JOB DESCRIPTION

We are seeking a mechanical engineering intern to support the modernization of a coil tubing (CT) dynamometer system used to test downhole motors. This system circulates fluid through a motor while applying load to measure performance, integrating mechanical, fluid, and controls systems.

This project is focused on developing a structured engineering definition package using current standards. The goal is to create a clear, organized foundation that can be used for future system redesign and deployment. This is a multidisciplinary opportunity that provides exposure to real-world system integration-not just component-level design.

Key Responsibilities & Deliverables:

• Develop a system overview and functional breakdown of the existing CT dyno, identifying major subsystems and how they interact
• Create an updated Piping & Instrumentation Diagram (P&ID) using current company standards
• Generate a high-level mechanical layout (general arrangement) showing major components and flow paths
• Define an instrumentation and I/O list, including key measurements (flow, pressure, temperature, torque, speed) and signal types
• Support development of a controls concept, including block diagrams of control loops and system interactions
• Perform a gap analysis to identify missing information, risks, and areas requiring redesign or clarification
• Provide modernization recommendations for updating the system using current controls and data acquisition standards (e.g., PLC-based architecture)

What You'll Gain:

• Hands-on experience with fluid systems, rotating equipment, and test systems
• Exposure to controls, instrumentation, and data acquisition concepts
• Experience working on a multidisciplinary engineering project with real business impact
• Insight into how complex systems are defined, documented, and prepared for deployment

This role is ideal for a student interested in systems-level engineering and looking to bridge the gap between academic theory and real-world applications.