HyperChem in Chemical Engineering Full Course

Overview
Course Outline
Scheduled Dates

Course Overview

This comprehensive training program offers in-depth knowledge and practical expertise in utilizing HyperChem, a powerful molecular modelling and simulation software widely used in chemical engineering and chemistry. The course covers the full range of HyperChem's capabilities, focusing on building complex chemical models, simulating physical and chemical processes, and analysing molecular structures. Designed for scientists, engineers, and researchers, this program provides the skills to create accurate chemical simulations and develop high-quality research outcomes for academic and industrial applications.

Objective:

By the end of the course, participants should have:

A complete understanding of HyperChem’s capabilities
Gained expertise in building complex chemical systems
Knowledge on simulating physical and chemical processes
Knowledge on obtaining high accuracy predictions of atomic/ molecular properties
The ability to use HyperChem to generate high quality research results for scientific publications or/ and industrial applications
Built their own chemical models/ systems

Course Outline

Day 1: Fundamentals of 3D Molecular Modelling

Introduction to HyperChem's Graphical User Interface (GUI)
Utilizing the periodic table for chemical structure creation
Auto-build functions for generating molecular models
Building and visualizing 3D chemical structures
Understanding the structural characteristics of molecules
Moving, translating, and applying constraints on chemical structures

Day 2: Chemical and Electronic Properties in Molecular Systems

Analysis of chemical characteristics of molecular structures
Evaluation of electronic properties in molecular modelling
Designing and modelling polymers and macromolecules
Creation of new chemical substances for simulation
Investigating molecular energies and conformations

Day 3: Advanced Computational Methods and Simulation Techniques

Molecular Dynamics simulations for studying molecular behaviour
Monte Carlo simulations for complex chemical systems
Ab Initio methods for accurate quantum mechanical calculations
Density Functional Theory (DFT) applications in molecular modelling
Semi-empirical force fields for faster computational modelling
Utilizing available basis functions for various simulations
Geometry optimization techniques for energy minimization
Recording simulations and capturing snapshots for analysis

Day 4: Applications in Chemical Engineering and Materials Science

Hydrogen adsorption modelling in porous carbonaceous adsorbents
CO2 removal simulations in porous solid materials
Catalysis process modelling and reaction mechanisms
Protein folding simulations for biological systems
Solvation modelling and water molecule interactions
Membrane selectivity and permeability analysis
Gas diffusion on porous solid surfaces

Day 5: Advanced Materials, Nanotechnology, and Environmental Applications

Optoelectronic property analysis of advanced polymers
Gas mixing behaviour in complex molecular systems
Elastic behaviour analysis of polymers at the atomistic scale
VOC removal simulations using MIPs, activated carbons, and carbon allotropes
Modelling of novel carbon structures: Graphene, Fullerenes, and Nanotubes
Developing advanced chemical models for research and industrial projects

Schedule & Fees

3 For 2Offer

Get the most out of group training with our special discount! Register 3 of your participants together on the same course and only pay for 2.

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July
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Location

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London

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London

$5,900

Duration: 5 Days

date: 21 - 25 Jul 2025

Popular

London

$5,900

Duration: 5 Days

date: 08 - 12 Sep 2025

Chemical Engineering

HyperChem in Chemical Engineering

Duration:5 Days

date:08 - 12 Sep 2025

London

$5,900

Questions? Speak to our
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Maisa Abed

sales@londontfe.com

+44 2071836657

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CPD Standards

Employees of professional or formally regulated bodies are generally expected to have CPD accredited training. This type of accreditation ensures that the training is knowledgeable, informed and constantly updated. It ensures our standards as a company are kept high and consistent.

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Our course content is constantly reviewed and updated to ensure we stay up to date with all the latest trends. After every course is completed we review the feedback and improve the material where necessary.

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Yes, we focus our training on ‘real-world’ scenarios and our trainers are all highly experienced and skilled in their relevant fields.

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Yes, we offer certification with all our courses, every course is entitled to CPD (Continuous Professional Development) hours which you can put towards your professional portfolio.

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