Interview Engineer, fixed-term contract - 40-hours/week (New Zealand)

Overview

Karat is seeking talented New Zealand-based engineers ready to commit to a dedicated, availability-based contract through October 2026. This is a fixed-term engagement with a structured weekly availability commitment through end of October. You will hold a consistent block of hours each week during which you are available to conduct interviews, including short-notice requests. Availability outside of standard business hours and on weekends is welcome.

Responsibilities

• Commit to a consistent weekly availability block of 40 hours to accept and conduct interview assignments, including short-notice requests; evenings and weekends are welcome.
• Conduct structured 60-minute technical interviews through Karat's platform across domains such as back-end, full-stack, front-end, and system design.
• Submit thorough written evaluations of each candidate's coding approach, technical knowledge, and communication skills.
• Maintain Karat's standards for structured, inclusive, bias-mitigated interviewing throughout your engagement.

Requirements

• 3+ years of professional software engineering experience
• Experience conducting technical interviews, either through a formal employer program or independently
• Strong written and verbal English communication skills; clear, efficient evaluation write-ups matter here
• A reliable home setup: stable internet connection, working webcam, and microphone
• Genuine availability to hold a consistent weekly block for the full three-month term; this is not a pick-up-when-you-want arrangement

Engagement Details

• Duration: Through October 2026
• Weekly commitment: 40 hours
• Availability windows: Flexible, including evenings and weekends
• Compensation: Hourly rate
• Location: Remote; must be currently located in New Zealand
• Classification: Independent Contractor

Upon contract conclusion, contractors may opt into Karat's standard Interview Engineer program, which operates on a per-interview compensation model.