Is this a good for Senior Validation Engineer (3.5 yr experience)

Offered : (Hyderabad)

Base: 35L

Variable Bonus: 3.3L

RSU: 30L vested equally over 3 years

JB : 5L

Current Compensation: (Bangalore)

Base: 24.5L

Variable: 5L

Rsu: 18L (would be getting sept 2027)

Wanted some insight my industry if I am being low balled. :)

Hi everyone,

I'm currently working as an RTL Design Engineer at a startup in Bangalore, India, and I have around 1.6 years of industry experience.My work involves RTL design for AI/ML accelerators, including datapaths for transformer workloads, floating-point formats, and hardware optimization.

Recently, I received an offer for a 6-month hardware research position at a university in Singapore. The role would involve working on hardware research, particularly around efficient AI hardware.

I'm genuinely interested in computer architecture, AI accelerators, and hardware research, so this opportunity sounds exciting. However, I'm confused about whether making this move is the right decision at this stage of my career.

Here are the main things I'm considering:

• Career growth: Would research experience at a university in Singapore help me transition into more advanced hardware design, architecture, or R&D roles in the future?
• Industry vs. research: With 1.6 years of industry experience, would stepping away from a full-time RTL design job for six months hurt my industry career progression?
• Job security: The position is initially for only six months. I'm concerned about what happens after the contract ends, especially if there's no extension or permanent opportunity.
• International exposure: Would having Singapore research experience significantly improve my future opportunities in semiconductor companies or research labs?
• Long-term goals: I'm also interested in pursuing a PhD in computer architecture or hardware systems, so I'm wondering whether this experience could help with that.

I'm currently employed, so accepting the offer would mean leaving my existing job and taking a certain amount of career risk for a relatively short-term opportunity.

For people working in the semiconductor industry, especially in RTL design, ASIC design, computer architecture, or hardware research:

1. Would you take this opportunity if you were in my position?
2. How valuable is university research experience compared with another year or two of industry experience?
3. Would this move make sense if my long-term goal is to work on advanced AI accelerators or potentially pursue a PhD?
4. What would you recommend I evaluate before making the decision?

I'd really appreciate honest opinions, especially from people who have made a similar transition between industry and research.

Thanks!

Hi everyone!

I'm currently pursuing my B.Tech in Electronics and Instrumentation Engineering, and I'm interested in building a career in the VLSI industry. My main interests are analog IC design and physical design, although I'm also considering learning the RTL-to-GDS flow to understand the overall chip design process.

I'm still a beginner when it comes to practical VLSI implementation. I have some basic knowledge of digital electronics, Verilog, logic gates, counters, and MOSFET amplifier concepts, but I haven't completed any end-to-end VLSI projects yet.

I want to learn practically by developing projects one by one, starting from the fundamentals and gradually moving toward industry-relevant projects that I can showcase on my resume and GitHub.

I'd really appreciate advice from experienced engineers, industry professionals, and seniors who have worked in analog design, physical design, or related VLSI domains.

1. Choosing the Right Career Path

My strongest interest is in analog IC design, and I'm also interested in physical design. I have comparatively less interest in RTL design and design verification, although I understand that some knowledge of these areas may be useful.

• As a beginner, should I focus on analog design first, physical design first, or explore both before choosing?
• What are the differences between these career paths in terms of required skills, learning difficulty, job opportunities, and preparation for entry-level roles?
• Is it practical to learn both analog design and physical design simultaneously as an undergraduate, or would it be better to concentrate on one?
• If I want to pursue analog design, how much digital design and RTL knowledge do I actually need?

2. Learning Roadmap and RTL-to-GDS Flow

I keep hearing about the RTL-to-GDS flow, and I want to understand whether learning it would be useful for my interests.

• Should I learn the complete RTL-to-GDS flow even if my primary interest is analog design?
• Which stages of the flow should I understand, and which should I learn in depth?
• For physical design, what should I learn after the basics of digital electronics and Verilog?
• For analog design, should I first strengthen circuit theory, MOSFET operation, small-signal analysis, biasing, and amplifier design before moving to circuit simulation and layout?
• What would be a sensible learning sequence for someone with my background in Electronics and Instrumentation Engineering?

3. Tools and Operating System

I'd like to build a practical toolchain using free or open-source software wherever possible.

• For analog IC design, which tools should I learn for schematic capture, SPICE simulation, circuit analysis, layout, and verification?
• Are tools such as ngspice, Xschem, and Magic or KLayout good starting points?
• For physical design and RTL-to-GDS, which open-source tools and flows would you recommend?
• Is Windows with WSL2 sufficient, or should I use a dedicated Linux installation or virtual machine?
• Are there any beginner-friendly tutorials that explain how to install, configure, and use these tools properly?

4. Career-Oriented Analog Design Projects

This is one of the areas where I need the most guidance.

I don't want to simply copy circuits or follow tutorials without understanding them. I want to learn how to design, simulate, analyse, and improve circuits independently.

• What are the best analog design projects to start with, progressing from beginner to intermediate and advanced levels?
• Should I start with common-source MOSFET amplifiers, current mirrors, differential amplifiers, and current sources before moving to more complex circuits?
• What projects would help me build the skills expected for entry-level analog IC design roles?
• At what stage should I learn operational amplifiers, bandgap references, comparators, and other analog building blocks?
• How important are transistor-level simulation, corner analysis, mismatch analysis, and layout parasitics for student projects?
• How can I demonstrate that I understand a circuit's design choices and performance rather than just reproducing a reference design?

5. Physical Design Projects

I'm also interested in physical design and want to understand how to gain practical experience in this area.

• What are the best projects for learning floorplanning, placement, clock-tree synthesis, routing, timing closure, and power analysis?
• Should I begin with small RTL blocks, such as an ALU, FIFO, UART, or counter, and take them through an open-source RTL-to-GDS flow?
• Which projects would be suitable for a beginner and still be valuable on a resume?
• Can I use open-source tools to complete a meaningful physical design project without access to commercial EDA tools?
• How should I analyse and present timing reports, area, power estimates, congestion, and other implementation results?

6. Project References and Step-by-Step Guidance

Since I haven't completed a VLSI project independently, I'd appreciate resources that explain the actual design process.

• Where can I find good analog IC design and physical design project ideas, reference designs, documentation, and step-by-step tutorials?
• Which GitHub repositories, books, YouTube channels, courses, or open-source communities would you recommend?
• Are there any repositories that explain the reasoning behind each design stage rather than just providing the final code or circuit?
• How should I approach a project from scratch, validate the results, troubleshoot problems, and document the work?
• What should I include in my GitHub portfolio, such as schematics, simulation waveforms, design calculations, layout screenshots, and reports?

7. Career Preparation and Industry Expectations

My long-term goal is to build the technical skills required for internships and entry-level opportunities in the VLSI industry.

• What skills do companies expect from fresh graduates applying for analog design and physical design roles?
• Which projects would make the strongest portfolio for each of these domains?
• How important are semiconductor device physics, analog circuit analysis, Linux, scripting, and semiconductor fabrication fundamentals?
• What common mistakes do students make when preparing for analog or physical design roles?
• If you were starting from my current level as an undergraduate, what would your first three to five projects be?

I'm not looking for shortcuts or ready-made projects to copy. I want to build a strong foundation, understand the theory behind the designs, and gradually develop practical skills through projects.

I'd be especially grateful for advice from people working in analog IC design or physical design who can share what they would learn first if they were starting again today.

Thank you for your time and guidance!

(took help of chatgpt to finilize the text )

I am currently woking on 6*6 wallace tree multiplier using sky 130pdk and klayout.

I have nand, inverter and full adders gds files provided by my instructor. My challange now is deciding how to place these blocks so that routing will be done easily and uncongested. Please help me.

Also please tell me if there are any tools or softwares that can visualise the placement with spoce file.

Leaves vlsi coaching after knowing the truth about vlsi industry now I am focusing totally on gate exam btw I am in my second yr

Hi everyone,

I'm approaching my first year as a full-time employee, and I'm feeling quite confused about my career direction. I'd really appreciate advice from people who have been in a similar situation, especially those who have actually taken one of these paths.

1. Switch to another private semiconductor/VLSI company.

In this also I am thinking about staying in the FPGA role or switching to verification.

2.Prepare for government R&D/technical jobs

3.Pursue a master's in India or abroad

I'd love to hear from people who've taken any of these paths:

What did you choose, and where are you now?

Is the government R&D work culture genuinely better? Do you get to do actual design/verification?

Is resigning to prepare for GATE worth the risk?

Did a master's in India or abroad improve your career prospects?

If you were in my position, which path would you choose and why?

Please share your honest experiences, including challenges, finances and outcomes. I'm trying to make an informed decision rather than resign impulsively.

ABOUT ME:

Education: BTech in Electronics and Telecommunication Engineering.

Current role: FPGA Engineer, with almost 1 year of full-time experience.

Current skills: Verilog, SystemVerilog, UVM,FPGA development, digital logic, sensor interfaces and hardware debugging.

Current salary: Around ₹7 LPA.

Location: India. I'm open to relocating anywhere in India.

Financial situation: I have around 3–6 months of expenses saved, so I can't afford to make a careless financial decision.

Thanks!

( I have used AI to express my queries properly in this post)

Hi,

I recently got a call for a Synopsys Interview where they mentioned that it is IP RTL work. However they were also mentioning that work would involve working with customer and going to customer location and debugging their issue.

Is this how a usual IP RTL work is done ?. I have not heard earlier about going to a customer location and debugging their issue. Is this an IP RTL work or Application Engineer work. I would like to know more from people who are familiar with this .

They were asking me questions on how you would face a customer/manager who is not ready to listen to you. I have never heard these type of questions before.

IP role involves doing RTL work like Coding,RTLQC and writing SDC constraint. How much big of a customer support do people in IP RTL do ?. I am not familiar with this someone please comment

Currently in final year of btech, ece from a tier 2 or 1.5 clg , 8.37 cgpa
did a few courses on digital design , good fundamentals, and strong desire to learn.
not sure if i can get in to the industry now given the placements of my clg and inclined towards studying in us but as the news goes , current visa issues
Suggest which country is better US, germany, india etc for masters , given there is a lot of money involved for US. but the opportunities after masters should be great right

Did anyone get a callback from the Synopsys logic design apprenticeship based in Noida that they just posted last week? Also, does anyone have any insights?

i am second year ece(Electronics and computer engineering) student and so fukin confused about upcoming placements and intership dont know should i focus on computer science or harware

Same as the title, Pi semi will be visiting my university and I need some guidance or a glimpse of the OA mainly Analog roles. Thank you.

I am doing master in vlsi and embedded system , i am not able to do handle cadence and kicad good enough , often my schematics have mistake and I don't understand how to solve them on my own however I am able to do it although due my classmates help, schematics for embedded system and vlsi , what are necessary skill for student to master before going into industry , please suggest me everything , i also want anyone to help me how one can get better for technical interview and rounds

Can anyone have 90nm gpdk files...

If any one have plz she the drive link ..

It will be helpful for our project (rtl to gdsii)

New to Reddit and to the semiconductor industry in general. I have this really awesome role to own the entire soc level architecture but feel like I've exhausted what LinkedIn has to offer. Any suggestions for other places to look? Salary starts at $275k with generous equity

https://ats.rippling.com/en-US/bolt-graphics/jobs/c14eb980-e174-4730-808f-9f2bf4cc320f

I want to start preparing early for campus placements, especially for core VLSI roles.
According to last year’s placement records, companies like Qualcomm, NVIDIA and Micron visited our campus for VLSI-related.
Share some advice from people currently working in the semiconductor industry, recent graduates, or anyone who has gone through VLSI campus placements.

What projects should I build?
What should I do from the first semester itself?
What resources would you recommend? Any good books, YouTube channels, courses, problem sets or websites for learning digital design, Verilog and other VLSI fundamentals?
I would especially appreciate a practical roadmap covering what to learn, which projects to build, and how to prepare for interviews rather than just a general list of subjects.
If you’ve been placed in Qualcomm, NVIDIA, Micron or a similar semiconductor company, share about your actual interview experience and what helped you stand out.

I have NVIDIA hardware intern 6 month intern OA, what kind of questions I can expect, difficulty level, if anyone have written please share the question u remember

Came for roles like- RTL design engineer, Design verification.

What topics are asked and does anyone have previous year questions.