Participants will learn to read and interpret Piping & Instrumentation Diagrams (P&IDs), create piping layouts, and develop isometric and orthographic drawings as per international standards like ASME and ANSI. The course also covers material specifications, pipe fittings, valve selections, and support systems essential for effective piping design.

With a strong emphasis on hands-on learning, students will work on real-world projects and case studies that mirror the challenges faced in engineering consultancies and EPC firms. Guided by experienced industry professionals, learners will gain both technical skills and practical insights into the design process, documentation, and best practices.

This course is ideal for mechanical engineering graduates, diploma holders, and working professionals looking to specialize or upskill in piping design. Upon completion, students will have a job-ready portfolio and the confidence to contribute effectively in design roles across various industries.

Whether you're entering the field or advancing your career, our course offers the perfect combination of expert instruction, practical application, and industry relevance to help you excel in the world of piping design.

In the oil and gas sector, where precision and reliability are critical, Smart Plant 3D is an essential tool for designing complex piping systems for refineries, offshore platforms, and processing plants. At E3D SP3D S3D PDMS , we offer training in Smart Plant 3D, equipping professionals with the skills needed to efficiently design and manage piping systems in a digital, 3D environment.

In the oil and gas sector, where safety and reliability are paramount, Smart Plant 3D is essential for creating robust, safe, and efficient civil and structural designs for facilities like refineries, offshore platforms, and processing plants.

At E3D SP3D S3D PDMS , we offer specialized training in Smart Plant 3D for civil and structural design, preparing professionals to excel in this vital field.

In the oil and gas industry, where reliability and safety are crucial, Smart Plant 3D is essential for designing complex Electrical and instrumentation systems for refineries, offshore platforms, and power plants.

At E3D SP3D S3D PDMS , we offer specialized training in Smart Plant 3D for Electrical and Instrumentation design, equipping professionals with the skills needed to excel in this vital field.

This tool is essential in oil and gas sectors such as refineries, offshore platforms, and processing plants, where safety, reliability, and efficiency are critical.

At E3D SP3D S3D PDMS , we provide specialized training in Everything 3D – Piping, giving professionals the skills needed to optimize the design and management of piping systems, ensuring their success in the industry.

By integrating civil and structural elements into one 3D model, the software enhances collaboration among teams, helps identify potential design issues early, and improves project efficiency. This approach minimizes errors, reduces rework, and accelerates project timelines.

In industries like oil and gas, where safety and structural integrity are vital, Everything 3D – Civil & Structural ensures that designs meet all regulatory standards and operational requirements.

At E3D SP3D S3D PDMS , we offer specialized training in Everything 3D – Civil & Structural, equipping professionals with the skills to design and manage complex civil and structural systems in a 3D environment.

At E3D SP3D S3D PDMS , we provide expert training in Everything 3D – Electrical & Instrumentation, equipping professionals with the skills needed to design and manage complex electrical and instrumentation systems effectively.

Starting with the basics, students will learn to navigate the AutoCAD interface, use drawing and editing tools, manage layers, apply dimensions, and work with blocks. As the course progresses into advanced topics, participants will gain expertise in creating complex 2D drawings, setting up drawing standards, using external references (Xrefs), and customizing templates for professional output.

The course places a strong emphasis on piping-related drawings such as isometric drawings, general arrangement (GA) drawings, spool drawings, and piping layouts. Through practical exercises and industry-based examples, students will develop the ability to produce precise technical documentation used in engineering design and construction projects.

Taught by experienced professionals, the training ensures that learners not only understand the software but also how it is applied in real-world piping projects. Students will be introduced to relevant standards (such as ASME/ANSI) and will work on projects that simulate actual job scenarios, helping them become job-ready from day one.

This course is ideal for mechanical engineers, diploma holders, draftsmen, and working professionals seeking to build or strengthen their CAD skills in the context of piping design. Whether you’re starting fresh or looking to advance your design career, this program provides the practical knowledge and confidence to succeed in engineering design roles across industries.

CAESAR II allows Engineers to analyze how pipes respond to various loads such as pressure, temperature changes, weight, and external forces like wind or seismic activity. This helps in identifying potential stress points, such as weak joints or supports, and ensures that the piping system is designed to operate safely under all conditions.

Stress analysis with CAESAR II is essential for oil and gas projects, where safety and efficiency are paramount. By simulating real-world conditions, Engineers can predict how systems will perform, making necessary adjustments to avoid risks and improve overall performance.

At E3D SP3D S3D PDMS , we offer specialized training in stress analysis with CAESAR II, providing Engineers with the knowledge and tools needed to ensure the safety, reliability, and efficiency of piping systems in the oil and gas industry.

In the basic level, learners are introduced to the Plant 3D interface, project setup, equipment modeling, and pipe routing. You'll learn how to create and manage P&IDs, generate 3D piping components, and understand the link between schematic and model-based designs.

In the advanced level, the course covers customization of specs and catalogs, creation of orthographic and isometric drawings, pipe supports, data management, and clash detection. You'll also explore tools for collaboration, project sharing, and documentation workflows that align with industry standards like ASME and ANSI.

The training is hands-on, project-based, and led by industry experts who bring real-world insights into the classroom. Students will work on complete plant design scenarios, ensuring they graduate with both software proficiency and practical design experienc

Ideal for mechanical engineers, piping designers, draftsmen, and CAD professionals, this course prepares you for high-demand roles in EPC companies and engineering consultancies. By the end of the course, you’ll be ready to contribute to professional plant design projects with confidence and technical skill.

The course covers the fundamentals of Navisworks Manage and Simulate, including model navigation, viewpoint creation, sectioning, and walkthroughs. Students will learn to integrate 3D models from different platforms (such as AutoCAD, Revit, Plant 3D, and others), perform clash detection to identify design conflicts, and generate detailed clash reports to streamline coordination between disciplines like piping, structural, mechanical, and electrical.

Advanced topics include model animation, construction simulation (4D), quantity takeoff, and review workflows for effective decision-making and issue resolution. Learners will also gain hands-on experience in organizing large models, using the selection tree and sets, and managing project data for better collaboration.

Ideal for mechanical and piping engineers, project managers, coordinators, and BIM professionals, this course enhances your ability to foresee and prevent design issues, saving time and cost during construction.

By the end of the program, participants will be equipped with the skills to efficiently review and coordinate complex models, ensuring project accuracy and execution success in real-world oil & gas environments.