Position Summary
The Robotics Design Engineer is responsible for designing, developing, and optimizing robotic systems from concept through production. This role blends mechanical design, electronics integration, and collaboration with software and controls teams to create reliable, manufacturable, and high-performance robotic solutions.

Job Functions, Responsibilities & Authorities

• Design inline inspection tools and robotic systems from concept through detailed design and production release.
• Conduct analyses using FEM/CAE tools (including ANSYS) to validate performance, strength, and reliability.
• Execute component and material selection based on mechanical performance, environmental conditions, and lifecycle requirements.
• Develop complete engineering documentation including manufacturing drawings, assembly drawings, specifications, and technical reports.
• Support prototype fabrication, functional testing, qualification, and iterative design improvements.
• Define and prepare assembly procedures and maintenance documentation.
• Support production startup, root-cause failure analysis, and continuous design optimization
• Ensure compliance with applicable engineering standards, codes, and regulatory requirements.

Physical and Mental Requirements:

• Lifting and Carrying: Ability to lift and carry up to 50 pounds.
• Mobility: Must be able to walk and climb to perform duties, including maneuvering within a refinery or plant environment and accessing elevated platforms via ladders and stairwells.
• Communication: Sufficient clarity of speech and hearing, or other communication capabilities, to communicate effectively.
• Focus and Multitasking: Ability to maintain focus and multitask effectively.
• Safety Equipment: Must be able to wear safety equipment as required by the safety department for personal protection, if/where needed in manufacturing environments.
• Personal Mobility and Reflexes: Sufficient personal mobility and physical reflexes, with or without reasonable accommodations, to perform office duties and travel to off-site locations when necessary.

About PIPECARE Group:

PIPECARE Group offers comprehensive In-Line Inspection Services to identify and size pipeline threats, Utilizing advanced technologies such as Magnetic Flux Leakage, Transverse Field Inspection, Ultrasound, and specialized tools, PIPECARE ensures precise detection and assessment of various pipeline anomalies.

What we do:

In-Line Inspection Services

PIPECARE provides In-Line Inspection Services to locate, identify, and size threats, supporting integrity management requirements.

Check out our AI Technology and other cutting-edge technologies by clicking the following YouTube Links:

PIPECARE Group - YouTube

SMART AI CALIPER - Inspection experience like never before

Inspection Technologies

Magnetic Flux Leakage (MFL): Detects and sizes general corrosion and metal loss anomalies, especially circumferentially oriented.

Transverse Field Inspection (TFI): Detects and sizes general corrosion and metal loss anomalies, primarily axially oriented.

Ultrasound (UT): Detects and sizes general and other metal loss anomalies with high depth sizing accuracy.

Ultrasonic Crack Detection: Detects and sizes cracks and colonies of cracks.

Caliper (Geometry): Detects and sizes deviations in the ideal circular shape of a pipeline (dents, ovalities, wrinkles, etc.).

Specialized Tools and Technologies

Combo Tools: Use multiple measurement systems in various combinations.

Specialized Tubing Technologies: Designed for Furnace and Downhole Operations.

Equal Opportunity Employer: We are an equal opportunity employer and all qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity or expression, pregnancy, age, national origin, disability status, genetic information, protected veteran status, or any other characteristic protected by law.