Engineering Mastery:

Advanced Professional Engineering Services

our processes are meticulously designed to integrate seamlessly with your team and projects. We offer the flexibility for our experts to act as part of your team, including leading or participating in engineering discussions. Our role can vary from acting as your Quality Assurance team to reviewing and approving your team’s work. For organizations without an in-house engineering department, we step in to fill that crucial role. Our services extend to conducting one-time audits with actionable recommendations, and we're committed to nurturing your talent through training and mentoring. We also specialize in creating technical documentation and design reports, ensuring your projects not only excel in innovation but also comply with all relevant industry standards and governing bodies. This comprehensive approach underlines our dedication to being more than just consultants; we are your strategic partners in engineering excellence.

At Project JRC,

HAVE A PROJECT IN MIND? LET’S TALK ABOUT A TAILOR-MADE SOLUTION.

As a licensed firm in Louisiana, Texas, and Colorado, we are dedicated to elevating engineering standards with our specialized services. Our expertise spans Regulatory Compliance, Hazard and Risk Analysis, Finite Element Analysis, and beyond. We excel in Equipment Package Design, Structural Analysis, Flow Calculations, and Equipment Sizing, ensuring our designs meet the stringent standards of the ASME BPVC VIII Div.1-3. At Project JRC, we don't just solve problems – we craft innovative solutions in Product Design, Inspection, and R&D, backed by rigorous Analysis & Compliance and Calculations & Verifications. Our approach is tailored to address the unique challenges of each project, ensuring success through meticulous Troubleshooting and Hazard & Risk management.

Project JRC offers
a comprehensive range of professional engineering services, including:

  • Regulatory Compliance: Ensuring engineering practices adhere to industry and government standards.

  • Hazard and Risk Analysis: Identifying and assessing potential risks in engineering projects.

  • Finite Element Analysis (FEA): Using computational techniques to predict how products react to real-world forces.

  • Product Design Consultation: Advising on design aspects to optimize product functionality and manufacturability.

  • General Engineering Calculations: Performing various engineering computations essential for design and analysis.

  • Equipment Package Design: Creating comprehensive designs for machinery and equipment packages.

  • Structural Analysis: Evaluating the structural integrity of designs under various conditions.

  • Flow Calculations: Analyzing fluid dynamics in systems and equipment.

  • Equipment Sizing: Determining optimal dimensions and capacities for machinery and equipment.

  • Product Design: Conceptualizing and developing new product designs.

  • Inspection Services: Conducting detailed inspections to ensure compliance with design and safety standards.

  • Research & Development (R&D): Innovating and developing new technologies or products.

  • Compliance with ASME BPVC VIII Div.1-3 Standards: Adhering to the American Society of Mechanical Engineers Boiler & Pressure Vessel Code for safe design and construction.

  • Simulation and Modeling: Using advanced simulation tools to predict outcomes and optimize designs.

  • Project Feasibility Studies: Assessing the practicality and potential success of proposed projects.

  • Environmental Impact Analysis: Evaluating the environmental implications of engineering projects.

  • Safety Engineering: Implementing and advising on safety protocols and designs.

  • Materials Selection and Analysis: Choosing appropriate materials based on project requirements and analysis.

  • Energy Efficiency Consulting: Providing solutions for more sustainable and energy-efficient designs.