for my bachelor's degree.

I'm particularly interested in hardware and want to learn how microchips and processors work, including how to design and develop them. However, I'm also concerned about job opportunities after graduation and want to choose a degree that will give me good career prospects.

For these who studying or working in this filed can u give some advise for me.

If you track semiconductor M&A, the MCU sector has completely split over the last few months. Competing on cheap generic ARM cores is basically a dead end now.

You are seeing two distinct survival strategies play out. Chinese companies are aggressively buying up peripheral hardware to sell complete subsystems. Silergy bought Yuntu to pair PMICs with auto MCUs, and Fortior grabbed Sciosense for motor sensing. They are trying to escape the low-end price war by offering all-in-one hardware packages for EV and industrial clients.

Western legacy players like Microchip and ADI are doing the exact opposite. They already have the hardware ecosystem locked down, so they are buying edge AI and NPU startups like Hailo and Alif. Their goal is to own the full chain from analog signal capture to local inference.

Smaller design shops are going to get totally squeezed out unless they lock down a hyper-specific niche. The generic chip market is just a race to the bottom at this point.

Hi all, am looking at these two right out of college and wondered if the sub has any experience as far as career trajectories go? Both pay the same and have similar commute times, but substation role provides overtime pay. If it matters, thinking of grad school way down the line with a masters in either sustainable energy or electrical engineering.

I loved my controls and signals classes at uni, but have heard mixed things on systems engineering. It's at Rovisys and has on-site work configuring stuff like PLC control setups and site acceptance testing which seems like a great jumpstart to a career.

Substation role is at Enercon Services. I enjoyed my power courses and my interest has always been improving the energy infrastructure via grid work. This path seems more in line with a traditional PE track and is more office based with a consistent schedule.

Hello everyone,

I was fortunate enough to be moved into the onsite round for an entry level electrical engineering position for SpaceX's Starship Stage 0 avionics team. The process so far has been blazingly fast. I completed my initial recruiter round and first technical round all in this past week, and within a couple hours of finishing that first technical round, I received a call that I would be invited to an onsite interview. Perhaps this is because I told my recruiter that I had finished interviewing and received an offer for another company. Now I'm in a situation where my onsite itself will likely be next week, which leaves me under a ton of pressure amongst mounting midterms that also take place next week with the onsite happening after. I still want to power through.

I am looking for advice on what to prepare for when it comes to an electrical engineering interview for the onsite. I know a heavy emphasis is placed on the fundamentals of EE, so I intend to review Circuits I, Circuits II, Digital Electronics, Analog Electronics, and Electronic Instrumentation course material. What I am worried about is RF problems, as my degree, Mechatronics, does not cover that subject. My background is all about power electronics and analog circuits and does not even touch RF.

For those who have done onsite interviews in the past, how do you approach preparation? How often are entry level engineers asked questions which are slightly beyond their realm of experience? How should I approach a question like this if I am asked it in the onsite? Any and all inputs you guys have would be really appreciated.

I’m 19, currently working as an electrician and diagnostic tech on commercial trucks. My day-to-day involves tracing CAN bus networks, dealing with ECU logic, and fixing real-world electrical faults.

I’m wrapping up my 12th boards soon and starting a BS in Electronic Systems.

My ultimate goal is to transition into Automotive R&D—specifically hardware and embedded systems design. Outside of work, I'm building my own hardware projects using ESP32s and learning embedded Rust.

I am choosing to stay on the service floor while I study.

My logic:

The "Unicorn" Factor: Seeing exactly how vehicle electronics actually fail in the real world (from heat, vibration, and dust) will make me a better embedded systems engineer than someone who has only built perfect circuits in a lab simulator.

Design for Maintainability: I spend my days dealing with modules and harnesses that are frustrating to service. Knowing what it actually takes to fix a physical machine should give me a practical edge in designing better hardware architecture down the road.

For engineers working in hardware and embedded systems: How much do hiring managers actually value this kind of gritty technician background? Will my real-world diagnostic experience give me a tangible edge when I apply for systems design roles?

i had 5 credits left to complete an associate for become an electrical technician but during my internship being a bench tech, i realized how boring it was after getting past the learning curve. now im pursuing BSEE because it seems like a better career long term

i got a job offer from my internship so now im working as a tech (underpaid) and apparently i didnt need a degree so i took the opportunity and now im getting an AS while working

im mainly troubleshooting electronics so naturally im more interested in being the guy who creates the schematics/pcb so that leads into hardware engineering but it seems very competitive?

now im a bit stumped because it seems like to become that guy, its preferred to get a masters, have every summer be an internship, and every school year have a project for the resume

so now im not sure if its even worth it? i used to be a warehouse worker so thats the reason why I wanted a bachelors, to avoid working in a strict industrial environment, very rare to find a bench tech job in my city

my 2 options now are go back and do 2 more semester for my technician degree so i can take PLC/Robotics/other Industrial Electrical classes or just continue the BSEE (im confident on passing)

im 23 and i havent earned full time job money in a couple of years (part time rn as tech) and doing this BSEE would mean another 5 years.

any advice would be appreciated

Hey guys,

I’m 24 years old and currently working as a GNC (Guidance, Navigation, and Control) engineer with around 2 years of experience in navigation and robotics.

Recently, I got an opportunity to transition into semiconductor design through an 18-month program. The program includes hands-on training and working on real-world projects involving digital and analog design and verification.

The downside is that the salary is significantly lower than what I’m currently making as a GNC engineer. However, I see this as an opportunity to enter the semiconductor industry, gain practical experience, and potentially qualify for much higher-paying positions in the future.

I’m seriously considering taking the risk for a few reasons:
I’m still young**.** At 24, I feel this is the right time to take calculated risks and invest in my long-term career.
I believe the industry will look very different in 3–5** years.** With AI advancing so rapidly, I think hardware and semiconductor design will become increasingly important.
I’m not starting from scratch**.** My background in GNC, navigation, embedded systems, and robotics will still be valuable. Instead of abandoning my existing skills, I’ll be adding another layer to my technical expertise.
I want to become a more versatile engineer**.** My long-term goal is to understand systems from the hardware level all the way up to algorithms and real-time implementation.

My thinking is that combining semiconductor design with my existing experience in navigation and embedded systems could open doors to opportunities that wouldn’t be available to me otherwise.

However, I’m aware of the risks. The program lasts 18 months, and there’s no guarantee of a permanent position afterward. I’d also be taking a significant pay cut during that period.

What would you do in my position?

Would you take the risk and invest 18 months in semiconductor design, or would you stay in GNC, build on your existing experience, and potentially earn more in the short term?

I’d especially appreciate advice from people working in semiconductor design, ASIC/FPGA development, embedded systems, or GNC engineering.

Guys I have the Online Assessment on Monday, what topics should I focus on? and what's the level of ques? Also what about the aptitude section? what to practice for that

Constelli signals DSP Intern interview — what topics should I prepare? Any previous interview experience or commonly asked questions would be really helpful.

I'm actually in 3rd year in electrical engineering in France. At the end of my bachelor, I want to apply in an international computer architecture Master, but I don't have level indicator because in the past of my training (more than 50 years), no one tried to follow a Master outside of France.

I target to join Seoul National University or KAIST in Korea, KTH in Sweden or Todai in Tokyo.

With my profile below, do you think I have chance to be accepted in these top universites :

• Average GPA 3.7 (15.5 in french notation) on my bachelor
• Top 5-10% promo
• 3 years work-study program in hardware cybersecurity in a CESTI (national accreditation) laboratory
• 2 months internship in a Tokyo university on WiFI characteristics using Raspberry Pi
• Develop video games using Unity/C# during last 2 years
• Follow the book "Digital Design and Computer Architecture RISC V edition" to try to make my own RISC V chip on a FPGA card.

Thanks !

I'm a US masters student applying to hardware internships (FPGA, ASIC, FV) for next summer. I've applied to 60 ish positions across 40 companies across a month and have only heard back from 2 places (one for an interview and one "I passed the screening" message". I see so many people on here weighing their offers which is making me stressed that I haven't heard back. Where are you guys at for reference?

I am a 3rd year college student, In my college, we have to work on a project for the 4th year. Till now, I have good knowledge on DCS, verilog and basic knowledge on coa. I was thinking about working on something new or advanced (and doable fs) with risc v architecture. I would like to work on building an advanced processor or something like application based hardware, but I am not getting any ideas. Please help me out.

I (student) recently received an offer from Micron and Marvell, and I'm wondering what to do. I'd like a bit of advice:

• Both are similar roles, so I'm not worried about what work I'd be doing.
• Both of them are also looking to convert to full-time, so my main worry is what the companies themselves can offer me. Which has better culture/pay/upward mobility?
• Is fitting myself into a niche too early a worry? While Marvell does general ASIC work, Micron tends towards memory, so I'm worried I might stunt my career by siloing myself.
• Location doesn't matter.

They are both shooting upwards in terms of market share and hiring rates, but which one would be a better bet? Does one have higher name value over the other for lateral mobility later? Thanks in advance.

I'm a first year ECE student looking to apply for undergraduate research internships in robotics and edge computing, looking later down the line to do work in HPC and edge AI and CV. I also plan on applying for first/second year programs like nvidia ignite, microsoft explore, amazon future engineer, etc, as well as other companies outside of big tech to do work with robotics if possible, like local smaller robotics companies that I could work with over the summer. Any advice on things to change? I'm working on some stuff with ROS right now that I plan on adding to my resume if I get it to a finished state. I'd also be interested in applying to be a TA for Jane Street AMP, though not sure if that's realistic at all.

I am building the attached circuit, which is intended to charge a 12 V lead-acid battery from an offshore/12 V supply and automatically change over between the supply and battery/load using two 12 V SPDT relays.

Current problem:

When I connect only the 12 V battery, the load works, because it is being powered by the battery. However, when I connect the offshore supply, the battery is not charging, and the load is still being powered only by the battery. The relay is not switching, so the offshore supply is not being connected to the required path.

As shown in the schematic, the battery also supplies the IC 741 through its positive rail, so the 741 should have power when the battery is connected.

I would like to know:

Why is the relay not switching?

Why isn't the offshore supply reaching the charging/load path?

Why isn't the battery charging from the offshore supply?

Important: At present, any power reaching the load is coming from the battery; I have not confirmed the offshore supply reaching the load or charging the battery.

Hello, I am graduating in may 2027 and currently interned at the top two EV automakers in the US. I am looking for advice on John Deere's Electrification - Engineering Development Program role in the power electronics & motor drives area and feedback from previous employees for the power electronics area specifically.

I teach an undergraduate digital communications course and have released the course material as an open resource.

It covers sampling and PCM, baseband transmission (matched filter, ISI, Nyquist criterion, eye diagram), signal-space representation, the optimal receiver in AWGN, PSK/PAM/QAM/FSK, and an introduction to information theory. The main file is a single offline HTML document that needs no installation or account. It contains 109 step-by-step scenes and 10 interactive labs whose figures are recomputed as the parameters change. Lecture notes, a student workbook, and a formula reference are also provided as PDFs.

The material is written for senior students and includes 120 open-ended practice problems with worked solutions. Numerical results were checked against independent NumPy/SciPy computations and Monte Carlo BER simulations.

Course site · GitHub repository

The course material is licensed CC BY-NC-SA 4.0 and the code is MIT. Corrections and feedback from instructors and students are welcome, especially errata.

https://reddit.com/link/1x02pdg/video/gsvd9kyey2uh1/player

Hey everyone,

I’m Lebanese and I recently finished my Master’s in Embedded Systems at Toulouse INP-ENSEEIHT in France. I’m now looking to come back to Lebanon and start my career in embedded systems/electronics.

I have a Bachelor’s in Electronics and some software development experience, and during my studies in France I got more into embedded systems, FPGA/SoC, Embedded C and real-time systems. I also had internships at LAAS-CNRS and CNES, where I worked on embedded/real-time systems and FPGA/SoC.

I’m still a junior, but I’m trying to find a place where I can learn, contribute and build proper industry experience. I'm mainly looking at embedded software/firmware, FPGA, electronics, SoC, STM32/RTOS and similar roles.

I wanted to ask here because I know there are quite a few Lebanese engineers working in these areas:

Are there any companies in Lebanon that you would recommend I look into, or anyone here who knows of opportunities in this field?

I'm also interested in hearing from people who work in embedded/electronics in Lebanon. Any advice, company recommendations, contacts or even things I should improve before applying would be really appreciated.

Thanks!

I’m a recent ECE graduate and completed 6 months of Embedded Systems training at Vector India. My main goal is to build a career in embedded systems/firmware.

I have an opportunity

• Embedded C & microcontrollers
• Sensors, data acquisition & IoT
• Ethernet, TCP/IP, Modbus, PROFINET & serial communication
• PLC & Siemens HMI
• Machine vision / OpenCV / Python
• Industrial robots & motion
• PLC-camera-robot-PC integration
• Field work, commissioning and some travel

The role has a 2-year contract/service agreement.

My concern is: if I spend 2 years in this kind of industrial automation/integration role, will it help me move into a pure Embedded/Firmware Engineer role later, or could I get stuck in PLC/automation?

Would you take this opportunity if your long-term goal was embedded systems?

Any advice from people working in embedded, automation, robotics or industrial systems would be really helpful.

Hello everyone! 👋

I’m a BSCpE (Bachelor of Science in Computer Engineering) student from the University of Mindanao, and I’m currently looking for a professional Computer Engineer who would be willing to answer a short form for an academic activity.

The questions are focused on your education, career journey, experiences, and factors that contributed to your success as a Computer Engineer.

Your participation would be greatly appreciated and would help me gain a better understanding of the Computer Engineering profession.

Thank you so much for your time and support!

https://forms.gle/dFLvbJXv1TNJZJ4F8o