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Apple
Capacitor Component Technologist
Career Insights for Materials Research Engineer
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What they do
A Materials Research Engineer researches materials and works to discover materials that may be used in new and emerging technologies and support innovation. Identifies new or different combinations of materials to improve product performance and durability.
$130,644 / year median in California
+6% projected growth
Job Description
Capacitor Component Technologist Apple
- 4.1 Cupertino, CA Job Details $144,600
- $263,800 a year 2 hours ago Benefits Employee stock purchase plan Health insurance Dental insurance RSU Retirement plan Qualifications Registration, Evaluation, Authorisation and Restriction of Chemicals (REACH) Polymers experience in materials engineering Capacitors Electrochemistry Materials engineering experience within manufacturing Managing global supplier networks Material selection and characterization Manufacturing facility experience Doctor of Philosophy Materials analysis (analytical chemistry specialty) Supply chain management Consumer electronics Traditional material testing Manufacturing Semiconductor experience Factory experience Cross-functional team management Composites experience in material engineering Cross-functional communication Full Job Description Join Apple's innovative hardware team as a Capacitor Component Technologist, where you will own Apple's technology strategy across the polymer, electrolytic, film, and safety capacitor families•driving critical component solutions from initial concept to high-volume mass production across all Apple product lines.
- pellet morphology and sintering chemistry, oxide film formation kinetics, foil etch architecture, winding geometry, and conductive polymer chemistry
- rather than relying on datasheet specifications, and will set Apple's technology direction across these families 3+ years ahead of integration.
- Extensive professional experience across tantalum polymer (MnO₂ and conductive-polymer types, including PFAS-free pellet and termination chemistry), aluminum polymer & electrolytic (etch architecture, conductive layer deposition, ESR/ESL behavior), film capacitor construction (winding geometry, self-healing metallization, voltage derating), and safety/Y-rated capacitors (safe-failure construction, IEC 60384-14 X/Y classification, creepage and clearance).
- Command of the physical mechanisms driving capacitor behavior: dielectric oxide formation kinetics (Ta₂O₅, Al₂O₃), pellet porosity and sintering, polymer conductivity and thermal stability, self-healing metallization failure modes, leakage current mechanisms, and capacitor-level safe-failure design.
- Familiarity with PDN and EMI filter circuit topologies, power supply design, IEC safety standards and regulatory frameworks (including
PFAS/REACH
restrictions and their supply-chain implications), and device-level reliability requirements across consumer electronics product categories. Program Management and Influence- Proven ability to work as an individual contributor within a highly cross-functional environment. Must possess strong interpersonal skills to identify technical challenges, engage with suppliers, drive solutions, and manage development programs to successful and on-schedule delivery. Hands-On Manufacturing Experience
- A minimum of 5 years (preferably in a recent role) of direct, on-site factory floor experience with capacitor manufacturing processes is mandatory. Education and Experience
- PhD in Materials Science & Engineering, Chemical Engineering, Electrical Engineering, Chemistry, or Physics with a minimum of 5 years of relevant professional experience in capacitor or passive component technologies.
- including tuition.