1p3a Question · Dec 2025 · USA

Airtable Frontend Engineer Phone Screen Interview Experience USA

SWE Phone Screen Easy

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I completed technical phone screen for Airtable and wanted to share my experience. No AI allowed unfortunately :( ## Overview - Quick intros - Demo of a feature in an Airtable app - The actual exercis

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I completed technical phone screen for Airtable and wanted to share my experience. No AI allowed unfortunately :( ## Overview - Quick intros - Demo of a feature in an Airtable app - The actual exercise - Q/A I really enjoyed the way the interviewer presented the problem b/c most of the time, the problem is presented as "here's the exercise, good luck". This interviewer went above and beyond and presented the product context before the actual exercise. That in my book tells me that the engineers value product thinking which is a high ROI skill in this era ## The exercise Within an Airtable app, you can create grid components. Grid components are like spreadsheets. You can create columns, add rows, delete column, delete row, update cells. When you update cells, you are able to do undo/redo. You can do the same for even the add/delete row and add/delete column operations. The interviewer did a quick demo via screen share! I asked a few questions about the product context to identify what's in scope vs. out of scope ## Where do you come in You are given a Table class with some filled out functions. Here's the interface you have: * Table is represented internally as a "2D dict". Something like {row1: {col1: value1, col2: value2, ...}, row2: ....} *row_idsarray containing the list of row ids *column_idsarray containing list of column ids The functions inTableclass: *add_column*remove_column*add_row(row_id)*remove_row(row_id)*set_cell(row, col, value)*get_cell(row, col)*get_row_ids()*get_column_ids()These functions are really straightforward and already handle key errors by raising exception! ### Iteration 1: Implementundo()andredo()for set_cell case For this problem and future parts, you are not allowed to add function parameters toundo()andredo()`. Think about why based on the product context Simple test case:

table = Table() table.add_row("test_row") table.add_column("test_col") # Set initial value table.set_cell("test_row", "test_col", "initial_value") assert table.get_cell("test_row", "test_col") == "initial_value" table.set_cell("test_row", "test_col", "changed_value") assert table.get_cell("test_row", "test_col") == "changed_value" table.undo() assert table.get_cell("test_row", "test_col") == "initial_value", "Undo should revert to previous value" table.redo() assert table.get_cell("test_row", "test_col") == "changed_value", "Redo should restore the undone change"

I bounced a couple of ideas with the interviewer and we aligned on using a diff history like approach to save on space complexity. The interviewer had me write a few test cases to verify correctness. ### Iteration 2: Extend undo() and redo() for the other operations (eg: add_row, remove_row, add_column, remove_column) I didn't get to this part by the time I completed iteration 1. I did talk about my high level thought process. Hopefully I did enough to move forward. ## Tips * Keep a consistent channel of communication with the interviewer * Confirm your understanding of the requirements by paraphrasing what the interviewer said in your own words. Always stay on the same page * Try to use as much of the existing code as possible. Keep your changes small so debugging is easier! * The already implemented code is confirmed to work at least when the interviewer provided the code. Your focus should be on the undo() and redo() functions. You can modify the other functions though if it helps. The interviewer specifically called out that he liked how I used existing pieces as much as possible. Don't reinvent the wheel * I was initially psyched by the difficulty for airtable's phone screen since interview question db suggested people got asked "implement connection pool with timeout" which was not at all on leetcode but marked as "hard". Didn't get asked that thank god. Something much more real and product facing

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About Airtable Interview Reports

This question was reported by a candidate who interviewed at Airtable. LeakCode aggregates interview reports from 10+ sources, including 1Point3Acres, Glassdoor, LeetCode Discuss, Blind, Reddit, Indeed, and Nowcoder. Each report is translated where necessary, deduplicated against existing entries, and tagged by company, role, round type, and reporting date.

Use this question as one calibration data point, not a memorization target. Companies typically rotate their question pools every 2-4 months; the exact wording of a 2024 question may differ from what you encounter today. The underlying pattern, difficulty level, and follow-up depth at Airtable are the higher-signal extractions to take from this report.

For broader preparation context, the Airtable interview process typically includes a recruiter screen, one or two technical phone screens, and a 4-5 round on-site loop covering coding, system design (at L4+ levels), and behavioral. Reports tagged on LeakCode show the round-by-round distribution and typical difficulty calibration. To browse questions filtered by round type and seniority, use the company hub linked above.

How To Practice This Type of Question

Solve similar problems on LeetCode under timed conditions (25-35 minutes per medium difficulty). The goal is pattern recognition: recognize the underlying technique (sliding window, two-pointer, BFS, memoized recursion, etc.) within 60-90 seconds of reading. Strong candidates verbalize their hypothesis out loud before coding, then iterate based on feedback. Weak candidates dive into implementation immediately, lose time on the wrong approach, and run out of time for follow-ups.

Companies update their question pools every 2-4 months. The exact wording of any given question may have been retired by the time you interview. Focus your prep on the pattern, not the specific problem. The patterns that appear in Airtable reports consistently are the ones worth investing in; one-off niche problems are not.

During Your Airtable Round

Apply the standard interview round template: clarify requirements (2-3 minutes), state your approach out loud and confirm direction with the interviewer (3-5 minutes), code with narration (15-25 minutes), test with concrete examples including edge cases (5 minutes), discuss optimization or trade-offs if time permits (5 minutes). This template is universally accepted across FAANG and adjacent companies; deviating from it produces weaker interviewer feedback signal.

The single most predictive failure mode in Airtable reports tagged "no hire": not asking clarifying questions. Interviewers are explicitly trained to weight this. Strong candidates ask 3-5 clarifying questions even on problems that look obvious; weak candidates dive into code immediately. The clarifying-question check is often the first signal recorded in the interviewer's written notes.