ICTQual Level 6 Diploma

Environmental Engineering 360 Credits – Three Years

Awarding Body

ICTQual AB

Credits

360 Credits

Course

Environmental Engineering

study mode

Online Learning

Course overview

The ICTQual Level 6 Diploma in Environmental Engineering (360 Credits – Three Years) is a highly advanced programme designed for learners seeking expert-level technical knowledge and practical skills in environmental engineering and sustainability. Over three years, the course covers complex topics such as environmental systems, advanced pollution control, waste and water management, air quality, renewable energy technologies, climate change mitigation, and environmental regulations. Learners gain a thorough understanding of how engineering principles are applied to large-scale environmental challenges, preparing them for senior technical, managerial, or specialized roles in environmental and civil engineering disciplines.

The programme combines rigorous theoretical study with extensive practical training, research, and project-based learning to develop professional competence. Key modules include advanced environmental monitoring, sustainable resource management, water and air treatment technologies, pollution prevention strategies, and adherence to health, safety, and environmental standards. Learners engage in hands-on workshops, site visits, and simulated real-world projects to apply their knowledge, enhance analytical thinking, strengthen problem-solving skills, and gain experience in operational environments. Emphasis is placed on leadership, innovation, sustainability practices, and compliance with industry standards.

This qualification is ideal for school leavers, professionals, or learners with prior environmental knowledge seeking senior-level career advancement. Graduates can pursue roles such as Environmental Engineer, Sustainability Manager, Senior Environmental Consultant, or Technical Project Lead. The course also provides pathways to specialized certifications, higher-level diplomas, or degree programmes, equipping learners with the expertise needed for leadership and career growth in environmental management and sustainable engineering projects..

ICTQual AB

Approved Training centre of ICTQual AB

Centre # : ATC24001

Entry Requirments

Entry Requirements for the ICTQual Level 6 Diploma in Environmental Engineering 360 Credits – Three Years:

  • Educational Qualifications:A Level 5 Diploma in Environmental Engineering or an equivalent advanced qualification in environmental science, sustainability, or related technical fields.
  • Professional Experience:Relevant professional experience in environmental monitoring, sustainability projects, or technical roles is recommended but not mandatory.
  • English Language Proficiency:Since the program is delivered in English, learners must show competence in reading, writing, and communication.

Course structure

ICTQual Level 6 Diploma in Environmental Engineering 360 Credits – Three Years in Personal Protective Equipment qualification consists of 36 mandatory units.

Year 1: Foundations of Environmental Engineering

  • Introduction to Environmental Engineering
  • Environmental Science Principles
  • Basics of Environmental Chemistry
  • Introduction to Renewable Energy Systems
  • Mathematics for Environmental Engineers
  • Engineering Mechanics and Materials
  • Introduction to Fluid Mechanics
  • Pollution Control and Prevention
  • Environmental Regulations and Standards
  • Soil Science and Geotechnical Engineering
  • Introduction to Sustainable Development
  • Communication Skills for Engineers

Year 2: Specialized Environmental Engineering Topics

  • Advanced Water Supply and Wastewater Treatment
  • Air Pollution Control and Management
  • Waste Management and Recycling Techniques
  • Hydrology and Water Resources Management
  • Advanced Renewable Energy Technologies
  • Environmental Impact Assessment (EIA)
  • Risk Management in Environmental Engineering
  • Environmental Economics and Policy
  • Sustainable Infrastructure and Urban Planning
  • Climate Change and Environmental Adaptation
  • Environmental Data Collection and Analysis
  • Environmental Project Management

Year 3: Advanced Studies and Practical Applications

  • Sustainable Resource Management
  • Advanced Environmental Chemistry
  • Energy Efficiency and Green Technologies
  • Environmental Monitoring and Data Systems
  • Life Cycle Assessment and Eco-Design
  • Green Building and Construction Techniques
  • Environmental Biotechnology
  • Environmental Law and Ethics
  • Research Methodology in Environmental Engineering
  • Environmental Engineering Design Projects
  • Industrial Internship in Environmental Engineering
  • Research Project and Dissertation

What You Will Gain

Year 1: Foundations of Environmental Engineering

1. Introduction to Environmental Engineering

  • Understand the fundamental principles and scope of environmental engineering.
  • Identify key environmental challenges and engineering solutions.

2. Environmental Science Principles

  • Explain the basic concepts of ecosystems, biogeochemical cycles, and ecological balance.
  • Apply scientific principles to assess environmental impacts.

3. Basics of Environmental Chemistry

  • Understand chemical processes in natural and polluted environments.
  • Analyze environmental samples to detect and quantify contaminants.

4. Introduction to Renewable Energy Systems

  • Identify different renewable energy sources and their applications.
  • Evaluate the environmental benefits and limitations of renewable energy.

5. Mathematics for Environmental Engineers

  • Apply mathematical principles in solving environmental engineering problems.
  • Utilize statistics and calculus for data analysis and modeling.

6. Engineering Mechanics and Materials

  • Understand the mechanical properties of materials used in environmental systems.
  • Apply principles of mechanics to environmental engineering structures.

7. Introduction to Fluid Mechanics

  • Understand fluid properties and behavior in environmental systems.
  • Apply fluid mechanics concepts to water treatment and distribution.

8. Pollution Control and Prevention

  • Identify sources of pollution and strategies for mitigation.
  • Apply basic pollution control techniques for air, water, and soil.

9. Environmental Regulations and Standards

  • Understand national and international environmental regulations.
  • Apply regulatory frameworks to engineering projects.

10. Soil Science and Geotechnical Engineering

  • Analyze soil properties and their impact on environmental projects.
  • Apply geotechnical principles to sustainable land use and construction.

11. Introduction to Sustainable Development

  • Explain the principles of sustainable development and their applications.
  • Evaluate projects for their environmental, economic, and social impacts.

12. Communication Skills for Engineers

  • Develop effective technical communication skills.
  • Prepare and present environmental reports and proposals.

Year 2: Specialized Environmental Engineering Topics

1. Advanced Water Supply and Wastewater Treatment

  • Design and evaluate water and wastewater treatment systems.
  • Apply advanced techniques for purification and recycling.

2. Air Pollution Control and Management

  • Identify air pollutants and their environmental impact.
  • Design air pollution control systems for different industries.

3. Waste Management and Recycling Techniques

  • Implement sustainable waste management strategies.
  • Apply recycling techniques to reduce environmental impact.

4. Hydrology and Water Resources Management

  • Understand the principles of hydrology and water resource planning.
  • Develop solutions for water conservation and flood management.

5. Advanced Renewable Energy Technologies

  • Evaluate emerging renewable energy technologies.
  • Design systems incorporating renewable energy solutions.

6. Environmental Impact Assessment (EIA)

  • Conduct EIA processes and prepare impact reports.
  • Apply methods to predict and mitigate environmental impacts.

7. Risk Management in Environmental Engineering

  • Identify and assess environmental risks in projects.
  • Develop strategies for risk mitigation and management.

8. Environmental Economics and Policy

  • Analyze economic aspects of environmental decision-making.
  • Apply policy frameworks to promote sustainability.

9. Sustainable Infrastructure and Urban Planning

  • Design sustainable urban infrastructure projects.
  • Apply principles of green infrastructure and urban planning.

10. Climate Change and Environmental Adaptation

  • Understand climate change science and mitigation strategies.
  • Develop adaptation plans for vulnerable systems.

11. Environmental Data Collection and Analysis

  • Collect, analyze, and interpret environmental data.
  • Apply statistical tools for environmental research.

12. Environmental Project Management

  • Plan, execute, and evaluate environmental projects.
  • Develop leadership and management skills specific to environmental engineering.

Year 3: Advanced Studies and Practical Applications

1. Sustainable Resource Management

  • Apply principles of sustainable resource use in engineering projects.
  • Evaluate strategies for resource conservation and efficiency.

2. Advanced Environmental Chemistry

  • Analyze complex chemical processes in polluted environments.
  • Apply advanced chemical treatment methods for remediation.

3. Energy Efficiency and Green Technologies

  • Design energy-efficient systems and integrate green technologies.
  • Evaluate the environmental impact of energy use.

4. Environmental Monitoring and Data Systems

  • Implement monitoring systems for air, water, and soil quality.
  • Use data systems to manage environmental information.

5. Life Cycle Assessment and Eco-Design

  • Conduct life cycle assessments to evaluate product sustainability.
  • Integrate eco-design principles into engineering projects.

6. Green Building and Construction Techniques

  • Apply sustainable practices in building design and construction.
  • Evaluate materials and technologies for green buildings.

7. Environmental Biotechnology

  • Understand biotechnological applications in environmental engineering.
  • Apply bioremediation techniques for pollution control.

8. Environmental Law and Ethics

  • Interpret environmental laws and ethical considerations in projects.
  • Apply ethical practices in decision-making.

9. Research Methodology in Environmental Engineering

  • Develop research proposals and conduct independent research.
  • Apply scientific methods to environmental studies.

10. Environmental Engineering Design Projects

  • Plan and execute comprehensive environmental design projects.
  • Integrate multidisciplinary knowledge into practical solutions.

11. Industrial Internship in Environmental Engineering

  • Gain practical industry experience through internships.
  • Apply theoretical knowledge in real-world environmental projects.

12. Research Project and Dissertation

  • Conduct in-depth research on a chosen environmental engineering topic.
  • Present findings through a well-structured dissertation.

Want to know more?

The course runs for three years and carries 360 credits, combining theoretical study, hands-on practical training, research projects, and real-world applications.

Graduates can pursue senior roles such as Environmental Engineer, Sustainability Manager, Senior Environmental Consultant, Technical Project Lead, or Environmental Project Supervisor.

Yes, the programme includes hands-on workshops, environmental monitoring exercises, site visits, project-based assignments, and simulated real-world scenarios to develop applied technical and managerial skills.

Yes, learners can advance to specialized certifications, higher-level diplomas, or degree programmes in environmental, civil, or sustainability engineering fields.

Learners develop advanced skills in environmental monitoring, resource management, pollution control, renewable energy, regulatory compliance, leadership, problem-solving, and sustainable engineering practices.

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