3 answers
sai
Student
Chennai, Tamil Nadu, India
1
Question
Updated
324 views
Do someone from tier 3 collage get placed in the vlsi field ?
I am from tier 3 collage , Have good knowledge on the subjects , skills also done projects, published research paper but less percentage, everyone saying that don't go for jobs do M.tech, but I don't want to do that, if I continue without this not get any job i will be stuck what to do?
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3 answers
Ashish Suri
ASIC Digital Design, Sr. Engineer
2
Answers
Toronto, Ontario, Canada
Updated
Ashish’s Answer
Hi Sai,
I understand where you're coming from. I graduated from a Tier-3 college in India with a GPA of 7 out of 10. Despite that, I found that the VLSI industry is open to anyone who keeps their basics strong and learns what the industry needs.
Here's some advice for you:
1. Your profile is impressive with your knowledge, projects, and published research paper.
2. Build connections through LinkedIn, your college's alumni network, and social groups.
3. Customize your resume for each job application. Adding a cover letter is a plus.
4. For VLSI roles, especially in Design Verification, make sure you're strong in Digital Design, Analog Electronics, Digital Electronics, VHDL, Verilog, SystemVerilog, and UVM.
5. Create a GitHub repository to showcase your work.
Regarding M.Tech., it doesn't make a huge difference in the corporate world if you have the experience to do the job. While a higher degree can help in the initial stages, practical industry knowledge is key.
I hope this helps you make a good decision.
I understand where you're coming from. I graduated from a Tier-3 college in India with a GPA of 7 out of 10. Despite that, I found that the VLSI industry is open to anyone who keeps their basics strong and learns what the industry needs.
Here's some advice for you:
1. Your profile is impressive with your knowledge, projects, and published research paper.
2. Build connections through LinkedIn, your college's alumni network, and social groups.
3. Customize your resume for each job application. Adding a cover letter is a plus.
4. For VLSI roles, especially in Design Verification, make sure you're strong in Digital Design, Analog Electronics, Digital Electronics, VHDL, Verilog, SystemVerilog, and UVM.
5. Create a GitHub repository to showcase your work.
Regarding M.Tech., it doesn't make a huge difference in the corporate world if you have the experience to do the job. While a higher degree can help in the initial stages, practical industry knowledge is key.
I hope this helps you make a good decision.
Charlotte VanEpps
Technical Director
7
Answers
Harrison charter Township, Michigan
Updated
Charlotte’s Answer
Yes, students from tier 3 colleges can and do get placed in the VLSI (semiconductor/chip design) field in India, especially if they have strong subject knowledge, hands-on projects, and research papers like you mentioned. Your college tier creates extra challenges—many top companies (Qualcomm, Intel, Texas Instruments, NVIDIA, Broadcom, Samsung, etc.) focus campus hiring on IITs, NITs, and select tier-1/2 institutes—but it is not a hard barrier.
Hundreds of engineers from tier-3 or even lesser-known colleges work in these companies today. What matters most to recruiters is your skills, ability to solve problems in interviews, and proof of practical work (projects, tools knowledge, research). Low percentage can be a hurdle in some shortlisting filters, but strong projects, published papers, and solid interview performance often outweigh it.
Since you don't want to do M.Tech right now, that's valid—don't force it if your heart isn't in 2 more years of academics. Many have built successful VLSI careers starting with B.Tech only by focusing on skills.
What You Should Do Right Now (Actionable Plan)
Strengthen your profile aggressively:
Master key skills: Digital Electronics, CMOS, Verilog/SystemVerilog, UVM (for verification), STA, physical design basics, EDA tools (Cadence, Synopsys, Mentor—learn via university labs, online, or short training programs).
Build 2–3 strong projects (RTL design, FPGA implementation, verification testbenches) and document them well on GitHub or a personal site.
Highlight your research paper prominently in your resume.
Practice coding/scripting (Python, TCL) and interview questions daily.
Apply smartly:
Target off-campus drives, fresher openings on company websites, and LinkedIn (search for "VLSI fresher" or specific roles).
Reach out for referrals—connect politely with alumni or professionals from your field on LinkedIn and ask for advice first.
Consider short-term VLSI training programs (some offer placement support) or internships, even unpaid/stipend ones, to gain experience.
Look at startups, MSMEs in semiconductor design, or service companies that work on VLSI projects as a stepping stone.
Prepare for interviews:
Focus on fundamentals + problem-solving. Many companies test deeply on concepts rather than just college background.
Work on communication and confidence—group discussions or HR rounds can matter.
Backup and mindset:
Have a Plan B: A software/IT job (many ECE students start there) while you keep applying to VLSI roles and upskilling. You won't be "stuck" forever—switching is common after 1–2 years of experience.
Track the India Semiconductor Mission—government push is increasing opportunities and training programs.
Network: Join VLSI-focused communities on LinkedIn, YouTube channels, Reddit (r/vlsi), or forums for latest openings and advice.
Your knowledge, skills, projects, and research paper already put you ahead of many peers. Tier 3 is not an excuse—plenty of people from similar backgrounds have cracked Samsung, Intel, or other firms through hard work and persistence. Don't get demotivated by "everyone saying" do M.Tech. Listen to advice but decide based on your goals and energy.
Start applying now while finishing your degree. Update your resume strongly, apply to 10–20 roles per week, and keep learning daily. If you face initial rejections, treat them as feedback and improve. With consistent effort over the next 6–12 months, you have a realistic shot at breaking in.
You've already done the hard part by building real skills—now focus on visibility and execution. All the best! If you share more details about your specific projects or skills, I (or the mentor) can give more targeted suggestions. Stay persistent.
Hundreds of engineers from tier-3 or even lesser-known colleges work in these companies today. What matters most to recruiters is your skills, ability to solve problems in interviews, and proof of practical work (projects, tools knowledge, research). Low percentage can be a hurdle in some shortlisting filters, but strong projects, published papers, and solid interview performance often outweigh it.
Since you don't want to do M.Tech right now, that's valid—don't force it if your heart isn't in 2 more years of academics. Many have built successful VLSI careers starting with B.Tech only by focusing on skills.
What You Should Do Right Now (Actionable Plan)
Strengthen your profile aggressively:
Master key skills: Digital Electronics, CMOS, Verilog/SystemVerilog, UVM (for verification), STA, physical design basics, EDA tools (Cadence, Synopsys, Mentor—learn via university labs, online, or short training programs).
Build 2–3 strong projects (RTL design, FPGA implementation, verification testbenches) and document them well on GitHub or a personal site.
Highlight your research paper prominently in your resume.
Practice coding/scripting (Python, TCL) and interview questions daily.
Apply smartly:
Target off-campus drives, fresher openings on company websites, and LinkedIn (search for "VLSI fresher" or specific roles).
Reach out for referrals—connect politely with alumni or professionals from your field on LinkedIn and ask for advice first.
Consider short-term VLSI training programs (some offer placement support) or internships, even unpaid/stipend ones, to gain experience.
Look at startups, MSMEs in semiconductor design, or service companies that work on VLSI projects as a stepping stone.
Prepare for interviews:
Focus on fundamentals + problem-solving. Many companies test deeply on concepts rather than just college background.
Work on communication and confidence—group discussions or HR rounds can matter.
Backup and mindset:
Have a Plan B: A software/IT job (many ECE students start there) while you keep applying to VLSI roles and upskilling. You won't be "stuck" forever—switching is common after 1–2 years of experience.
Track the India Semiconductor Mission—government push is increasing opportunities and training programs.
Network: Join VLSI-focused communities on LinkedIn, YouTube channels, Reddit (r/vlsi), or forums for latest openings and advice.
Your knowledge, skills, projects, and research paper already put you ahead of many peers. Tier 3 is not an excuse—plenty of people from similar backgrounds have cracked Samsung, Intel, or other firms through hard work and persistence. Don't get demotivated by "everyone saying" do M.Tech. Listen to advice but decide based on your goals and energy.
Start applying now while finishing your degree. Update your resume strongly, apply to 10–20 roles per week, and keep learning daily. If you face initial rejections, treat them as feedback and improve. With consistent effort over the next 6–12 months, you have a realistic shot at breaking in.
You've already done the hard part by building real skills—now focus on visibility and execution. All the best! If you share more details about your specific projects or skills, I (or the mentor) can give more targeted suggestions. Stay persistent.
Mrinalini Singh
Project Manager
132
Answers
Bengaluru, Karnataka, India
Updated
Mrinalini’s Answer
Hi Sai,
I understand your thoughts, but remember that education is really important. In the long run, it can lead to a better-paying job. If you want to start working now, that's great! Try something with less pressure and keep studying at the same time. Many people do this, and it works well for them. You might even get a promotion and a higher salary in the same job after you finish your degree. So, go ahead with your plans, but make sure to focus on your education too. Best of luck!
I understand your thoughts, but remember that education is really important. In the long run, it can lead to a better-paying job. If you want to start working now, that's great! Try something with less pressure and keep studying at the same time. Many people do this, and it works well for them. You might even get a promotion and a higher salary in the same job after you finish your degree. So, go ahead with your plans, but make sure to focus on your education too. Best of luck!