TecGeetha Certified Professional Program in HTRI Thermal Design & Analysis
Industry-focused training in heat exchanger thermal design, rating, vibration analysis, performance evaluation and troubleshooting using HTRI Xchanger Suite and practical engineering case studies.
Build Practical Heat Exchanger Thermal Design Skills
This professional program is designed for engineering students, fresh graduates and working professionals who want to develop practical heat exchanger design and analysis skills using HTRI Xchanger Suite.
The course connects heat-transfer fundamentals, process design inputs, thermal design, rating, vibration assessment, performance evaluation and troubleshooting with realistic industrial applications.
Program Coverage
This comprehensive professional training program covers:
- Heat Exchanger Fundamentals
- Introduction to HTRI Xchanger Suite
- Shell & Tube Heat Exchanger Design (Xist)
- Air-Cooled Heat Exchangers (Xace)
- Plate Heat Exchangers (Xphe)
- Vibration Analysis (Xvib)
- Advanced Design & Troubleshooting
- Industry Project
- Final Examination & Certification
- Placement Assistance
Heat Exchanger Types Covered
Practical design and analysis across major heat exchanger technologies.
Shell & Tube Heat Exchangers
Fixed tubesheet, U-tube, floating head, condensers, reboilers, process heaters and coolers.
Air-Cooled Heat Exchangers
Air-side and process-side performance, bundle configuration, fan arrangement and rating concepts.
Plate Heat Exchangers
Plate-and-frame configuration, thermal performance, pressure drop and operating considerations.
HTRI Software Modules Covered
Training across the HTRI modules used for design, rating and vibration analysis.
Xist
Shell-and-tube heat exchanger design, rating and performance evaluation.
Xace
Air-cooled heat exchanger design and analysis.
Xphe
Plate heat exchanger design and performance assessment.
Xvib
Flow-induced vibration analysis and interpretation.
Practical Engineering Applications
Apply HTRI outputs to real thermal design and equipment engineering decisions.
Thermal Design & Rating
Heat duty, overall coefficient, thermal margin and required area evaluation.
Pressure Drop Analysis
Shell-side, tube-side and air-side pressure drop and velocity assessment.
Vibration Assessment
Flow-induced vibration review, warning interpretation and design improvement.
Optimization & Troubleshooting
Fouling, thermal margin, geometry comparison and performance improvement.
Industry Capstone Project
Complete a guided industrial heat exchanger design project using HTRI software, integrating thermal design, rating, optimization, report generation and engineering recommendations based on realistic process conditions.
Who Should Join?
Suitable for students, graduates and professionals seeking heat exchanger design skills.
- Chemical Engineering Students
- Mechanical Engineering Students
- Petroleum Engineering Students
- Petrochemical Engineering Students
- Fresh Engineering Graduates
- Process Engineers
- Thermal Design Engineers
- Heat Exchanger Engineers
- Static Equipment Engineers
- Proposal Engineers
- Equipment Manufacturer Engineers
- EPC Professionals
What You'll Receive
Complete learning support from fundamentals and software practice to certification and career guidance.
Learning Materials
Presentations, HTRI practice cases, worked examples, exercises and datasheet examples.
Project & Career Support
Industry project guidance, interview preparation, placement assistance and technical support.
Certification
TecGeetha Certified Professional Program completion certificate after final assessment.
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Develop practical HTRI skills in design, rating, pressure-drop evaluation, vibration analysis and optimization through guided software training and industrial case studies.