IBM ASE 2027 Hiring — Test Series

Nine reported conversation and role-play scenarios: read the facts, then answer each question aloud in full sentences. Record, replay and self-check. Practice material; scenarios may match real ones. No AI scoring yet.

28 reported fill-in-the-blank sentences covering verb forms, prepositions, articles and word forms. Choose the word that completes each sentence correctly. Practice material; items may match real ones.

11 reported sentences that each contain one grammar mistake. Pick the correctly written version. Practice material; items may match real ones.

Seven frequently reported prompts on problem solving, analysing data and spotting opportunities. Practice with real timers and a self-audit. Practice material re-written from candidate reports; some prompts may match real ones.

Seven frequently reported prompts on coordination, project management, monitoring progress and explaining complex information. Practice material re-written from candidate reports; some prompts may match real ones.

Seven frequently reported prompts on negotiation, conflict, leadership, developing others and adapting to change. Practice material re-written from candidate reports; some prompts may match real ones.

Important batch: the easier coding questions reported for the in-person round — Alphabet Wheel Decryption and Largest Repackaged Packet — plus a Delivery Fee Calculator exercise based on the Quickbites bug. Practice material; some questions may match real ones.

Important batch: the two harder coding questions most often reported from IBM's virtual coding round — Counting Increasing Segments and Anagram Halves. Practice material re-written from candidate reports; some questions may match real ones.

Two actual IBM ASE Coding Round 1 questions reported by candidates — grouping scores by consecutive difference (sorting) and maximizing server performance with a sliding window.

Three more pictures to describe out loud: a cafe street, a home office on a video call and a retail checkout counter. Study each for about 30 seconds, describe it for up to a minute, then replay to check your fluency. There is no AI scoring yet.

Three pictures to describe out loud: an office brainstorm, a busy railway station and a coding training lab. Study each for about 30 seconds, describe it for up to a minute, then replay to check your fluency. There is no AI scoring yet.

Six short prompts on everyday and workplace topics. Answer out loud using the Point-Reason-Example-Point structure from the toolkit lesson, then replay to catch fillers and grammar slips. There is no AI scoring yet.

Four passages to read aloud clearly, record yourself, and replay to self-check pronunciation, pace and pausing. There is no AI scoring yet, so the replay is where the learning happens.

Three more behavioral prompts on problem solving, explaining technical ideas simply, and your motivation for the role — same webcam, real timers, no retakes, and a self-audit after each answer.

Three more behavioral prompts on adaptability, prioritisation and handling feedback — same webcam, real timers, no retakes, and a self-audit after each answer.

Practice the Knockri video behavioral round yourself — webcam, real timers, no retakes, with a self-audit checklist after each answer. No AI grading exists yet, so the practice is on you catching your own gaps.

Two IBM ASE 2027 Offline / In-Person Coding Round previous-year questions (Set 3 of 3) — first non-repeating character and the longest run of 1s after one flip.

Two IBM ASE 2027 Offline / In-Person Coding Round previous-year questions (Set 2 of 3) — sliding-window subarray minimums and multi-record employee aggregation.

Two IBM ASE 2027 Offline / In-Person Coding Round previous-year questions (Set 1 of 3) — per-key load aggregation and merging overlapping intervals.

Two IBM ASE 2027 Online Coding Round previous-year questions (Set 3 of 3) — binary run-length packetization and the longest subarray divisible by k.

Two IBM ASE 2027 Online Coding Round previous-year questions (Set 2 of 3) — greedy packet repackaging and the greatest common divisor of two strings.

Two IBM ASE 2027 Online Coding Round previous-year questions (Set 1 of 3) — sliding-window load detection and a prefix-sum split-point count.