Build the Skills.
Build the Portfolio.
Build the Career.
Work through the same engineering deliverables, modelling conventions and design reviews used across EPC project environments. Practical plant design, piping engineering, and 3D modeling instruction.
Engineering Education
That Matches Industry.
We don't just teach software. We teach how engineering projects are actually executed in the real world.
Real Engineering Workflows
Learn practical workflows followed in global EPC projects.
Industry-Standard Software
AVEVA, Intergraph, CAESAR II, AutoCAD Plant 3D & more.
Project-Based Learning
Build complete project deliverables, not just exercises.
Practitioner Guidance
Learn directly from active engineers with real project experience.
Career-Ready Outcome
Graduate with job-ready skills and strong technical confidence.
Diploma in Plant Design & Engineering
9 MonthsComplete training in plant design, P&ID, equipment, and layout engineering.
Diploma in Piping Design & Engineering
7 MonthsPiping design from fundamentals to isometrics, BOQs and stress.
Diploma in 3D Plant Modelling (E3D)
6 Months3D modelling, clash coordination and drawings using AVEVA E3D.
Licensed Industrial Software Environment
Students work directly inside fully configured, licensed engineering software environments used daily by tier-1 EPC contractors and refinery operators.
AVEVA E3D (Everything 3D)
Spec-driven 3D piping routing, structural hierarchy, equipment placement, laser scan alignment, isodraft extraction.
- Database Hierarchy (World/Site/Zone/Equi)
- Isodraft Automated Isometric Extractions
- Live Clash Detective & Interference Resolution
Intergraph SmartPlant 3D (SP3D)
Rule-based layout, structural coordination, automated MTO schedules for mega refinery and offshore infrastructure.
- Spec-Driven Piping Workspace
- Space Management & Clearance Checks
- Automated Drawing & MTO Generation
CAESAR II Pipe Stress Analysis
Static and dynamic stress analysis complying with ASME B31.3/B31.4/B31.8, pump nozzle reactions, and spring support sizing.
- Sustained, Thermal & Occasional Load Cases
- API 610 / API 650 Pump & Vessel Nozzle Qualification
- Spring Hanger Selection & Flange Leakage Evaluation
AutoCAD Plant 3D & P&ID
Intelligent process P&IDs, orthographic drawing extraction, spec-driven piping, and automated bill of materials generation.
- Dynamic P&ID Schematics with Line Tagging
- Spec-Driven Piping & Valve Catalogs
- Automated Bill of Materials (BOM) Extractions
AVEVA PDMS
Hierarchical database modeling, as-built verification, spec migration, and modification of existing operating assets.
- Legacy Database Hierarchy Management
- Catalogues & Specs Configuration
- As-Built Plant Revamp Documentation
Academic Learning Methodology
Engineering competence is developed through structured practice, rigorous technical design critique, and code-compliant iteration.
LEARN
Core Principles & Codes
Understand plant engineering fundamentals, ASME B31.3/API codes, material specifications, and design criteria.
PRACTICE
Tool Navigation & Drills
Hands-on guided software drills in AVEVA E3D, SP3D, and CAESAR II with spec-driven commands.
BUILD
Live Capstone Execution
Route full piping runs, place pumps/vessels, resolve clash interferences, and extract fabrication ISOs.
REVIEW
Practitioner Feedback
Senior EPC lead engineers critique your 3D models and stress reports against real client standards.
ASSESS
Practical Skill Evaluation
Time-bound industrial layout challenges and code verification assessments simulating job tasks.
CERTIFY
Industry Verified Credential
Earn a verified Deep Ocean Engineering Certificate backed by your tangible 3D project portfolio.
“You do not graduate with tutorials. You graduate with project documentation.”
In the engineering industry, competence is proven through drawing packages, calculation dossiers, and 3D models. Our curriculum is built around producing the six primary documentation packages required by EPC project teams.
Process P&ID & Line Classification Lists
Interpretation of chemical process flow sheets, piping class codes, design temperature/pressure ratings, and insulation specifications.
Intelligent P&ID with tagged nozzles, inline instrumentation & battery limits.
Equipment Plot Plans & Maintenance Clearance Layouts
3D positioning of horizontal vessels, distillation columns, shell-and-tube heat exchangers, and centrifugal pump pairs with crane access envelopes.
Plot plan GA sheets with grid datums, nozzle elevations & foundation plinths.
Clash-Free 3D Plant Model Hierarchy
Multi-discipline model database containing steel structures, pipe racks, equipment, piping branches, valves, and primary pipe supports.
Zero hard-clash federation verified in Navisworks Manage.
Piping General Arrangement (GA) Orthographic Drawings
Plan views and section cuts extracted directly from 3D plant databases with elevation datums, dimension strings, and coordinate callouts.
A1/A0 layout sheets with title block, revisions & bill of materials.
Automated Piping Isometrics (Isodraft) & MTO
Generation of fabrication isometrics with cut pipe lengths, fitting schedules, weld lists (shop vs field), and bulk material take-off (MTO).
Complete spool sheets ready for workshop pipe fabrication.
ASME B31.3 Pipe Stress Calculation Dossier
Comprehensive static/dynamic stress report documenting thermal flexibility, sustained/occasional cases, spring hanger selection, and nozzle allowable checks.
Code compliance dossier submitted for client engineering approval.
Flexible Professional Learning Formats
Choose an instructional model designed to fit your career progression stage and current professional commitments.
Classroom Intensive
Live Online Interactive
Hybrid Blended
Corporate Team Upskilling
Industrial Plant Capstone Projects
Every diploma candidate independently models and documents an authentic industrial plant facility, simulating actual EPC consultant project delivery.
Offshore Wellhead Platform Topside Module
Complete 3D spatial layout and spec-driven piping design for a 3-deck offshore wellhead module. Modeling 18 major equipment items (test separators, chemical injection skids, pig launchers) and routing 85+ hydrocarbon lines.
Crude Distillation Unit (CDU) Fractionation Train
Piping engineering and stress analysis for a 50,000 BPD crude distillation unit. Specifying column overhead vapor lines (350°C), reflux pumps, crude preheat exchanger battery limits, and spring hanger assemblies.
Modular Amine Gas Sweetening & Regeneration Skid
High-density modular skid layout with structural skid base framing, contactor column external piping, rich/lean amine exchanger manifold, and valve accessibility corridors under severe space constraints.
Instructed by Practicing Engineering Consultants
Our faculty members are active consulting engineers who design, model, and analyze real industrial plant facilities daily. Every student capstone is audited against actual EPC client standards.
Lead Piping & Plant Layout Practitioner
Discipline: Offshore Topsides & Refinery Process Layouts
12+ years executing global EPC piping engineering, plot plans, and 3D modeling for major energy assets.
Constructability audits, clash-free database sign-offs, and drawing readability.
- AVEVA E3D & PDMS 3D Plant Model Architecture
- Plot Plan Development & Maintenance Clearances (API 610/NFPA)
- Spec-Driven Auto-Routing & Valve Placement Rules
- Isodraft Customization & Material Take-Off (MTO)
Principal Pipe Stress Specialist
Discipline: Static, Dynamic & Thermal Flexibility Analysis
10+ years conducting flexibility calculations, spring support sizing, and nozzle qualification for high-temperature/pressure process piping.
Calculation dossier verification, thermal loop flexibility, and nozzle load margins.
- CAESAR II Stress Calculation & Modeling
- ASME B31.3 / B31.4 / B31.8 Code Qualification
- API 610 / API 650 Pump & Tank Nozzle Allowable Checks
- Variable & Constant Spring Hanger Engineering
3D Plant Systems & SP3D Administrator
Discipline: Integrated Multi-Discipline Engineering Databases
8+ years managing multi-user engineering databases, piping specifications, and multidisciplinary model federation for mega EPC projects.
Data integrity, multi-user database consistency, and clash matrix resolution.
- Intergraph SmartPlant 3D (SP3D) Workspace Setup
- Structural Framing & Equipment Modeling Integration
- Multi-Format Model Federation in Navisworks Manage
- Piping Catalogues & Specs Database Configuration
Upcoming Training Cohorts
Cohorts maintain strict capacity limits to guarantee direct 1-on-1 practitioner capstone audits and individual workstation lab allocations.
Diploma in Plant Design & Piping Engineering
AVEVA E3D Plant Design Specialist Track
Pipe Stress Analysis (CAESAR II Masterclass)
Verified Engineering Competencies
We measure graduation readiness through tangible engineering outputs. You graduate with verified competency across the core disciplines required by industrial EPC employers.
Plant Layout & Plot Planning
Interpret process flow diagrams (PFDs) and P&IDs to develop plant layouts adhering to maintenance clearances and safety codes.
Piping Routing & Hierarchy
Route complex process lines in 3D according to piping specifications, thermal expansion requirements, and pump suction rules.
3D Plant Modeling Mastery
Independent database hierarchy creation, catalog management, equipment primitives placement, and multi-discipline interference checking.
Engineering Documentation
Automate piping isometric extractions, configure Isodraft templates, generate bills of materials (BOM), and extract orthographic GA sheets.
Pipe Stress Code Compliance
Execute static and dynamic stress analysis in CAESAR II, verifying thermal loops, sustained loads, and nozzle reactions per ASME B31.3.
Multi-CAD Model Review
Federate native CAD databases in Navisworks Manage, generate clash matrix reports, and lead technical walkthroughs.
Frequently Asked Questions
Everything you need to know about our engineering training academy, prerequisites, software access, and credentials.
Our programs are structured for mechanical, chemical, civil, and petroleum engineering graduates, as well as practicing draughtsmen and junior CAD designers seeking to transition into 3D plant design and pipe stress analysis. Basic CAD familiarity is helpful, but our foundational modules build required skills from the ground up.
Build the Skills. Build the Portfolio.
Build the Career.
Work through the same engineering deliverables, modelling conventions and design reviews used across EPC project environments. Graduate with documented project outputs, software competency and verified credentials.