• Need help choosing a safety course? Speak with an adviser.
ICTQual Level 3 Diploma in Chemical Engineering

ICTQual Level 3 Diploma in Chemical Engineering

The ICTQual Level 3 Diploma in Chemical Engineering provides foundational knowledge in chemical processes, thermodynamics, safety, sustainability, and industrial chemistry for learners pursuing technical and engineering careers.

Course Features

This qualification delivers practical and theoretical chemical engineering knowledge aligned with industry standards and progression opportunities in engineering and manufacturing sectors.

  • Internationally recognized Level 3 qualification

  • Industry-focused chemical engineering curriculum

  • Practical and theoretical learning approach

  • Covers safety, sustainability, and process optimization

  • Suitable for academic and career progression

  • Assignment-based assessment structure

About This Course

The ICTQual Level 3 Diploma in Chemical Engineering is designed to provide learners with essential technical knowledge and practical understanding of chemical engineering principles. The course introduces key engineering concepts including process design, thermodynamics, industrial chemistry, material science, and environmental sustainability. It prepares learners to understand modern industrial operations and engineering practices used across manufacturing and processing industries.

  • Develop understanding of core chemical engineering principles

  • Learn process design and optimization techniques

  • Understand thermodynamics and heat transfer applications

  • Explore industrial chemistry and engineering materials

  • Gain awareness of environmental sustainability practices

  • Build knowledge of safety and risk management systems

What You'll Learn

This qualification enables learners to develop essential technical skills and theoretical understanding required in chemical engineering and related industrial sectors.

  • Understand the fundamental principles of chemical engineering

  • Analyze and optimize chemical engineering processes

  • Apply thermodynamics and heat transfer concepts in engineering operations

  • Identify safety risks and control measures in chemical industries

  • Evaluate materials used in engineering and industrial applications

  • Understand environmental sustainability in chemical processes

Who Should Attend

This qualification is suitable for learners seeking foundational chemical engineering knowledge for academic progression or technical employment in industrial sectors.

  • Students interested in chemical engineering careers

  • Individuals seeking entry-level engineering qualifications

  • Technicians working in manufacturing and processing industries

  • Learners planning further engineering studies

  • Professionals seeking knowledge of industrial chemical processes

  • Individuals interested in sustainability and industrial operations

Entry Requirements

Learners should possess basic educational qualifications and an interest in engineering, science, or industrial technologies to successfully complete this diploma.

  • Minimum secondary school education or equivalent qualification

  • Basic understanding of mathematics and science principles

Assessments

Assessment methods are designed to evaluate theoretical understanding and practical application of chemical engineering concepts throughout the qualification.

  • Written assignments and coursework

  • Practical and scenario-based assessments

  • Unit-based evaluations

  • Internal assessment and quality assurance procedures

Progression

Successful learners may progress to higher-level engineering qualifications or pursue technical roles within chemical and industrial sectors.

  • Progression to Level 4 engineering qualifications

  • Further studies in chemical or process engineering

  • Employment in manufacturing and processing industries

  • Technical and operational support roles in engineering sectors

Curriculum

  • Fundamentals of chemical engineering
  • Roles and responsibilities of chemical engineers
  • Chemical engineering processes and industries
  • Units, measurements, and engineering calculations
  • Basic process flow concepts
  • Industrial applications of chemical engineering

  • Principles of process design
  • Process flow diagrams and system layouts
  • Process efficiency and optimization techniques
  • Equipment selection fundamentals
  • Production planning and operational efficiency
  • Introduction to process control systems

  • Laws of thermodynamics
  • Energy balance principles
  • Heat transfer mechanisms
  • Heat exchangers and thermal systems
  • Applications of thermodynamics in industry
  • Temperature and energy management

  • Chemical process safety fundamentals
  • Hazard identification and risk assessment
  • Safety regulations and compliance
  • Emergency response procedures
  • Safe handling of chemicals and materials
  • Workplace health and safety practices

  • Environmental impact of chemical industries
  • Waste management and pollution control
  • Sustainable engineering practices
  • Energy conservation techniques
  • Environmental regulations and compliance
  • Green technologies in chemical engineering

  • Engineering materials and classifications
  • Properties of industrial materials
  • Corrosion and material degradation
  • Material selection for engineering applications
  • Polymers, metals, and composites
  • Industrial applications of engineering materials

  • Fundamentals of industrial chemistry
  • Chemical reactions and process chemistry
  • Petrochemicals and industrial products
  • Industrial chemical production methods
  • Chemical manufacturing processes
  • Applications of chemistry in industrial engineering

Application Form

Apply Now For This Course

An adviser will review your eligibility for ICTQual Level 3 Diploma in Chemical Engineering and reply within 1–2 working days.

Course includes:

  • LevelLevelLevel 3
  • Awarding bodyAwarding bodyICTQual AB
  • LessonsLessons42
  • CertificationCertificationYes
ICTQual Level 3 Diploma in Chemical Engineering poster