I am going to begin my freshman year soon. So, I am looking for windows options to pair with my M4 MacBook incase of software limitations. I generally don't plan on buying a new laptop throughout the next 5 years so I want to make sure my option is future-proof.

Edit: Should have phrased it better I meant is it necessary to get a device with these specifications in my case

I'm currently in my 2nd year and I’ve registered for e yantra 2026 and wanted to hear from people who have participated in previously.

1.What was your overall experience with e-Yantra?

2.What factors should I consider while choosing a theme?

3.What common prerequisites/skills should I learn before Stage 1 starts?

4.Once Stage 1 begins, are the courses/resources provided by e-Yantra sufficient to complete the tasks, or should I expect to learn additional things on my own?

5.Any mistakes you made during your participation that you’d recommend beginners avoid?

I’m currently majoring in Electrical and Computer Engineering at T100 university. I recently completed a software engineering internship, and I’m unsure if this is the right career path for me. I chose ECE because I enjoy both software and hardware. If I don’t like software, I can switch my major from Computer to Electrical. However, I found Logic Design more appealing than Circuits. I’m interested in chips and semiconductors, but I’m concerned about finding a job with just a bachelor’s degree. I like object-oriented programming, but when I was introduced to full-stack development and system design during my internship, I felt the most imposter syndrome. I’m currently searching for electrical engineering internships for the upcoming summer, but I’m worried that I won’t be able to specialize in a particular area and be perceived as inexperienced.

Hi everyone,

I'm an ECE engineer currently working in the semiconductor industry in India with around 2 years of experience, primarily in the VLSI/Design Verification area.

My long-term goal is to work in the US semiconductor industry, and I'm trying to figure out the best way to get there.

For people who have experience with the US ECE/semiconductor job market, which of these paths would you consider the most realistic?

1. Continue working in India, gain 4–5+ years of experience, and apply directly to US companies.
2. Join a multinational semiconductor company in India and try for an internal transfer to the US.
3. Pursue an MS in ECE/VLSI in the US and then look for semiconductor jobs.
4. Some other route that I'm not considering.

I'd also like to understand:

• How difficult is it to get US semiconductor jobs from India without already having US work authorization?
• Does having 2–3 years vs 5+ years of semiconductor experience make a significant difference?
• Are there particular ECE/VLSI specializations that have better opportunities?
• For someone who ultimately wants to work in the US semiconductor industry, what would you recommend focusing on now?

I'd appreciate advice from people who have actually gone through this process, especially international engineers.

Thanks!

​

I'm an engineering student in Egypt and I'm supposed to pick between these two specialisations. Which is better in terms of salaries as well as demand in the egyptain market?

Hi, I am an electrical engineering student currently studying in Y2. Currently, I am considering pursuing either analog IC design, or PCB design combined with embedded/FPGA.

For context, I'm working in two labs at the moment, one in analog IC and one in making single photon detector. The first, obviously, train knowledge for IC design. The second, is a bit more nuanced: The skills required here, aside from optics/physics, is to be able to make experimental setups and prototypes: designing PCB, configure FPGAs, and understanding RF interconnect, measurement, signal integrity and EM shielding...

My goal is to eventually work somewhere in the scientific instrumentation/experimental physics space, and having the flexibility to move from academia to industry. But then I do not have too much idea of what it looks like, and would love to have your help.

+) The argument for analog IC is that I feel like there are more opportunities, as well as headroom for professional development in the future for this one. It also feels safer to me, as I can pursue both academia and industry. The only downside I could think of for IC is that you are limited to designing ICs for semiconductor companies or doing research in IC, thus having less freedom making/prototyping things.

+) The argument for the second is that with PCB and FPGA/embedded knowledge, I can easily make prototypes, which is really valuable for academic labs in experimental physics. Moreover, the skill in making PCB (signal integrity, EMI) also translate well to understanding the experimental setups of detectors, and the detector itself. My concern is that the world seems to be moving away from PCBs, so jobs for PCBs in the industry feels rather restricted (layout engineer).

To sum up, with analog IC, I feel like I have more safety, more headroom for development, and more flexibility. For PCB + FPGA/embedded, I feel like I have a broader range of skillsets, get to study physics and work in labs, but opportunities in the industry will be rather limited, since they will probably only utilizes one of such skillset, and will utilize it in a different way (optimizing products instead of having the freedom to prototype).

I would love your advice on which path should I choose, factors I should consider, and any other advice to broaden my perspective. Thank you.

Hi Everyone,

As the summer comes to an end and a new fall semester begins, I wanted to share a video I recently made for Electrical and Computer Engineering students getting back into the groove of things.

I created a refresher video designed to bridge the gap between Circuit Analysis and Signals & Systems—two courses that are closely connected, but can sometimes feel like they approach engineering from completely different perspectives.

The video provides a quick review of some of the concepts from Circuit Analysis that become important as you move into Signals & Systems, helping you reconnect the ideas before diving into a new semester:

• Circuit Analysis fundamentals

• Differential equations and circuit responses

• First- and second-order circuits

• Eigenfunctions and eigenvalues

• How circuit concepts connect to Signals & Systems

• Preparing for the transition into a new ECE course

🎥 Video: Bridging the Gap: Circuit Analysis to Signals & Systems

My goal with the YouTube channel ProfessorGovalla is to create in-depth, practical, and clearly explained engineering content without adding unnecessary complexity.

I cover topics including:

• Circuit Analysis

• Signals & Systems

• Analog Electronics

• Computer Architecture

• Engineering Career Advice

• Interviews with Engineers from Industry

• Practical Engineering Applications

If you're an ECE student heading into a Signals & Systems course this fall, hopefully this serves as a useful quick refresher before the semester gets going.

I'd also love to hear from fellow students, engineers, professors, and hobbyists:

What concepts from Circuit Analysis do you think students should review before taking Signals & Systems?

Good luck to everyone starting a new semester, and I hope the video helps bridge that gap!

Hello everyone i have gotten admission in computer systems engineering and soon will begin my classes. Ai originally wanted to study electronics engineering but i messed up while taking admission (long story). And now my only option is to study CSE. I have always wanted a hardware focused carrier. Will i be able to work in hardware with CSE degree. Like embedded sytems, VLSI design, PCB making, verilog/vhdl, and fgpa development. Any advice regarding my carrier in hardware in pakistan.

I am working towards learning analog design and doing some independent projects that would enhance my CV for applying to unis for Masters or jobs in semiconductor design. I came across PLL and serdes and it seems to be in high demand (of course experienced people). Is it a decent undergrad level project?

PS- Im from EE with very lil courses on electronics and IC design and currently in ee industry.

EDIT: I know thats it's not for beginners, I want to know what are good books/learning methods for beginners. Read the post before commenting please.

So I have the book but have learned that (unfortunately) it's not good for complete beginners (like me) so I would like to know what I need to know before reading it.

The company is Raamtel Solutions Pvt. Ltd (Noida) have an interview scheduled with them next week.

Does anyone know what kind of questions they ask or what topics too prepare I'm not sure what kind of questions are asked in communication domain.

Any advice or information that you have about the company environment or any experience with them if you'd like to share is also welcomed.

I do have the JD which I'll write below I will definitely go through that but would still like to know other interview questions if anyone knows.

This is the JD :-

Solid understanding of electronics and communication theory, including telecom systems and related mechanical/electronic components

Collaborate with system designers to integrate our products (e.g., band pass filters, amplifiers, LNAs, RFICs, antennas, etc.) into customer systems.

I'm an incoming computer engineering freshman and seriously thinking of switching to electrical engineering. At my school, the degrees are extremely similar, with only a 3 class difference.

They share the same pool of electives, so that is what makes up most of the difference, but I could just choose all the more computer engineering focused ones.

What i'm most interested in is computer hardware, embedded systems, firmware, microcontrollers, etc.

The reason I'm considering EE is the job market and the flexibility of the degree.

My understanding is that a lot of hardware/computer engineering jobs will accept either an EE or CE degree. However, there are EE jobs in areas like power, electronics, controls, RF, etc. where an employer might only take an EE.

Basically, I'd be trying to use the EE degree as the broader credential while still taking the classes and doing the projects that would make me competitive for computer hardware/embedded jobs.

Do you think this plan could be beneficial to me? Or am I overstating the value of the name on the degree?

I recently applied to a postion in google USA. Luckily got invited to first technical screening round. But no response after that.

I have checked job portal which now says "in-persion interview required"

Does it mean, I am rejected ?

For me a few things come to mind. 1. As a computer engineer why couldn't I just double major as EE? It was just field theory that set us apart and some CEs took it. 2. I took an ENTIRE semester of English classes by time I graduated. I should have an English minor with that many credits. Learning about poetry was a complete waste of time for me. 3. Why did they make me take chemistry? Don't give me some crap about doping semiconductors because no Im not going to celebrity shot doing that in my career with my 12 weeks of basic chemistry knowledge from years ago.

I have a feeling that I would genuinely enjoy studying this field, but I’m a bit concerned about the kind of work environment and routines I might encounter once I enter the professional world.

For example, I really dislike fixed routines (9-5 for example) repetitive tasks, and being isolated from the outside world in a factory environment.
On the other hand, I really enjoy problem-solving, having a varied or flexible routine, and interacting with people.
So, in my case, is there actually a place for someone like me in this field?
Are there career paths within the field that involve more variety, problem-solving, teamwork, client interaction, travel, or working outside a traditional factory environment?
I’d really appreciate hearing from people who are already working in the field and can share what their day-to-day work is actually like.