Gas Engine Controls Validation & Automation Engineer

Cintal, Inc.; Chillicothe (OH); On-site; USD 70,000 - 110,000; Full time

Benefits offered by this job

Paid holidays

Paid time off

Medical insurance including dental and

Life insurance

Disability coverage

401(k) employer contribution

Relocation reimbursement

Annual bonus

Job summary

Cintal, Inc. is seeking a dedicated Test Automation Engineer to join the Core Gas Engine Software Test team.

You will focus on test automation, contributing to quality, reliability, and performance of gas engine software through hands-on testing, automation development, and validation activities. Enjoy opportunities to maintain and enhance BSFT automation infrastructure while supporting release validation for current and future gas engine programs, working with embedded systems and CAN/J1939

Qualifications

• Bachelor’s or Master’s degree in Electrical or Computer Engineering.
• Minimum 2–4 years of relevant experience required.

Responsibilities

• Engine software validation and test execution.
• Test result analysis, defect investigation, and root-cause analysis.
• Test automation development and maintenance (automation driver files, scripts).

Skills

Engine Testing, Validation & Troublesh

Data Analysis & RCA

Automation Development (Python, C#)

Embedded Systems & ECMs

V&V Processes Knowledge

CAN/J1939 & Diagnostic Tools

Test Equipment & HIL/SIL

Requirements-based Testing & Defect

Education

Bachelor’s or Master’s in Engineering (Electrical/CS)

Tools

dSPACE

Vector CANoe/CANalyzer

ET

Job description

Cintal, Inc. is seeking a dedicated Test Automation Engineer to join the Core Gas Engine Software Test team.

You will focus on test automation, contributing to quality, reliability, and performance of gas engine software through hands-on testing, automation development, and validation activities. Enjoy opportunities to maintain and enhance BSFT automation infrastructure while supporting release validation for current and future gas engine programs, working with embedded systems and CAN/J1939