• Understand the fundamental concepts of genetics.
• Learn about the role of genomics in modern medicine.
• Gain knowledge of various genetic disorders and their impacts.
• Understand genetic counselling and its importance in healthcare.
• Explore how genetics knowledge is applied in research and diagnostics.
• Develop a deeper understanding of hereditary conditions and gene expression.

• Module 1- Fundamental Concepts of Genetics
• Module 2- Genetics and Genomics
• Module 3- Genetic Disorders
• Module 4- Genetic Counselling
• Module 5- Application of Genetics Knowledge

• Students pursuing a career in genetics or biotechnology.
• Healthcare professionals interested in expanding their knowledge of genetics.
• Individuals curious about how genetics impacts health and disease.
• Researchers or clinicians looking to understand the applications of genetics in medicine.
• Anyone who wants to develop a solid foundation in genetics to pursue further studies or a career in the field.

• Geneticist - £30K to £60K/year
• Genetic Counsellor - £25K to £40K/year
• Clinical Geneticist - £50K to £80K/year
• Biotech Researcher - £28K to £45K/year
• Molecular Biologist - £30K to £50K/year

Cost: 9.99 GBP

Duration: Upto 1 Hour

• Understand reaction kinetics and reaction thermodynamics
• Understand the concepts of governing steps and multi-step reaction schemes
• Identify types and classifications of chemical reactions and reactors
• Explain the fluid flows within vessels
• Understand multi-phasemulti component flows
• Understand the differences between ideal vs real industrial reactors
• See how simulation helps to designoptimize and troubleshoot industrial reactors
• Understand catalytic reactors
• Understand competitive phenomena via dimensionless numbers

• Chemists, Chemical Engineers, and Industrial Engineers with a background in chemical reactions and reactors
• Academic students and personnel looking to increase their understanding in the field

• Rates
• k constants
• energy diagrams
• activation energies
• types of reactions

• Equilibrium
• Le Chatelier's rule
• Phase equilibrium
• Equilibrium shift

• Catalysts introduction
• Poisoning and deactivation
• Chemical structure
• Physical structure
• Design
• CFD
• Computational Chemistry

• Forms of kinetics
• Optimization
• Industrial cases

• Internal transport
• External transport
• Rate for internal and external limitations scenarios

• Ammonia synthesis
• Ethylene hydrogenation

• Residence time distribution
• Dispersion models [non-ideal reactors]
• Dispersion models [non-ideal flows]
• Axially and radially dispersed PFR

• Non-isothermal batch reactor
• Non-isothermal PFR
• Stability and sensitivity of reactors with exothermic reactions

• Homogeneous and Heterogeneous in PFR
• Fixed bed reactor [1D and 2D models]
• Fluidized bed [with recirculation]

• Least squares
• Linear correlation coefficient
• Non-linear regression

Cost: 5900 USD

Duration: 5 Days

• 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

• Chemists, Chemical Engineers, Physicists
• Research groups

• Modeling of 3D chemical structures
• Periodic table
• Auto build
• Graphical User Interfaces [GUI]
• 3D models
• Structural characteristics
• Chemical Characteristics
• Electronic properties
• Polymers
• New substances creation
• Moving translating using constraints on chemical structures
• Investigating energies and conformations
• Capabilities:
• Molecular Dynamics
• Monte Carlo
• Ab Initio
• Density Functional Theory
• Semi Empirical force fields
• Available basis functions
• Atomic and molecular orbitals
• Geometry Optimisations
• Snapshots and recording

• Hydrogen adsorption in porous carbonaceous adsorbents
• CO2 removal by adsorption in porous solids
• Catalysis
• Protein folding
• Solvation
• Water models
• Membranes selectivity and permeability
• Diffusion of gases onto porous surfaces of solids
• Protein folding
• Opto electronic properties of polymers
• Gas mixing
• Elastic polymers atomistic scale behavior
• VOC removal by MIPs ACs Carbon allotropes
• Novel Carbon structures [Graphene Fullerene Nanotubes]

Cost: 5900 USD

Duration: 5 Days

Cost: 5900 USD

Duration: 5 Days

Cost: 5900 USD

Duration: 5 Days

Cost: 5900 USD

Duration: 5 Days

Cost: 5900 USD

Duration: 5 Days

Cost: 5900 USD

Duration: 5 Days

• An overview of all types of modelling and simulation approaches
• Understanding of modeling and simulating physical and chemical processes
• Understanding of theories of modeling and simulation
• Understanding the mathematical background of each approach
• Understanding the physical background of each approach
• Understanding of the potential of application of modeling and simulation in chemical engineering and chemistry
• Knowledge on setting up simulations and using computational tools
• Knowledge on using information from modeling and simulation
• Overview of popular computational chemistry and mathematical tools
• Understanding of evaluating time savings from modeling and simulation usage
• Knowledge of case studies

• Engineers, workers, research scientists
• Executives, managers and directors of chemical, manufacturing and power plants
• Investors in chemical, manufacturing and power plants
• University professors, students, scientists and teaching personnel

• Modelling and simulation stages
• Classification of models
• Steady state process
• Unsteady state process
• Molecular modeling
• Computational Chemistry
• Computational fluid dynamics
• Optimisation
• Artificial Intelligence
• Neural Networks
• Process control
• Estimation of parameters
• Process integration and synthesis
• Chemometrics
• Transport phenomena modeling
• Reactor modeling
• Chemical Reaction modeling
• Complex models
• Stochastic mathematical modeling
• Stochastic differential equations system for mass and heat transport
• Methods for solving stochastic models
• Numerical methods for solving stochastic models
• Stochastic modeling case studies [Axial mixing of liquid in a MWPB molecular motion in porous media physisorption etc]
• Stochastic models for processes involving discrete displacement
• Distributions of random variables
• Statistical hypotheses
• Correlation regression and linear regression
• Experimental design methods
• Analysis of variances and interactions of factors
• Dimensional Analysis and Modeling
• Vaschy
• Buckingham Pi theorem
• Physical models and Similitude
• Similitude theory
• HyperChem computational chemistry tool presentation
• Spartan computational chemistry tool presentation
• CFD computational tool presentation
• MatLab computational package presentation
• Recent breakthroughs and advances
• Summary Conclusions and analysis of near future achievements
• Statistical models

Cost: 5900 USD

Duration: 5 Days

• Applied mathematics
• Material and energy balances
• Thermodynamics fluid mechanics
• Energy and mass transfer
• Separations technologies
• Chemical reaction kinetics
• Reactor design
• Process design

• Knowledge on fluids and fluid flows [single and multi-component] attributes
• Knowledge of advanced thermodynamics
• Knowledge of using Process Simulators for designretrofit and optimization purposes
• Knowledge of devices and their operation conditions in these industries
• Knowledge of advances and future research in the field
• Evidenced various cases studies

• Chemists, Chemical Engineers, Industrial Engineers
• Laboratory personnel/ researchers
• Scientists from other fields that require a detailed overview/ introduction to the topic
• Operations supervisors/ managers

• Fluid flows [single and multicomponent]
• Thermodynamic properties of flowing systems
• Single two and three phases diagrams
• Pressure drops valves and pumps
• Ideal and real fluids
• Fluctuations from predicted behaviors [steady states] and measuring equipment
• Mass and heat [energy] transfer
• Modes of energy transfer [radiation conduction convection] and their characteristics
• Heat exchangers: design retrofit types attributes advances and new technologies
• Simulation on HE design
• Heat generation [boilers radiators furnaces]
• Efficiency calculations; Energy and Exergy
• Distillation [design control operational characteristics]
• Purification
• Separation
• Simulations on Separation [HyperChem]
• Adsorption and Absorption
• Screening Procedures via Computational Chemistry approaches
• Reactors [types operational modes case studies controls HE]
• Reaction kinetics and Reaction routes
• Reaction rate equation and optimization
• Reaction rate diagrams and conditions prediction
• Hydrocarbon mixtures
• Industrial solvents and novel advances [Ionic Liquids]
• Compound identification [Spectrometry and Sampling]
• Process Simulator Introduction and case studies [Determined among a number of choices with 2 case studies]
• Physical and Chemical processes Simulator Introduction and case studies [HyperChem HyperCube Inc. or other for both versions]

Cost: 5900 USD

Duration: 5 Days

• Advanced principles of reaction engineering
• Causes and effects of chemical reactions
• Determine and optimize reaction rate
• Choosing and making use of catalysts
• Chemical Reactors design and specifications
• Controling industrial processes involving chemical reactions

• Chemical elements
• Chemical species
• Classification of chemical bonds
• Stoichiometry
• Typical chemical reaction

• Reaction Thermodynamics
• Heat of reaction
• Enthalpy of reaction
• Equilibrium constant
• Heat addition and removal
• Energy balance

• Reaction Kinetics
• Reaction rate
• Elementary reactions
• Multiple reactions
• Reaction mechanism
• Rate-determining step
• Mass transfer
• Heat transfer
• Homogeneous catalysis
• Heterogeneous catalysis
• Shape-selective catalysis using zeolites
• Catalyst production
• Catalyst testing
• Catalyst operation
• Catalyst poisoning
• Catalyst recovery
• Reaction conversion
• Catalyst activity selectivity and yield
• Effect of temperature pressure and concentration on reaction kinetics

• Chemical Reactors
• Ideal chemical reactors
• Industrial reactors
• Design of Batch Stirred Tank Reactors
• Design of Continuous Stirred Tank Reactors
• Design of Tubular Reactors
• Pressure drop in reactors
• Multiphase reactors

• Reaction Control
• Introduction to process control
• Typical reaction control loops
• Control of Batch Stirred Tank Reactors
• Control of Continuous Stirred Tank Reactors
• Control of Tubular Reactors

Cost: 5900 USD

Duration: 5 Days

• Clear understanding of the various physical and chemical processes in a laboratory environment
• Knowledge of the various scientific principles involved
• Knowledge on of the samplingidentificationstoringtransferring and reaction methods
• Knowledge of Standard Operating Procedures
• Knowledge of required modern instrumentation
• Knowledge of QHSE procedures required
• Knowledge of SDS and GHS classification systems
• Knowledge of experimental set ups
• Attended different live training sessions in academic or private laboratories
• Understanding of pH and pOH calculations
• Understanding of reaction kinetics and thermodynamics calculations
• Understanding of mass and energy balances calculations
• Understanding of important digits
• Understanding of all critical arithmetical methods used in chemistry

• Chemists, Chemical Engineers
• Laboratory personnel/ researchers
• Scientists from other fields that require a detailed overview/ introduction to the topic

• SDS and GHS
• Extraction and distillation
• Laboratory set up
• Laboratory SOPs
• Laboratory cleaning
• Health and Safety guidelines
• Hazardous materials
• Purification
• Transfer methods
• Reaction methodologies
• Reactors fundamentals
• Experimental reaction set up
• Computational Chemistry tools
• LIVE Computational chemistry session
• Sensors and detectors
• LIVE Computational Chemistry session on adsorption- reaction based sensors
• Measurements and calibration
• Types of glassware
• Traditional and modern digital equipment
• Experimental session: Glassware and digital equipment
• Scientific background
• Organization
• HS Management
• QHSE Management
• Mass and energy balances
• pH and pOH
• acids and bases
• Important digits in % calculations
• Balancing equations
• Reaction orders rates and constants
• Reaction thermodynamics
• Physical and chemical properties calculations
• Stoichiometry
• Molarity calculations
• Hydration and hydrated species
• Precipitation calculations
• Different concentration types and transformations of them

Cost: 5900 USD

Duration: 5 Days

Cost: 5900 USD

Duration: 5 Days

• Understand the importance of the polymers economics
• Learn to infer the properties of the polymeric materials from their chemical structure
• Learn the methodologies used to produce polymers from raw materials
• Learn the techniques used to produce reinforced resins
• Listen about the applications of the most common polymeric materials
• Learn the techniques used to form the finished products
• Apply the most important equations governing the chemical and mechanical behaviour of polymers

Cost: 5900 USD

Duration: 5 Days

• To understand extrusion fundamentals
• To learn about extrusion machinery and devices
• To understand the extrusion process and its sub processes
• To learn about extrusion process designoperation and control

Cost: 5900 USD

Duration: 5 Days