DISCOVER THE CHEMSKILLS TRAININGS

The ChemSkills online training modules are designed to support skills development and strengthen knowledge across key areas relevant to the chemical industry. The courses are available free of charge through the ChemSkills learning platform. Select a training module below to find out more and start learning.

Bio-based raw materials: Cellulose

This training module introduces cellulose as a key bio-based raw material for the chemical industry.It covers its history, production, commercial applications, physical and chemical properties, as well as the main functionalisation reactions used to modify cellulose for different industrial uses.

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Bio-based raw materials: Lignin

This training module introduces lignin as an important bio-based raw material for the chemical industry. It covers its history, production, commercial applications, physical and chemical properties, and the main functionalisation reactions used to adapt lignin for different industrial applications.

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Cellulose as bio-based ingredient in rubber compounds

This training module explores the use of cellulose as a sustainable ingredient in rubber compounds, with a particular focus on the tyre industry. It covers cellulose compatibility and dispersion during mixing and processing, its impact on tensile and dynamic-mechanical properties, other relevant performance characteristics, and key safety and hazard considerations.

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Cure Characterization (MDR) Test Training – Rubber

This training module introduces Moving Die Rheometer (MDR) testing as a standard method for characterising the vulcanisation behaviour of rubber compounds. It covers key cure parameters, including minimum and maximum torque, scorch time and optimum cure time, specimen preparation and testing, interpretation of cure curves, and common factors that can affect torque measurements and result reliability.

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DIN Abrasion Test Training

This training module introduces DIN abrasion testing as a standard method for evaluating the wear resistance of rubber compounds. It covers the principles of abrasion and friction, specimen preparation and test procedures, calculation of mass and volume loss, interpretation of the Abrasion Resistance Index, and common sources of measurement error.

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Dynamic Mechanical Analysis (DMA) Test Training

This training module introduces Dynamic Mechanical Analysis (DMA) as a method for characterising the viscoelastic behaviour of rubber. It covers specimen preparation and testing, temperature and frequency sweeps, interpretation of storage modulus, loss modulus and tan delta, identification of the glass transition temperature, and the relationship between dynamic properties and tyre performance, including rolling resistance and wet grip.

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Dynamic Mechanical Analysis (DMA) Theoretical Training

This training module introduces the theoretical principles of Dynamic Mechanical Analysis (DMA) and its application to viscoelastic materials, particularly rubber. It covers the behaviour of materials under oscillatory deformation, storage and loss moduli, tan delta, and the effects of temperature, frequency and material composition. It also explores time-temperature superposition and the relationship between DMA measurements and tyre performance, including rolling resistance and wet grip.

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Hardness Test Training – Rubber

This training module introduces Shore A hardness testing as a standard method for assessing the hardness of rubber compounds. It covers the principles of indentation measurement, the influence of crosslink density, filler content and curing state, device calibration, specimen preparation, reliable measurement procedures, interpretation of hardness values for quality control, and common sources of measurement error.

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Mooney Viscosity Test Training – Rubber

This training module introduces Mooney viscosity testing as a standard method for evaluating the processability of rubber compounds. It covers the principles of viscosity measurement, the influence of molecular weight and filler content, sample preparation and testing procedures, interpretation of Mooney viscosity curves, and common issues affecting measurement reliability and processing behaviour.

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Payne Effect Test Training – Rubber

This training module introduces the Payne effect as a method for assessing filler network behaviour in rubber compounds. It covers the relationship between strain amplitude and storage modulus, filler dispersion and filler – polymer interactions, strain-amplitude testing using a Rubber Process Analyzer, differences between uncured and cured compounds, and interpretation of results to evaluate mixing quality, dispersion and reinforcement.

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Rebound Resilience Test Training – Rubber

This training module introduces rebound resilience testing as a method for evaluating the elastic recovery and damping behaviour of rubber compounds. It covers pendulum impact testing, the influence of crosslink density, filler content and internal friction, specimen preparation and conditioning, calculation and interpretation of rebound resilience values, and common sources of measurement error.

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Tensile Test Training – Rubber

This training module introduces tensile testing as a fundamental method for evaluating the mechanical behaviour of rubber compounds. It covers tensile strength, elongation at break and modulus, specimen preparation and testing using a universal testing machine, interpretation of stress – strain curves, and common sources of error affecting the reliability of test results.

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In-Company Training Staff

This training module focuses on the role of workplace mentors and learning facilitators in supporting effective in-company training. It covers the complete learning action cycle, from informing and planning to implementation and evaluation, and explores methods for designing engaging learning tasks that encourage independent learning. It also addresses the integration of sustainability into workplace training practices and organisational learning cultures.

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Efficient Use of Materials in Cell Cultivation

This training module introduces efficient and sustainable practices in cell cultivation, with a focus on culture media, aseptic techniques and responsible resource management. It covers media preparation, sterile working procedures, subculturing, medium changes, quality control and laboratory documentation. It also explores opportunities to reduce single-use consumables and serum consumption while ensuring responsible laboratory waste management.

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3D Bioprinting and Cell Colonisation

This training module introduces the principles and techniques of 3D bioprinting for creating tissue-like structures using living cells. It covers bioink composition and crosslinking, extrusion-based bioprinting using FRESH support baths, and the post-processing and coating of printed constructs before cell colonisation. It also explores construct analysis, Good Cell Culture Practice, documentation and troubleshooting common printing errors, with applications in drug discovery and toxicology.

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Management Information Systems Training

This training module provides an overview of Management Information Systems (MIS) and their role in supporting organisational operations and decision-making. It covers IT infrastructure, data management, enterprise systems such as ERP and CRM, cybersecurity, business intelligence and digital transformation. It also explores information systems project management and emerging technologies, focusing on their impact on organisational performance, efficiency and competitiveness.

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Introduction to Cybersecurity

This training module introduces fundamental cybersecurity concepts and their practical application in organisational and industrial environments. It covers cyber threats, network security, cryptography, operating system and application security, web and cloud security, risk management, security operations and ethical hacking. It also explores security governance, monitoring and protection mechanisms used to safeguard modern digital infrastructures.

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Industrial IoT and Smart Systems Training

This training module introduces the Industrial Internet of Things (IoT) and its applications in smart industrial systems. It covers IoT architecture, sensors, connectivity, data collection and real-time monitoring, alongside practical applications such as smart manufacturing, predictive maintenance and energy optimisation. It also explores integration with ERP and MES platforms, cybersecurity, data management and the scalability of industrial IoT solutions.

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Digital Transformation in Industry Training

This training module introduces digital transformation strategies and technologies used in industrial and organisational environments. It covers digital strategy, process optimisation, information systems implementation and the integration of artificial intelligence, IoT and cloud computing. It also explores data-driven decision-making, business process transformation, organisational change management, technology adoption, governance and risk management.

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Cybersecurity Fundamentals Training

This training module provides a comprehensive foundation in cybersecurity principles, practices and tools for technical and non-technical learners. It covers the cyber threat landscape, network security, cryptography, operating system and application security, web and cloud security, risk management, security operations and ethical hacking. It combines theoretical concepts with practical examples and case studies to address emerging cybersecurity challenges and real-world applications.

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AI for Industry and Management Training

This training module introduces artificial intelligence (AI) and its practical applications in industrial and business environments. It covers machine learning, data analytics, intelligent automation and AI-supported decision-making, with a focus on predictive maintenance, process optimisation, quality control and data-driven management. It also explores the ethical, legal and governance considerations associated with responsible AI adoption in organisations.

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Agile Project Management for Industry Training

This training module introduces agile project management methodologies and their application in industrial and digital environments. It covers agile principles, Scrum and Kanban frameworks, adaptive planning, teamwork, iterative delivery and requirement prioritisation. It also explores practical applications in digital transformation projects, ERP and MES implementations, process optimisation and IT service management, alongside agile collaboration and risk management.

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LAT100 Abrasion Test Training

This training module introduces the LAT100 abrasion test as a laboratory method for evaluating rubber wear and predicting tyre durability. It covers the influence of load, speed and slip angle on abrasion, specimen preparation, measurement procedures, and the calculation of abrasion loss and wear rate. Participants will also learn to interpret test results and identify common sources of measurement error and variability.

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