Supplier Quality Engineer (Injection Molding & Tooling) - On site at Cricut

Senai, Johor, Malaysia -

Full Time

Start Date

Immediate

Expiry Date

11 Aug, 26

Salary

0.0

Posted On

13 May, 26

Experience

10 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Plastic Injection Molding, Tooling Design, Supplier Quality Engineering, Root Cause Analysis, PPAP, FMEA, Control Plans, SPC, Mold Flow Analysis, Resin Material Selection, Scientific Molding, DOE, 8D, 5 Whys, Fishbone, Supplier Auditing

Industry

Software Development

Description

Company Description About Together we make. Come make with us. Overview About us. At Cricut®, we believe that we’re all born makers. When we built our first cutting machine, we saw the potential for a simple yet powerful tool to completely transform the way people craft, design, and DIY. Since then, we continue to innovate with new machines, platforms, materials, and tools, but that’s just what we do. Who we are is a bustling worldwide community, a means for connection, and an outlet for unbridled creativity. Join us as we place the power of handmade into the hands of ALL. Life Love your work. And your coworkers. Our company is made up of A+ human beings. We ask tough questions, entertain ideas outside of our own, and work together to make something bigger than ourselves. With Cricut® growing in China, the U.K., Australia, New Zealand, as well as Europe and South America, we’re on an unstoppable roll, satisfying that innate creative itch around the world. We train, develop, and celebrate great work with hallway high fives and promotions within. We also throw the world’s best Halloween party. Enjoy incredible perks. We take care of our team. From outstanding medical, dental, vision, and retirement benefits, to pet insurance, 401K match, life insurance, incentive programs, paid time off, on-site massages, phenomenal work-life balance, and employee discounts, we offer the best benefits package in the DIY consumer electronics industry. Period. Like what you see? We can’t wait to meet you. Job Description We are seeking a Supplier Quality Engineer (SQE) with strong expertise in plastic injection tooling & molding processes. The ideal candidate will have hands-on experience in defining, optimizing, and validating molding parameters, reviewing and approving tooling designs, selecting appropriate resin materials, and diagnosing process-related defects. This role will work closely with suppliers to ensure robust, stable, and capable manufacturing processes from tool design through mass production. Key Responsibilities - Responsible for supplier quality plastic injection molded components from development through mass production - Review, evaluate, and approve tooling design (mold design) together with Engineering team to ensure manufacturability, quality, and process robustness - Collaborate with Engineering & suppliers on mold flow analysis, gate location, cooling layout, venting, and shrinkage considerations - Evaluate and approve supplier injection molding processes, including parameter setup and process controls - Determine and validate optimal molding parameters - Lead root cause analysis and corrective actions for molding defects (e.g., sink marks, warpage, short shots, flash, burn marks, cracks, breakage) - Assess and ensure correct resin material selection based on product requirements and application - Conduct supplier audits focusing on molding process capability, tooling condition, and quality systems - Drive continuous improvement initiatives with suppliers to enhance yield, reduce variation, and improve process stability - Responsible for review and approve PPAP, FMEA, Control Plans, and SPC data from suppliers. Technical Requirements - Strong knowledge of plastic injection molding processes and tooling design principles - Experience in tool design review , including: • Gate type and location selection • Runner system (hot runner / cold runner) • Cooling channel design and effectiveness • Venting and air traps • Ejection system design • Shrinkage and warpage considerations - Deep understanding of critical process parameters: • Melt temperature, mold temperature • Injection speed and pressure • Holding/packing pressure and time • Cooling time and cycle optimization etc - Ability to determine process windows and understand parameter variation impact - Experience diagnosing molding defects and linking them to root causes - Knowledge of resin materials (ABS, PC, PP, Nylon, etc.) - Familiarity with scientific molding, decoupled molding, and/or DOE Qualifications *ONLY APPLICABLE TO MALAYSIAN* QUALIFICATION AND EXPERIENCE - Bachelor’s degree in Engineering (Mechanical, Manufacturing, Materials, or related field) - 8+ years of experience in supplier quality or process engineering with injection molding focus - Proven experience in tooling design and process parameter review/approval with suppliers(MUST) - Experience working with external suppliers or contract manufacturers - Strong problem-solving skills (8D, 5 Whys, Fishbone, DOE) - Knowledge of quality standards - Willingness to travel to supplier sites - Must be Effective in communication and reporting Key Competencies - Strong analytical and troubleshooting skills - Cross-functional collaboration - Detail-oriented with focus on process control - Experience in high-volume manufacturing (consumer electronics, automotive, medical devices) - Hands-on experience with molding machines and troubleshooting - Familiarity with mold flow simulation tools (Moldflow, Moldex3D) Additional Information What to Do Next: Please attach your resume including links to your Github and website where applicable. If you want to show your super powers in other ways – include that information too. You can be sure that Cricut® is an employer who values individuality, equality and diversity, so tell us what you’re all about. If you are a Maker or a DIY enthusiast, whether you think you are a good one or not, we would love to hear about it when you send us your information! Department: Quality Assurance

Responsibilities

Manage supplier quality for plastic injection molded components from development through mass production. Review and approve tooling designs and molding parameters to ensure process robustness and product quality.