Company OAsDSA SheetAll ProblemsPlacement DataInterview ExperiencesPremium
OAHelper

Built by students, for students — practice company-specific OAs, DSA sheets, and real interview experiences to land your dream role.

© 2026 OAHelper.in·Terms·Privacy·Refunds·Trust & Safety·Contact·
Ready to crack your next OA?

Practice company-specific questions trusted by thousands of students across India.

Start PracticingGo Premium
OA Practice·DSA·Placements

Disclaimer: OAHelper is an independent educational platform. We (oahelper.in) do not own the images or questions shown. Content is uploaded by users.

T

TSMC

Software Engineer

Interview Date

August 2024 - December 2024 (based on aggregated experiences)

Result

Mixed (overall process is highly selective)

Difficulty

Hard

Rounds

Multiple rounds (phone screening, technical interviews, behavioral interviews, senior management mee

Drive Type

Full-Time

Topics asked

Semiconductor knowledgeproblem-solvingdesign skillsteamworkwork ethicalgorithmsprogramming languagessystem designcoding challenges.

Detailed experience

Role: Software Engineer

College: Not Specified

Interview Date: August 2024 - December 2024 (based on aggregated experiences)

Interview Type: Full-Time

Result: Mixed (overall process is highly selective)

Difficulty: Hard

Rounds: Multiple rounds (phone screening, technical interviews, behavioral interviews, senior management meeting)

Topics Asked: Semiconductor knowledge, problem-solving, design skills, teamwork, work ethic, algorithms, programming languages, system design, coding challenges.

Experience:

The interview process for a Software Engineer at TSMC typically begins with an initial phone screening. This is followed by technical interviews that delve into semiconductor knowledge, problem-solving abilities, and design skills. Candidates should expect multiple rounds, including behavioral interviews focusing on teamwork and work ethic. The final stage often involves meeting senior management. Technical questions can cover software engineering principles, algorithms, and programming languages relevant to the role, with an emphasis on semiconductor-related concepts. Specific coding challenges might involve real-world semiconductor scenarios, like processing wafer test data or optimizing production scheduling. An example coding question given is: "Given an array representing a stream of semiconductor wafer test results (where 1 indicates pass and 0 indicates fail), write a function to calculate the maximum number of passing results within any sliding window of size k." For input `tests = [1, 0, 1, 1, 1, 0, 1, 1, 1, 0]` and `k = 3`, the output would be `3`. Behavioral questions may include "Are you an American citizen?". The overall process is described as extremely selective.

Submitted anonymously13 NOVEMBER 2025