Semiconductor Equipment Reliability Engineer

Samsung Semiconductor; Taylor (TX); Presencial; USD 95 000 - 120 000; Tempo integral

Vantagens oferecidas por esta oferta de emprego

Medical, dental, and vision insurance

Life insurance and 401(k) matching

Onsite facilities and wellness program

Paid time off and holidays

Resumo da oferta

Samsung Austin Semiconductor seeks an Equipment Engineer to document, trend, and sustain the health of the In/Out Room equipment fleet, including heaters and N2 pump systems. You will build real-time dashboards, create maintenance procedures, and act as the primary contact when the tool is down, coordinating with vendors as needed.

The role involves night shifts (12-hour) on a compressed schedule, ownership of fleet health, data analysis, and collaboration with equipment engineers to drive

Qualificações

• Bachelor degree in Mechanical, Industrial, or Process Engineering.
• 3+ years of hands-on experience with sub-fab systems in semiconductor industry.
• Experience with TPM concepts and maintenance.
• Proficiency in data/statistical analytics.

Responsabilidades

• Understand the core function of each equipment type and its performance.
• Maintain procedures and schedules for equipment maintenance.
• Build dashboards and rank fleet health using parameter data.
• Lead root cause investigations for abnormal equipment failures.
• Interface with peers to drive improvements in modular equipment.

Conhecimentos

Mechanical repair

Data analytics

TPM concepts

Industrial sensors

Formação académica

Bachelor of Engineering in Mechanical, Industrial, or Process Engineering

Descrição da oferta de emprego

Samsung Austin Semiconductor seeks an Equipment Engineer to document, trend, and sustain the health of the In/Out Room equipment fleet, including heaters and N2 pump systems. You will build real-time dashboards, create maintenance procedures, and act as the primary contact when the tool is down, coordinating with vendors as needed.

The role involves night shifts (12-hour) on a compressed schedule, ownership of fleet health, data analysis, and collaboration with equipment engineers to drive