Mechanical Engineering & Plant Design
Industry-grade engineering training tailored for process plants, refineries, offshore topsides, and power utilities. Master spec-driven 3D modeling in AVEVA E3D, pipe stress flexibility analysis in CAESAR II, and international code compliance under ASME B31.3.
Real EPC projects • Workstation lab access • Accredited certifications
Curriculum Pillars in Mechanical Plant Engineering
Piping Design & Plant Layout
Master industrial plant layout, equipment spacing, nozzle orientations, spec-driven piping routing, valve assemblies, and Material Take-Off (MTO) generation.
3D Plant Modelling (E3D / SP3D)
Build production-grade 3D plant databases in AVEVA E3D and Intergraph SP3D. Model equipment primitives, structural envelopes, cable trays, and extract clash-free drawings.
Pipe Stress Analysis (CAESAR II)
Perform rigorous flexibility and sustained stress calculations. Evaluate thermal expansion, seismic loads, spring hanger sizing, nozzle allowable loads, and flange leakage.
EPC Project Deliverables
Deliver real-world engineering documentation: General Arrangement (GA) drawings, fabrication isometrics, equipment datasheets, pipe support schedules, and stress summary dossiers.
Industry-Standard Engineering Software
Every candidate trains on high-spec workstations equipped with licensed enterprise design platforms used across global EPC project offices.
AVEVA E3D 2.1 / 3.1
Next-gen 3D plant layout, equipment & piping routing
Intergraph SmartPlant 3D (SP3D)
Enterprise multidisciplinary plant modeling
CAESAR II
Pipe stress flexibility, dynamic & nozzle load analysis
AutoCAD Plant 3D
Spec-driven 3D modeling and automated isometrics
Navisworks Manage
Clash detection, visual walk-through & design reviews
NozzlePRO / FEA Tools
Local stress calculations at equipment junctions
Target Engineering Roles
Graduates of the Deep Ocean Mechanical Engineering stream transition directly into EPC design offices, refinery operational teams, and consulting practices.
- Piping Design Engineer
- 3D Plant Modeler (E3D / SP3D Specialist)
- Pipe Stress & Flexibility Engineer
- Piping Materials & MTO Engineer
- Plant Layout & Equipment Lead
- EPC Project Coordinator
Mechanical Engineering Courses
Diploma in Piping Engineering & Plant Design
Full EPC cycle: Plant layout, ASME B31.3 process piping design, 3D modeling in AVEVA E3D, and static pipe stress analysis in CAESAR II.
AVEVA E3D Advanced Plant Design
Master next-generation 3D plant layout, equipment hierarchy, spec-driven piping, slope lines, and automated Isodraft extraction.
Piping Stress Analysis (CAESAR II)
Static and dynamic analysis of critical piping systems, sustained & expansion load cases, spring hanger selection, and nozzle load validation.
Launch Your Career in Mechanical Plant Engineering
Seats are allocated on academic merit and technical background. Speak with our faculty counsellors or reserve your seat for the next batch.