... analog and digital I/O systems and hardware, supporting equipment, and design improvements as ... or interns. • Experience with engineering and developing PLC code using the FLS ASYS function ...
... analog and digital I/O systems and hardware, supporting equipment, and design improvements as ... or interns. • Experience with engineering and developing PLC code using the FLS ASYS function ...
Review the existing hardware architecture for PLC-based control systems, analog and digital I/O ... Mentor and supervise younger Engineers or interns. * Experience with engineering and developing PLC ...
Review the existing hardware architecture for PLC-based control systems, analog and digital I/O ... Mentor and supervise younger Engineers or interns. * Experience with engineering and developing PLC ...
Electrical Automation Engineer
Tuscaloosa, AL · On-site
$85K - $132K/yr
Review the existing hardware architecture for PLC-based control systems, analog and digital I/O ... Mentor and supervise younger Engineers or interns. * Experience with engineering and developing PLC ...
Quick apply
Electrical Automation Engineer
Tuscaloosa, AL · On-site
$85K - $132K/yr
Review the existing hardware architecture for PLC-based control systems, analog and digital I/O ... Mentor and supervise younger Engineers or interns. * Experience with engineering and developing PLC ...
Review the existing hardware architecture for PLC-based control systems, analog and digital I/O ... Mentor and supervise younger Engineers or interns. * Experience with engineering and developing PLC ...
Review the existing hardware architecture for PLC-based control systems, analog and digital I/O ... Mentor and supervise younger Engineers or interns. * Experience with engineering and developing PLC ...
Internship Analog Layout information
What is the difference between Internship Analog Layout vs Analog IC Design Engineer?
| Aspect | Internship Analog Layout | Analog IC Design Engineer |
|---|---|---|
| Required Credentials | Typically pursuing or recently completed electrical engineering or related degree | Bachelor's or Master's in Electrical Engineering or related field, with experience in analog design |
| Work Environment | Internship setting, often in a semiconductor or electronics company, focusing on layout tasks | Full-time professional role, involved in designing, simulating, and testing analog circuits |
| Employer & Industry Usage | Used in semiconductor companies, research labs, and startups for training and entry-level tasks | Used in established electronics and semiconductor companies for product development |
Internship Analog Layout focuses on learning and assisting with the physical placement and routing of analog circuits, often as part of a training program. In contrast, an Analog IC Design Engineer is responsible for designing, analyzing, and optimizing analog integrated circuits, requiring more experience and expertise. Both roles are essential in the semiconductor industry but differ in scope, responsibility, and experience level.
What types of projects and responsibilities can I expect during an analog layout internship?
As an Analog Layout Intern, you can expect to work on tasks such as drafting and optimizing circuit layouts using EDA tools, assisting with layout verification (DRC/LVS), and collaborating closely with senior layout engineers and circuit designers. Interns often contribute to real project blocks under supervision, gaining hands-on experience in matching, parasitic extraction, and design rule compliance. This role provides the opportunity to learn industry standards, participate in design reviews, and build a strong foundation for future full-time roles in analog or mixed-signal IC design.
What are the key skills and qualifications needed to thrive as an analog layout intern, and why are they important?
To thrive as an Analog Layout Intern, you need a solid understanding of semiconductor fundamentals, circuit design principles, and a relevant educational background in electrical engineering or a related field. Familiarity with CAD tools such as Cadence Virtuoso and knowledge of industry standards like DRC/LVS checks are typically required. Attention to detail, strong problem-solving skills, and effective communication set outstanding candidates apart. These skills ensure accurate circuit layouts, efficient teamwork, and the ability to meet stringent design specifications crucial in the semiconductor industry.
What is an internship analog layout?
An Internship Analog Layout is a temporary position for students or recent graduates who assist in the design and layout of analog integrated circuits within a semiconductor or electronics company. Interns in this role work closely with experienced engineers to create precise circuit layouts, optimize chip area, and ensure electrical performance. They learn to use Electronic Design Automation (EDA) tools and follow industry standards for layout practices. This internship provides hands-on experience in the field of analog IC design, often as part of a university degree program.
What are the most commonly searched types of Analog Layout jobs in Alabama? The most popular types of Analog Layout jobs in Alabama are:
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Full-time
Re-posted 21 hours ago
Job description
Job Summary
The Electrical Automation Engineer position will support the efforts to upgrade/troubleshoot the existing control systems through the company to optimize plant operations, performance, and efficiency of all manufacturing units and process according to company standards.
Job Responsibilities
• Design and implementation of control strategies based on plant manufacturing processes needs and company vision.
• Work within the team to help multi-faceted upgrades to existing plant controls systems including personnel, programming, HMI and budgeting etc.
• Review the existing hardware architecture for PLC-based control systems, analog and digital I/O systems and hardware, supporting equipment, and design improvements as needed
• Program PLC and DCS control systems, primarily using the Control Logix, Siemens, GE, SCL500 and PLC5.
• Must have the ability to learn FLS ASYS function blocks for the PLC and corresponding HMI graphic objects for the HMI.
• Design and create custom PLC code and HMI graphic objects as needed to integrate sub-system PLCs with the main control system in a way that presents a common interface to the operator.
• Coordinate control system startup, checkout, and commissioning activities with the project manager or team leader.
• Update documentation and backup all the control system applications.
• Participate control system upgrade meetings and develop the strategy at a large cement manufacturing facility as per company standards.
• Mentor and supervise younger Engineers or interns.
• Experience with engineering and developing PLC code using the FLS ASYS function block system and Rockwell system integrator design suite.
• Travel is required to attend the meetings and upgrades within the US as needed.
• Self-starter and ability to work in both teams as well as independently.
• Comply with all company policies and safety regulations.
Qualifications
• Bachelor of Science degree in Electrical Engineering/ Computer science, or another Engineering degree with related experience in controls and automation
• Must have the proficiency in English Language.
• Must have troubleshooting skills.
• Minimum of 3-5 years' experience in industrial manufacturing.
• Must have proven knowledge, learning ability and experience in writing PLC logic, developing programs and troubleshooting for various existing PLC systems including Rockwell Allen Bradley/Siemens/GE/FLS ASYS function block etc.
• Experience with communication protocols, Profinet, Profibus, I/O link, TCP/IP, RS 232, and RS 485 etc.
• Prior experience in interfacing PLCs to a SQL database using an OPC UA interfacing.
• Must have knowledge of basic electrical systems, motor controls, and instrumentation like flow meter, solenoid and level sensors etc.
• Familiarity with computer networking and communication systems, particularly as they relate to automation systems, cisco network certification will be preferred.
• Must be able to read and understand engineering CAD drawings including P&ID, interconnection, and elementary drawings.
• Ability to work cooperatively within the team as well as independently.
• Open to travel within US (30%-40%).
• Successful candidate must submit to post-offer pre-employment physical examination, drug/alcohol screen, background check and FMCSA (if required).
Knowledge, Skills, and Abilities
• Experience in Cement, concrete, and aggregate manufacturing.
• Knowledge of distributed control systems (DCS), Control Logix programming.
• Knowledge of historian database systems (FactoryTalk / OSIsoft-Pi / Canary data/AVEVA/Yokogawa) and data interfacing.
• Familiarity with AutoCAD or other CAD software.
• Ability to review, design and layout the control panels.
• Experience with other HMI systems in a client/server configuration.
• Project management skills.
Working Conditions
• Must be able to perform the job with or without accommodation.
• Must be able to work around the shifts as needed.
• Must be able to work long hours during commissioning / project deadlines.
Physical Requirements
• Requires walking, sitting, lifting, pushing, pulling, and climbing to a significant degree
• Medium Work-Exerting up to 50 pounds of force occasionally, and/or up to 50 pounds or force frequently, and/or up to 20 pounds of force constantly to move objects
• While performing the duties of this job, the employee is regularly required to talk and hear, to communicate to employees/visitors as well as function safely around heavy rolling equipment
• Must be able to perform all job functions which include, but may not be limited to, pushing, turning, and/or pulling of controls.
The Electrical Automation Engineer position will support the efforts to upgrade/troubleshoot the existing control systems through the company to optimize plant operations, performance, and efficiency of all manufacturing units and process according to company standards.
Job Responsibilities
• Design and implementation of control strategies based on plant manufacturing processes needs and company vision.
• Work within the team to help multi-faceted upgrades to existing plant controls systems including personnel, programming, HMI and budgeting etc.
• Review the existing hardware architecture for PLC-based control systems, analog and digital I/O systems and hardware, supporting equipment, and design improvements as needed
• Program PLC and DCS control systems, primarily using the Control Logix, Siemens, GE, SCL500 and PLC5.
• Must have the ability to learn FLS ASYS function blocks for the PLC and corresponding HMI graphic objects for the HMI.
• Design and create custom PLC code and HMI graphic objects as needed to integrate sub-system PLCs with the main control system in a way that presents a common interface to the operator.
• Coordinate control system startup, checkout, and commissioning activities with the project manager or team leader.
• Update documentation and backup all the control system applications.
• Participate control system upgrade meetings and develop the strategy at a large cement manufacturing facility as per company standards.
• Mentor and supervise younger Engineers or interns.
• Experience with engineering and developing PLC code using the FLS ASYS function block system and Rockwell system integrator design suite.
• Travel is required to attend the meetings and upgrades within the US as needed.
• Self-starter and ability to work in both teams as well as independently.
• Comply with all company policies and safety regulations.
Qualifications
• Bachelor of Science degree in Electrical Engineering/ Computer science, or another Engineering degree with related experience in controls and automation
• Must have the proficiency in English Language.
• Must have troubleshooting skills.
• Minimum of 3-5 years' experience in industrial manufacturing.
• Must have proven knowledge, learning ability and experience in writing PLC logic, developing programs and troubleshooting for various existing PLC systems including Rockwell Allen Bradley/Siemens/GE/FLS ASYS function block etc.
• Experience with communication protocols, Profinet, Profibus, I/O link, TCP/IP, RS 232, and RS 485 etc.
• Prior experience in interfacing PLCs to a SQL database using an OPC UA interfacing.
• Must have knowledge of basic electrical systems, motor controls, and instrumentation like flow meter, solenoid and level sensors etc.
• Familiarity with computer networking and communication systems, particularly as they relate to automation systems, cisco network certification will be preferred.
• Must be able to read and understand engineering CAD drawings including P&ID, interconnection, and elementary drawings.
• Ability to work cooperatively within the team as well as independently.
• Open to travel within US (30%-40%).
• Successful candidate must submit to post-offer pre-employment physical examination, drug/alcohol screen, background check and FMCSA (if required).
Knowledge, Skills, and Abilities
• Experience in Cement, concrete, and aggregate manufacturing.
• Knowledge of distributed control systems (DCS), Control Logix programming.
• Knowledge of historian database systems (FactoryTalk / OSIsoft-Pi / Canary data/AVEVA/Yokogawa) and data interfacing.
• Familiarity with AutoCAD or other CAD software.
• Ability to review, design and layout the control panels.
• Experience with other HMI systems in a client/server configuration.
• Project management skills.
Working Conditions
• Must be able to perform the job with or without accommodation.
• Must be able to work around the shifts as needed.
• Must be able to work long hours during commissioning / project deadlines.
Physical Requirements
• Requires walking, sitting, lifting, pushing, pulling, and climbing to a significant degree
• Medium Work-Exerting up to 50 pounds of force occasionally, and/or up to 50 pounds or force frequently, and/or up to 20 pounds of force constantly to move objects
• While performing the duties of this job, the employee is regularly required to talk and hear, to communicate to employees/visitors as well as function safely around heavy rolling equipment
• Must be able to perform all job functions which include, but may not be limited to, pushing, turning, and/or pulling of controls.