Professional Certificate in Advanced Plant Design (GT-APD-101)
Our flagship, mentor-led program systematically structured for Chemical and Mechanical Engineers looking to master complex core industrial plant systems. The curriculum flawlessly aligns with the rigorous guidelines of top global engineering consulting and EPC firms, taking you from raw front-end sketches all the way to plant-wide digital simulations and complete Front-End Engineering Design (FEED) packages.
1
Unit I: FEED Foundations & Process Flow Logic 50 Hours
Master BFD/PFD design methodologies, stream mass and energy balances execution, raw material scaling, and industrial design basis (BOD) synthesis under global standards.
2
Unit II: Advanced Plant-Wide Simulation & Python 110 Hours
Deploy thermodynamic models inside GEOSIM Process Suite to converge complex recycle columns and reaction loops, while automating computational line matrices using Python.
3
Unit III: Equipment Thermal Design & Mechanical Rating 80 Hours
Execute rigorous validation, thermal modeling, shell and tube rating, and mechanical vibration troubleshooting on GEOSIM Thermal Suite to generate formal vendor datasheets.
4
Unit IV: Hydraulics, Line Sizing & Flow Dynamics 60 Hours
Develop programmatic system resistance models, compute single-phase/two-phase pipe drops, and solve Net Positive Suction Head (NPSHa) curves to perfectly size industrial pumps and control valves.
5
Unit V: P&ID Automation & Capital Techno-Economics 60 Hours
Translate convergent engineering flows into instrument-protected, ISA-5.1 compliant Piping & Instrumentation Diagrams (P&IDs) paired with complete CAPEX/OPEX commercial cost estimation sheets.
Professional Certificate in Advanced Process Design (GT-PRD-102)
This advanced 6-month graduate-level certification integrates core chemical process engineering with computational process flowsheet modeling and Python data analytics. Candidates will master industrial thermodynamic tuning, multi-stage distillation column mechanics, and safety relief valve configurations, while debugging complex plant networks via 20+ comprehensive real-world simulation case studies.
1
Unit I: Applied Thermodynamics & Steady-State Flowsheeting 45 Hours
Master EOS models, configure multi-component fractions, and generate phase envelopes/VLE curves using GEOSIM Process Suite across 5 rigorous case studies.
2
Unit II: Unit Operations & Rigorous Fractionation Diagnostics 45 Hours
Solve multi-stage separation physics, absorption profiles, and tune mathematical recycle convergence faults using advanced inside-out algorithms.
3
Unit III: Reaction Kinetics & Chemical Fluid System Optimization 45 Hours
Design CSTR/PFR arrays with Arrhenius rate laws, calculate Gibbs Free Energy limits, and troubleshoot thermal runaway conditions in catalytic reactors.
4
Unit IV: Computational Engineering Analysis via Python 45 Hours
Automate bulk process stream data using Pandas DataFrames and deploy SciPy optimization iterative solvers for non-linear pipelines and fluid mechanics.
Professional Certificate in Advanced Thermal Design (GT-THD-103)
This advanced 6-month graduate-level certification completely bridges industrial thermal fluid physics with high-end digital rating engines. Candidates will master industrial heat exchanger classification parameters, local shell-side grid analysis, acoustic/mechanical tube vibration analytics, rigorous reboiler/condenser geometries, and execute large-scale processing equipment ratings using GEOSIM Thermal Suite and corporate Excel engineering templates.
1
Unit I: Applied Heat Transfer Conventions & TEMA Geometry 45 Hours
Master TEMA structural designations, fluid routing metrics, and tube array layouts, and execute dynamic pressure drop sizing using Excel models.
2
Unit II: Applied Rating Software Systems & Vibration Diagnostics 45 Hours
Execute Bell-Delaware stream analysis, diagnose flow-induced fluid vibrations, and perform rating verification inside GEOSIM Thermal Suite.
3
Unit III: Advanced Phase-Change Operations (Reboilers/Condensers) 45 Hours
Size high-capacity vertical thermosyphons, kettle reboilers, and multi-component vacuum condensers under rigorous API 661 parameters.
4
Unit IV: High-NTU Compact Exchangers & Waste Heat Recovery 45 Hours
Optimize gasketed PHEs, model air-cooled fin exchangers, and design waste heat economizers using Process Pinch Analysis foundations.
P&ID Drafting
Piping and Instrumentation Diagrams are the neural network of any process plant. In this focused training program, learn to draft elite, standardized P&IDs along with comprehensive control loops and instrumentation logics.
1
Phase 1: ISA Symbols & Standards
Master standard ISA/ANSI tagging, valve indicators, pipe line schedules, and line numbering rules.
2
Phase 2: Control Philosophy Mappings
Draft complex safety interlocking systems, split-range loops, bypass controls, and emergency shutoff valves (ESDs).
3
Phase 3: Deliverable Package Generation
Generate standard piping material specifications, active valve schedules, and instrument master tables.
Safety Studies (HAZOP & Risk Assessment) (GT-SAF-105)
This intensive 25-hour professional masterclass bridges theoretical chemical process safety with practical qualitative risk assessment. Candidates will master the mechanics of Hazard and Operability (HAZOP) studies, define design deviation parameters using guide words, map severity-likelihood matrices, and act as a HAZOP scribe to generate field-ready risk evaluation worksheets.
1
Unit I: PSM & Inherently Safer Designs 6 Hours
Analyze historical process disasters, master OSHA PSM pillars, and apply Inherently Safer Design concepts to re-engineer flowsheets.
2
Unit II: HAZOP Methodology & Guide Words 6 Hours
Master HAZOP roles, apply standard Guide Words to defined Nodes, and execute Cause-Consequence-Safeguard mappings on functional systems.
3
Unit III: Risk Matrices & Layer of Protection Analysis 6 Hours
Configure qualitative risk assessment matrices (4x4/5x5), evaluate IPLs, and execute LOPA computations for high-pressure systems.
4
Unit IV: Mock HAZOP Workshop & Risk Ledgers 7 Hours
Act as a safety scribe in live simulation studies to compile concrete HAZOP worksheets, track deviations, and generate auditable recommendations.
IELTS Training (Academic & General Masterclass) (GT-IEL-106)
This intensive 20-day high-scoring program is specifically mapped to equip international academic and migration candidates with target band score strategies (Band 7.5+ target). Candidates will master advanced skimming/scanning linguistic patterns, academic data graph description semantics, essay coherent structural matrices, and eliminate speech hesitation loops via continuous evaluation labs.
1
Week 1: Listening & Reading Comprehension Matrix 10 Hours
Master skimming/scanning patterns, map handling rules, and execute live section tests to perfect textual tracking accuracy.
2
Week 2: Academic Writing Task 1 & Task 2 Systematics 10 Hours
Structure formal essays, analyze data reports, and enrich dynamic vocabulary through live script evaluations mapping Band parameters.
3
Week 3: Speaking Fluency & Interview Standards 10 Hours
Handle chronological cue cards, construct advanced abstract arguments, and track grammatical/hesitation metrics via face-to-face mocks.
4
Week 4: Exam Simulation & Timed Assessment Labs 10 Hours
Execute full-scale timed exams replicating real test centers, deep technical script auditing, and strategic time distribution logic.
