Robotics Validation Engineer — Data‑Driven Testing

Groupe-Ebra-1; Greater London; On-site; GBP 55,000 - 85,000; Full time

Benefits offered by this job

Private healthcare

Equity included

Pension

Free daily breakfast and lunch

Job summary

Humanoid is seeking a Validation Engineer to define test scope, write procedures, and drive data-driven validation on our humanoid platform. You will run tests, capture data with DAQ systems, and produce engineering reports for sign-off.

You'll collaborate with Test & Validation Engineers and system owners to translate requirements into measurable acceptance criteria, test plans, and repeatable methods that de-risk hardware under test.

Qualifications

• Background: Hands-on experience in a test and validation environment in robotics, aerospace, or automotive.
• CAD: Working CAD skills (SolidWorks, Fusion 360, or similar) — read/edit models and design fixtures.
• Measurement & DAQ: Experience with electromechanical test equipment and at least one DAQ platform.
• Test Definition: Demonstrable experience writing test procedures, plans, or acceptance criteria.

Responsibilities

• Test Procedures: Author clear, structured test procedures from engineering requirements and data capture formats.
• Acceptance Criteria: Define measurable acceptance criteria for hardware under test.
• Test Plans: Translate validation scope into sequences aligned with the project schedule.
• Measurement: Set up and operate measurement equipment and data acquisition systems.

Skills

Test & validation

Test procedures

CAD

Measurement & DAQ

Problem solving

Tools

National Instruments

Dewesoft

HBK

Job description

Humanoid is seeking a Validation Engineer to define test scope, write procedures, and drive data-driven validation on our humanoid platform. You will run tests, capture data with DAQ systems, and produce engineering reports for sign-off.

You'll collaborate with Test & Validation Engineers and system owners to translate requirements into measurable acceptance criteria, test plans, and repeatable methods that de-risk hardware under test.