Educational Cooperative at Rochester Electronics L

Newburyport, Massachusetts, United States -

Full Time

Start Date

Immediate

Expiry Date

07 Jan, 26

Salary

0.0

Posted On

09 Oct, 25

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Computer Skills, Communication, Attention To Detail, Statistical Methods, Standard Operating Procedures, Six-Sigma, LEAN, Computer-Aided Design, Process-Flow, Manufacturing Setup, Failure Analysis, Assembly Engineering, Packaging Engineering, Automation, Project Management, Reliability Testing

Industry

Semiconductor Manufacturing

Description

General Summary The Manufacturing Education Cooperative may operate across a variety of areas, or specialize, in manufacturing and semiconductor assembly in support of the company’s products. Areas include, but are not limited to, assembly/process engineering, package engineering, wafer fab integration engineering, product engineering, test engineering, failure analysis, design engineering, quality engineering and reliability engineering. This role is entry-level targeting co-op candidates for a future in semiconductor fabrication. Responsibilities * Utilize computer-based manufacturing systems to record data * Analyze/process data pursuant to project goals * Organize documentation and department records * Perform computer-aided design, process-flow, manufacturing setup, and other applicable software support * Adjust, calibrate, align, or modify equipment and record effects on unit performance * Complete paperwork associated with testing and troubleshooting * Follow defined specifications and reaction paths in the basic operation of equipment * Execute instructions and perform experiments to improve performance * Summarize learnings and provide verbal and written reports of results to stakeholders * Maintain a well-organized and audit ready work areas * Apply 6S, Six-Sigma, and LEAN concepts to practice Unit Specific Responsibilities and Duties * Failure Analysis 1. Understand and safely use physical, chemical, and electrical concepts surrounding semiconductor function and manufacturing 2. Carry out analytical processes such as electrical verifications, chemical and physical de-processing, performing cross-sections, etc 3. Conduct optical and scanning electron microscopy (SEM) on samples * Assembly Engineering 1. Tasks related to semiconductor assembly engineering * Packaging Engineering 1. Tasks related to AutoCAD semiconductor assembly drawings and packaging * Automation & Innovation 1. Tasks related to the automation of RE assembly processes 2. Knowledge or interest in software coding and computer science helpful * Planning or Project Management 1. Tasks related to workflow planning and organization 2. Knowledge or interest in Python and Power BI helpful * Reliability 1. Operate various environmental stress and reliability test equipment 2. Record the results of a variety of environmental and mechanical sequence tests. * Archives 1. Create traceability coding and renaming, data packs, and digitization to support the business Qualificaitions * An in-progress high school diploma is required * The successful candidate should be interested in math, science, engineering, and/or semiconductor assembly, or a related field. * Work with statistical methods or Statistical Process Control charts helpful, but not required * Able to read, understand, and execute Standard Operating Procedures * Skills 1. Basic computer skills 2. Ability to communicate verbally 3. Pay close attention to detail * As a Rochester employee, it is expected that the individual represents, supports, and encourages the Rochester culture by adherence to work policies and practices set forth within the company

Responsibilities

The role involves utilizing computer-based manufacturing systems to record and analyze data, organize documentation, and perform various engineering tasks related to semiconductor manufacturing. The candidate will also execute instructions, perform experiments, and maintain organized work areas while applying relevant methodologies.