Full-Time

Industrial Engineer

Confirmed live in the last 24 hours

Applied Materials

Applied Materials

10,001+ employees

Materials engineering for semiconductor and display manufacturing

Hardware
Industrial & Manufacturing

Compensation Overview

$110.5k - $152kAnnually

+ Bonus + Stock Award Program

Senior, Expert

Santa Clara, CA, USA

Relocation is not eligible.

Category
Manufacturing Engineering
Mechanical Engineering
Required Skills
CAD
Data Analysis
Requirements
  • Bachelor's Degree
  • 7 - 10 Years
Responsibilities
  • Drive Continuous Improvement methods to achieve breakthrough improvements in Logistics performance metrics.
  • Understand data trends and drive quantified results by designing and deploying analytical systems and processes.
  • Drive optimization of the Value Stream from a wholistic view by eliminating waste and making flow improvements across / within manufacturing, supply chain, logistics, and/ or service product operations.
  • Performs evaluation of internal process controls, communications, risk assessments and maintenance of documentation.
  • Perform Engineering analysis including process design, time and motion study, and recommend manufacturing line improvements.
  • Assist in the implementation of these projects into business with quality tools, supporting processes and ongoing measures for success.
  • Develop and implement manufacturing facility design of plant layout, material handling systems, material staging and warehousing as desired.
  • Work closely with automation, industrial and Operational excellence team to implement changes in warehouse layout and optimize layout for better productivity.
  • Develop & optimize the layout of facility, machinery, and other equipment using CAD & simulation tools.
  • Utilize six sigma tools like DMAIC, Kaizen, 8D, fish-bone diagrams, A3, and other lean tools for root cause analysis.
  • Drive continuous improvement projects in the Logistics Business unit with the objective of minimizing cycle time and cost reduction without compromising safety and quality.
  • Conduct root cause analysis, devise Poka-Yoke solutions, implemented Kanban cards on workstations and logistics processes.
  • Implement Lean and CI best practices throughout the facility.
  • Calculate and maintain capacity data for materials processing, people, space, and equipment associated with production.
  • Analyze and perform time & motion studies for logistics inbound and outbound operations and other facility operations.

Applied Materials specializes in materials engineering solutions, focusing on the production of advanced semiconductor chips and displays. The company provides equipment, services, and software that allow clients to modify materials at atomic levels, which is essential for creating next-generation electronic devices. Unlike many competitors, Applied Materials emphasizes its expertise in materials engineering, enabling clients to innovate effectively. The goal of Applied Materials is to transform technological possibilities into reality, supporting advancements across various industries.

Company Stage

IPO

Total Funding

$1.2M

Headquarters

Santa Clara, California

Founded

1967

Growth & Insights
Headcount

6 month growth

2%

1 year growth

5%

2 year growth

9%
Simplify Jobs

Simplify's Take

What believers are saying

  • Growing AI and machine learning demand boosts need for Applied Materials' equipment.
  • 5G technology rise accelerates demand for high-performance semiconductor devices, benefiting Applied Materials.
  • Quantum computing research increases need for specialized semiconductor equipment, presenting growth opportunities.

What critics are saying

  • Pomerantz Law Firm's investigation may lead to legal challenges and financial penalties.
  • Maskless OLED technology faces competitive pressures, potentially impacting Applied Materials' market share.
  • India expansion may encounter regulatory hurdles, affecting project timelines and costs.

What makes Applied Materials unique

  • Applied Materials excels in atomic-level material modification for semiconductor and display industries.
  • The MAX OLED technology offers cost-effective OLED production on large glass substrates.
  • Their expertise in eco-friendly materials engineering aligns with sustainable manufacturing trends.

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