Course / Course Details

SMART PLANT 3D

  • Kiran KR image

    By - Kiran KR

  • 4 students
  • 120 Hours
  • (0)

Course Description

S3D is Called as Smart 3D, S3D, SP3D, Smart Plat 3D. S3D Smart Plant Enterprise solutoin for the mining, port, power, pulp and paper industries. Smart Plant 3D training Materilas handling editorn, to automate the design and modeling of bulk materials handling systmes

IntergraphSmart 3D ensures design accuracy and consistency through the enforcement of design rules. Smart 3D reduces design errors, minimizes engineering changes, and cuts down on rework. Design rule enforcement increases project quality and reliability by enabling faster and more efficient creation, transfer, and review of design iterations. All project participants can make informed and timely decisions throughout the project

Smart 3D provides tools for the continuous monitoring of design rules and notification of the impacts of change throughout a project’s design phase. Downstream impacts to drawings resulting from engineering changes are also trapped and notification provided in real-time. This further ensures that packages transmitted to procurement and the field always represent the latest and most accurate information.

Smart 3D provides a true multi-discipline design environment where all designs are fully visible to all parties at any point in time. You can make early and informed decisions about system design by reviewing the model with the owner and other key stakeholders at various design stages.

Course Curriculum

  • 13 chapters
  • 19 lectures
  • 1 quizzes
  • 120 Hours total length
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1 Smart Plant 3D Introduction
10 Min


2 Templates/Session Files
20 Min


3 Understanding the requirements of SP3D in modern Oil & Gas Technology.
10 Min


4 Understanding the system requirement for SP3D.
10 Min


5 • Understanding the graphic window and workspace explorer.
10 Min


6 .Knowing the tabs in the workspace explorer.
14 Min


7 .Understanding menus and their functions.
13 Min


8 • Understanding of filters and the hierarchy system in SP3D.
15 Min


9 • Knowing the filter hierarchy and setting up filters as needed.
15 Min


10 • Understanding and knowing the global N & E coordinates and setup accordingly.
15 Min


11 SP3D Introduction [Quiz]
N/A


1 •Equipment and Furnishing Overview.
15 Min


2 •Place Equipment Command.
10 Min


3 • Modeling of Horizontal Vessel
10 Min


4 Modeling of Vertical Vessel
10 Min


5 • Modeling of Heat Exchanger
10 Min


6 Modeling of Pumps
10 Min


7 • Place Designed Equipment Command.
7 Min


8 Place Designed Equipment Component Command.
7 Min


Instructor

Kiran KR

Experience: 10+ years in Piping Design

Industry Focus: Oil & Gas, Thermal, and Industrial Projects

Profile Overview: With over a decade of hands-on experience in piping design, Kiran KR  is a seasoned expert in the oil and gas, thermal, and industrial sectors. His career spans a broad spectrum of projects, from large-scale offshore platforms and refineries to complex thermal and industrial facilities. Known for his technical expertise and deep understanding of industry standards, he brings invaluable insights into practical piping design, engineering solutions, and efficient project execution.

Key Competencies:

  • Comprehensive Piping Design: Proficient in layout, design, and optimization of piping systems, with a focus on safe, efficient, and compliant solutions.
  • Industry Standards & Compliance: Extensive knowledge of international piping codes and standards (ASME, API, etc.), ensuring all projects meet regulatory requirements.
  • Project Management: Skilled in managing cross-functional teams, timelines, and resources, delivering projects on schedule and within budget.
  • Advanced Software Proficiency: Expertise in leading design tools like AutoCAD, SmartPlant, and PDMS, which enable precision and innovation in complex designs.

Teaching Approach: Kiran KR  is passionate about transferring his knowledge to aspiring engineers and seasoned professionals alike. His instructional style combines in-depth technical knowledge with real-world applications, making complex topics accessible and engaging. Students can expect hands-on examples, case studies, and interactive problem-solving sessions that bridge theory and practice.


Enroll Now: Take advantage of [Instructor’s Name]'s expertise to deepen your understanding of piping design and propel your career in the oil and gas, thermal, and industrial industries.

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