... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... This posting is for a 4x10 week day nights shift. 1. First-Line Instrumentation Support for Test ...
... the engineer and customer to understand the results and form accurate conclusions and ... This posting is for a 4x10 week day nights shift. 1. First-Line Instrumentation Support for Test ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
Installs, operates, modifies, and troubleshoots PCs and PC networks used for instrumentation ... the engineer and customer to understand the results and form accurate conclusions and ...
Installs, operates, modifies, and troubleshoots PCs and PC networks used for instrumentation ... the engineer and customer to understand the results and form accurate conclusions and ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
Electrical Engineer - Instrumentation and Controls
$76.60K - $102.40K/yr
Lend engineering expertise to and participate in Piping & Instrumentation Diagram (P&ID), Process Hazard Analysis (PHA), Hazard and Operability (HAZOP), and Safety Integrity Levels (SIL) reviews.
Electrical Engineer - Instrumentation and Controls
$76.60K - $102.40K/yr
Lend engineering expertise to and participate in Piping & Instrumentation Diagram (P&ID), Process Hazard Analysis (PHA), Hazard and Operability (HAZOP), and Safety Integrity Levels (SIL) reviews.
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
Principal Instrumentation & Controls Engineer
Griffith, IN · On-site
$125K - $190K/yr
Ability to analyze, design and produce engineering packages for clients and prepare instrumentation specifications for purchase * Ability to establish and maintain good business relationships with ...
Principal Instrumentation & Controls Engineer
Griffith, IN · On-site
$125K - $190K/yr
Ability to analyze, design and produce engineering packages for clients and prepare instrumentation specifications for purchase * Ability to establish and maintain good business relationships with ...
Ability to analyze, design and produce engineering packages for clients and prepare instrumentation specifications for purchase * Ability to establish and maintain good business relationships with ...
Quick apply
Ability to analyze, design and produce engineering packages for clients and prepare instrumentation specifications for purchase * Ability to establish and maintain good business relationships with ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
... the engineer and customer to understand the results and form accurate conclusions and ... instrumentation, in a manner that allows the test articles to successfully undergo product ...
Instrumentation Engineer information
See Indiana salary details
$11.9K - $25K
0% of jobs
$25K - $38.1K
0% of jobs
$38.1K - $51.2K
1% of jobs
$51.2K - $64.3K
16% of jobs
$72.1K is the 25th percentile. Wages below this are outliers.
$64.3K - $77.4K
14% of jobs
$77.4K - $90.5K
13% of jobs
The median wage is $97.6K / yr.
$90.5K - $103.6K
13% of jobs
$103.6K - $116.7K
15% of jobs
$121.8K is the 75th percentile. Wages above this are outliers.
$116.7K - $129.8K
12% of jobs
$129.8K - $143K
12% of jobs
$143K - $156.1K
6% of jobs
$11.9K
$99.8K
$156.1K
How much do instrumentation engineer jobs pay per year?
What are the key skills and qualifications needed to thrive as an Instrumentation Engineer, and why are they important?
What are some common challenges Instrumentation Engineers face when working on multidisciplinary project teams?
What are Instrumentation Engineers?
What is the difference between Instrumentation Engineer vs Electrical Engineer?
| Aspect | Instrumentation Engineer | Electrical Engineer |
|---|---|---|
| Credentials | Bachelor's in Instrumentation, Control Engineering, or related fields; certifications like Certified Control Systems Technician (CCST) | Bachelor's in Electrical Engineering; Professional Engineer (PE) license often preferred |
| Work Environment | Manufacturing plants, process industries, automation systems | Power plants, electrical systems, construction sites |
| Industry Usage | Process control, automation, manufacturing | Power generation, electrical infrastructure, electronics |
| Job Focus | Design, install, and maintain control systems and instrumentation | Design, develop, and maintain electrical systems and circuits |
Instrumentation Engineers primarily focus on control systems and automation within manufacturing and process industries, while Electrical Engineers work on electrical systems across various sectors. Both roles require technical certifications and often overlap in industrial environments, but their core responsibilities differ significantly.
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Full-time
Posted yesterday
Cummins rating
8.1
Based on 244 frontline employees who took The Breakroom Quiz
103rd of 512 rated manufacturers
Job description
Job Summary:
Operates, calibrates, installs, programs, repairs, designs, and fabricates instrumentation and data acquisition systems.
Key Responsibilities:
Operates, calibrates, installs, programs, repairs, designs, and fabricates instrumentation and data acquisition systems.
Maintains data acquisition systems, test cells operations, rigs and rig rooms; calibrates, installs, programs, troubleshoots, repairs and assembles test systems,
general and specialized instrumentation.
Installs, operates, modifies, and troubleshoots PCs and PC networks used for instrumentation engineering activities.
Evaluates and specifies new equipment; develops new technology; installs and maintains electronic engine monitoring systems.
Fabricates and assembles test fixtures and servo-hydraulic systems; operates, troubleshoots, and repairs hydraulic systems, shakers, and rigs; calibrates
transducers and systems; installs and calibrates strain gauges and thermocouples (micro).
Maintains parts and equipment inventories.
Creates and maintains electronic documentation.
Uses a number of general tools including but not limited to digital multimeter, soldering iron, function generator, and frequency generator.
Reads and interprets electrical wiring diagrams.
Understands and applies appropriate company and department rules and guidelines to work.
Works with and trains apprentices and technicians.
Interfaces with customers, suppliers, engineers, and other functions.
Coordinates programs including planning, scheduling, ordering, and tracking.
Participates in the maintenance of quality procedures.
Leads and participate in improvement projects.
Develops and gives presentations to customers and suppliers.
Knows and complies with all safety policies and procedures.
Demonstrates confidentiality as required.
Participates in self- and team-audits and associated corrective action.
Performs other miscellaneous duties, as required, to get the job done.
This posting is for a 4x10 week day nights shift.
1. First-Line Instrumentation Support for Test Cells
Respond promptly to instrumentation issues in development test cells as they occur. Perform initial troubleshooting, basic diagnostics, and corrective actions in accordance with established procedures. Use your understanding of basic electrical principles and instrumentation fundamentals to determine the best course of action for resolving issues and ensuring measurement accuracy. If the issue cannot be resolved independently, escalate to senior technicians, engineers, or supervisors following the defined escalation process.
2. Issue Logging and Work Documentation
Document all support activities in the LabOps work order tool. Include details such as problem descriptions, troubleshooting steps, time spent, and any parts replaced. Maintain clear and accurate notes to ensure effective shift handovers, enable trend analysis, and support continuous improvement efforts.
3. Calibration and Preventive Maintenance of Instrumentation Equipment
Learn and follow calibration procedures while working collaboratively to support test cell and auxiliary measurement equipment. These processes require attention to detail to ensure compliance with data quality requirements. Communicate effectively with internal customers to coordinate scheduling and ensure timely completion of work.
4. Support Process, Equipment, and Documentation Improvements
Provide timely support for projects aimed at improving processes, equipment, and documentation. Collaborate with team members to identify opportunities that reduce downtime and enhance data quality. Contribute by researching best practices, engaging with subject matter experts, and performing equipment testing
Competencies:
Data Acquisition - Prepares samples, verifies equipment calibration and performs tests according to an approved standard procedure or work instruction in a manner which ensures, and results in, data that can be trusted and delivered to the engineer or customer.
Data Reporting - Prepares documentation in a manner which clearly organizes and presents testing methods, instrument settings, the data and analysis to allow the engineer and customer to understand the results and form accurate conclusions and recommendations.
Product Function Test System Design - Interprets test equipment specifications from test standards or lab customer requirements; selects and integrates appropriate equipment, instrumentation and software to control boundary conditions and collect measurement data; assesses capability of the lab equipment against the requirements and support infrastructure.
Test Article Build - Assembles test articles according to test requirements, including all necessary installation or accommodations for instrumentation, in a manner that allows the test articles to successfully undergo product functional test.
Test Setup and Configuration - Interprets test plan to determine optimal location and orientation within a test space in accordance with local safety and environmental requirements and fabricates required system with appropriate materials.
Action oriented - Taking on new opportunities and tough challenges with a sense of urgency, high energy, and enthusiasm.
Communicates effectively - Developing and delivering multi-mode communications that convey a clear understanding of the unique needs of different audiences.
Decision quality - Making good and timely decisions that keep the organization moving forward.
Drives results - Consistently achieving results, even under tough circumstances.
Manages complexity - Making sense of complex, high quantity, and sometimes contradictory information to effectively solve problems.
Health and Safety Fundamentals - Champions and models proactive health and safety behaviors by identifying, reporting and participating in actions to improve health and safety in order to build an interdependent culture and contribute to an injury-free workplace.
Preventative and Predictive Maintenance - Interprets machine and tool maintenance records and data to develop and execute preventative and predictive management strategies to drive continuous improvement within the manufacturing process.
Problem Solving - Solves problems and may mentor others on effective problem solving by using a systematic analysis process by leveraging industry standard methodologies to create problem traceability and protect the customer; determines the assignable cause; implements robust, data-based solutions; identifies the systemic root causes and ensures actions to prevent problem reoccurrence are implemented.
Values differences - Recognizing the value that different perspectives and cultures bring to an organization.
Education, Licenses, Certifications:
High school diploma, GED or equivalent required with Department of Labor Certification OR
Associates degree from an accredited program in a related field and at least two years of relevant experience OR
Bachelors degree in a related field OR
Relevant military education and experience.
Experience:
High school diploma, GED or equivalent required with Department of Labor Certification OR
Associates degree from an accredited program in a related field and at least two years of relevant experience OR
Bachelors degree in a related field OR
Relevant military education and experience.
About Cummins
Sourced by ZipRecruiter
Cummins Inc., headquartered in Columbus, IN, US, is a global power leader that designs, manufactures, and distributes numerous power products and systems. With its genesis from as early as 1919, the company readily serves diverse industries such as transportation, industrial, generator drive, or marine applications, among others. At the heart of Cummins' operations, its key product lineup encompasses diesel & natural gas engines, generator sets, engine components, and filtration, emission solutions, and electrical power generation systems. Cummins deeply embodies core values of integrity, respect for diversity, teamwork, performance excellence, and social responsibility - all of which dynamically fuel their mission 'Making people's lives better by powering a more prosperous world'.
Industry
Transportation equipment manufacturing
Company size
10,000+ Employees
Headquarters location
Columbus, IN, US
Year founded
1919