
Baker Hughes software-engineering interviews mix a HireVue video or recruiter screen, technical rounds covering core data structures and codebase reasoning, and project-focused discussions, with intern roles adding a timed aptitude or technical screening test before a final managerial or HR round and offer decision.
$115K
Avg. Base Comp
$140K
Avg. Total Comp
2-5 rounds
Typical Rounds
Not reported
Process Length
Baker Hughes' software-engineering interviews share some common elements whether you're applying as an experienced engineer or as an intern, even though the exact mix of rounds differs by level. Intern-track candidates typically start with a recorded HireVue video screen before moving into more traditional technical and resume-focused rounds, while a Lead Embedded Engineer candidate instead had HR reach out first with questions about their current job before the actual interview day.
For intern roles, there's often a demanding written or recorded technical screen sitting between the video round and the in-person interview. A Software Intern candidate described a three-hour multiple-choice exam covering code snippets, quantitative reasoning, and basic operating-system and networking topics. A Digital Technology Intern candidate faced a recorded interview with a hard, LeetCode-level data-structures problem. That candidate also faced a separate technical screening component of roughly 63 questions crammed into a 30-minute window.
Once candidates reach the core technical conversation, the emphasis is on fundamentals explained clearly rather than obscure trivia. A Field Engineer candidate was asked to reverse a linked list, print array elements within a range, and generate a Fibonacci series, and had to walk through time complexity as they went. A Lead Embedded Engineer candidate described two technical rounds built around codebase understanding and logical problem-solving instead of textbook algorithm questions. Later rounds shift toward your own projects. Expect to explain the problem you were solving, why you chose a particular technology, and how you worked through setbacks. Expect behavioral questions about competing priorities, deadlines, and personal growth as well.
The process typically closes with a managerial or HR conversation. One candidate who reached this stage described a salary discussion followed by roughly a month of background verification before the offer came through. Outcomes in these candidate reports were mixed, so treat the earlier technical and project rounds as the real filter rather than assuming the later stages are a formality.
Synthesized from 18 candidate reports by our editorial team.
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Synthesized from candidate reports. Individual experiences may vary.
Baker Hughes software-engineering interviews often open with a short screen rather than a full interview day. A Lead Embedded Engineer candidate said HR reached out first with some normal questions about their current job before setting up an interview day that began with an introduction and CV review. Intern-track candidates instead describe an asynchronous HireVue video screen. A Digital Technology Intern candidate received five questions with one minute to prepare and three minutes to record each answer, and the screen wrapped up in about fifteen minutes. A Software Intern candidate's HireVue round centered on behavioral prompts like challenges faced on past projects and personal strengths and weaknesses.
For intern-track roles, a long written or recorded technical screen follows the initial video round. A Software Intern candidate described a three-hour multiple-choice exam covering code snippets, quantitative reasoning, and basic operating-system and networking concepts, calling the quant section tougher than typical intern-level material. A Digital Technology Intern candidate faced a recorded video interview with a hard, LeetCode-level data-structures problem plus other questions on aptitude, algorithms, and general technical knowledge. That candidate also faced a separate technical screening component of roughly 63 questions packed into a 30-minute window.
Once candidates clear the initial screens, the technical rounds mix fundamentals with project discussion. A Field Engineer candidate's first technical round covered reversing a linked list, printing array elements within a range, and generating a Fibonacci series. The interviewer pushed for a clear explanation of approach and time complexity alongside resume questions. A Lead Embedded Engineer candidate described two technical rounds centered on codebase understanding and logical problem-solving rather than abstract algorithms. A Software Intern candidate's final round added easy data-structure problems like finding primes and summing sequences, layered on top of deeper object-oriented programming questions tied to their resume projects.
Later rounds lean heavily on how you talk about your own work. A Field Engineer candidate's second round was almost entirely focused on actual projects and behavioral fit. Two interviewers asked about what the candidate had built, the challenges faced and how they were solved, handling competing priorities, and moments of personal growth. A Software Intern candidate's final in-person round asked for the specific problem statements tackled and why particular technologies were chosen, alongside deep, not surface-level, object-oriented programming questions. A Digital Technology Intern candidate described later manager conversations that shifted to behavioral questions about handling multiple deadlines and organizing time under pressure, conducted in English throughout.
The process closes with a managerial or HR conversation and, for some candidates, a job offer. A Lead Embedded Engineer candidate said this stage included a salary discussion followed by background verification that took about a month before the offer was finalized. Outcomes varied across these software-track accounts. The Lead Embedded Engineer, Software Intern, and DSA-focused Field Engineer candidates all received offers, while the Digital Technology Intern candidate did not receive an offer.