TCS Placement FAQs: NQT, Coding, and Interview Guide 2026

TCS routes all engineering fresher hiring through a single centralised test, the NQT. Three tracks emerge from that test: Ninja, Digital, and Prime, each with its own CTC band, interview depth, and cutoff requirement.

TCS hiring tracks and what each one requires

All three tracks use the same NQT. What separates them is the score threshold and what comes after clearing it.

Track	Starting CTC	Core NQT requirement	Additional rounds
Ninja	₹3.5 to 3.9 LPA	Foundation section pass	Technical interview + HR
Digital	₹7.0 to 7.5 LPA	Higher Foundation percentile + Advanced section	Technical interview + HR
Prime	₹9.0 to 11.0 LPA	Top Foundation percentile + Advanced section	AI/data project review + extended technical + HR

Ninja is the mass entry track. AI skills are not tested directly in the Foundation section and Ninja-track roles in service delivery do not require an AI background on day one. Digital requires a stronger NQT score and an Advanced section. Prime is the track where an AI or data project discussion now appears in the extended technical round, a requirement that has sharpened since 2023.

The cutoff percentile that separates Ninja from Digital is not published in advance. TCS declares cutoffs after the NQT session closes for each batch. Candidates who score in the top percentile get considered for Prime regardless of which track they originally applied for through iBegin. The practical implication: aim for the highest possible total, not for a perceived safe floor.

For a detailed breakdown of each section’s structure, sub-section weights, and CGPA eligibility by track, see TCS Ninja Test Pattern 2026.

The NQT in 2026: structure and what actually changed

The Foundation section covers three sub-sections:

Sub-section	Questions	Time allocated
Verbal Ability	24	30 minutes
Reasoning Ability	30	50 minutes
Numerical Ability	26	40 minutes
Foundation total	80	120 minutes

No negative marking

The Foundation section has no negative marking. A wrong answer and an unattempted question both score zero. Attempting every question is the correct strategy. Leave nothing blank.

Star questions

Star questions were a format feature of older TCS campus tests, where certain problems carried higher marks and higher penalty for wrong answers. The current NQT Foundation section has no negative marking and no star-question differentiation. Many prep guides still describe star questions; they are describing a test format that no longer applies.

Sectional cutoff

There is no sectional cutoff in the NQT. Overall NQT percentile determines track eligibility. Total score across all sub-sections is the deciding factor.

Key aptitude topics

The Numerical Ability section draws from these topic areas:

• Numbers and number systems
• Time and work
• Averages and weighted averages
• Mixtures and alligations
• Permutations and combinations
• Ratios and proportions
• Profit and loss
• Time, speed, and distance
• Probability
• Ages and clocks

Reasoning Ability covers data arrangements, blood relations, and logical puzzle formats including sudoku-style sequences.

For worked examples and solved questions from actual NQT sessions, see TCS NQT Aptitude Questions with Solutions.

TCS coding test: what separates it from standard OA

The coding section of the NQT falls within the Advanced section, which Digital and Prime candidates sit after the Foundation. It uses a format that differs from most competitive programming platforms.

Two differences are worth knowing before test day:

• Input method: TCS coding problems pass all input through command-line arguments. Avoid scanf() and printf(). Students accustomed to standard competitive programming input need to practice command-line argument handling specifically before sitting the Advanced section.
• Compiler: TCS uses GCC. Standard C and C++ syntax compiles cleanly.

Common problem types at the Ninja and Digital level:

• Calculating the area of a geometric shape given radius or side
• Finding the factorial of a number (write out the loop step by step rather than using shorthand)
• Reversing a string
• Checking whether a given number is prime
• Basic array element operations

Prime-track candidates in the Advanced section face problems requiring stronger algorithmic thinking, not just formula application. Practice problems that ask you to reason about input size and edge cases.

One preparation mistake students frequently make: they drill problems on platforms that use input() in Python or cin in C++, both perfectly valid for those platforms, then encounter TCS’s command-line argument format for the first time under test conditions. Writing and running a handful of complete programs with command-line argument input before test day removes that friction almost entirely.

For topic-wise practice questions and solutions, see TCS Aptitude Questions from the TCS Online Test.

After the NQT: interview rounds and process timeline

Clearing the NQT places you in the interview pool for the track your percentile qualifies you for. The rounds that follow depend on which track that is.

Ninja track

• One technical interview round: basics in C, Java, or Python; fundamental data structures; one or two coding problems solved on paper or screen
• One HR interview: situational questions, role context, communication clarity

Digital and Prime tracks

• One or two technical interview rounds: advanced data structures, system design concepts, stronger coding problems
• Prime candidates: an extended technical round where the interviewer discusses any AI or data project submitted, asking about implementation approach, tools used, data sources, and deployment steps
• One HR interview: same format as Ninja, but communication ownership and project clarity are assessed more closely

On-campus drives typically complete all rounds within 2 days at the campus. Off-campus and iBegin drives run 2 to 4 weeks from NQT date to offer letter, covering NQT result declaration, interview scheduling, HR round, and offer generation.

TCS HR interviewers frequently present workplace communication scenarios: notifying a client about a project delay, escalating a technical issue, summarising a project handoff. Candidates who have practised structured business communication respond to these scenarios more cleanly than those encountering the format for the first time.

AI skills and TCS track selection in 2026

TCS CHRO Sudeep Kunnumal stated in March 2026 that 60% of FY26 fresher hires at TCS are AI-skilled, up from 10 to 15% three years ago. TCS also grew its internal AI skills workforce to approximately 270,000 employees, roughly 3x growth in one year, per the same source.

For the Ninja track, this is context, not a barrier. The Foundation section does not test AI skills directly, and Ninja-track roles in service delivery do not require an AI background at entry.

For Digital and Prime, the picture is different. FY27 fresher intake at TCS has been guided down to approximately 25,000, from 44,000 in FY26, with a heavier tilt toward AI-skilled candidates in those two tracks. A smaller intake pool means each Prime or Digital seat is contested by more candidates who can demonstrate a deployed AI project.

Prime and Digital seats are now contested against that 60% AI-skilled baseline. TinkerLLM at ₹299 is the practical starting point for building a first deployable project, the kind of concrete work the Prime track’s extended technical round is designed to assess. The 2026 AI roadmap for Indian engineering students maps the full skill sequence both resources build toward.