Hardware QA Tester

Cricut® empowers people to make and personalize almost anything—from custom cards and apparel to everyday items and home décor. Our smart cutting machines, design apps, and materials make creativity easy and accessible for everyone. We believe everyone is born creative, and our mission is to put the power of handmade into the hands of all. With a passionate community of Makers around the world, Cricut helps turn inspiration into real, tangible creations—one project at a time.

Let’s make.

Cricut has an immediate opportunity for a Hardware QA Tester in our Hardware Quality team. You will be responsible for carrying out test plans for new & existing products based on the Product Requirements and Engineering Specifications. You should be able to drive the projects independently, and support QA concerns in meetings with cross-functional and project teams.

Needed Skills

- Quick learner with a great attitude
- Have excellent interpersonal skills – verbal and written communication
- Self-starter, capable of working independently
- Experience with one or more of the following: mechanical parts, gears, castings, plastic parts, injection molding, tooling, jigs, fixtures, or automotive high-volume quality manufacturing engineering
- Able to maintain high attention to detail even while working on repetitive tasks.
- Able to lift 70 lbs
- Able to travel up to 10% of the time

Requirements

Quick learner with a great attitude; Strong in mechanical problem-solving and logical thinking skills; Experience using calipers and digital microscopes; Experience with Microsoft Excel and using basic formulas; Understanding of sum, max, min, average, standard deviation, etc.; Ability to collect, collate, and present data and findings from tests.

Nice to have

Knowledge of current Cricut products: Explore, Maker, Easy Press and other products and tools; Experience testing, analyzing, troubleshooting, or repairing issues with hardware, mechanical, electronic devices; Experience in root cause analysis and fixing hardware issues; Creo and/or Solidworks experience; Hands on experience with machining equipment (tap a hole, mill, and lathe); Microcontroller programming: Arduino, C++, python; Skills in 3D printing and rapid prototyping; Knowledgeable in production control processes, data analysis six sigma tools such as GR&R, Cp/Cpk, SPC, DOE, correlation analysis, t-tests, confidence intervals, etc.; Experience with Minitab or other statistical analysis software; Experience in Mechanical design with CAD; Knowledge of DC circuits