Advanced Executive Assistant Masterclass Series 3

Environmental Engineering for Non-Environmental Engineers

Climate, Water, Air, Waste, and Land — A Practical Grounding in Environmental Compliance and Control

Claim 3 CPD Points

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Platform:
Online
In-class
Revised and Updated: 23 October 2026
Date Venue Duration
07 - 08 December 2026 Sandton, Gauteng 2 Days
18 - 19 January 2027 Sandton, Gauteng 2 Days
09 - 10 February 2027 Sandton, Gauteng 2 Days
05 - 06 May 2027 Sandton, Gauteng 2 Days
14 - 15 September 2027 Sandton, Gauteng 2 Days

Course Introduction

Environmental engineering focuses on protecting the environment by reducing waste and pollution, and is dedicated to improving environmental conditions through remediation. It is concerned with cleaning up contamination as well as managing environmental systems and hazardous wastes. Project and facility personnel are frequently called on to assess the potential impacts and outcomes of a wide variety of projects. While organisations often seek expert technical or legal assistance, it remains important for all staff to have a conceptual understanding of the issues that may arise.

 

This Environmental Engineering for Non-Environmental Engineers course brings together these concepts in a practical approach, giving delegates a working understanding of environmental issues, mitigation methods, and the South African regulatory framework — including the National Environmental Management Act (NEMA), the National Water Act, the National Environmental Management: Air Quality Act, and the National Environmental Management: Waste Act — that governs how projects and facilities must manage their environmental footprint.

Course Objectives

By attending this Environmental Engineering for Non-Environmental Engineers course, delegates will be able to:

 

  • Develop conceptual models for the interaction of environmental aspects within a project
  • Apply prevention and control techniques using a basic understanding of the pollution and emission formation process
  • Evaluate the effectiveness of control alternatives in the context of a specific project
  • Reduce cost by understanding the critical points for inspecting an emission or effluent control system for compliance with required standards
  • Use effective methods for selecting emission and waste reduction and control technologies
  • Understand the South African environmental legal framework and the licences, permits, and authorisations a project may require
  • Interpret the basics of an Environmental Impact Assessment (EIA) and an Environmental Management Programme (EMPr)

Who should attend?

This course will benefit professionals who are not environmental specialists but need a working understanding of environmental issues, including:

 

  • Project Managers
  • Engineering Consultants
  • Facilities and Plant Personnel
  • EHS Managers and Staff
  • Facility Operators
  • Site and Construction Managers
  • Compliance and Risk Officers
Technical Courses

Training Methodology

Our diverse instructional approaches ensure effective learning:

– Lectures & Presentations: Engage with expert-driven, stimulating content.
– Course Material: Access well-crafted supporting resources.
– Group Work: Collaborate on discussions and case studies for practical insights.
– Workshops & Role-Play: Participate in immersive, scenario-based activities.
– Practical Application: Focus on applying theoretical knowledge in real situations.
– Post-Training Support: Receive extensive support after training for skill implementation.

Training Outline

Module 1 — Climate, Legal Framework, and Impact Quantification
Climate and Climate Change
  • Basics of climate science and the drivers of climate change
  • Climate risk and resilience in project planning
  • Greenhouse gas (GHG) reporting obligations and the carbon tax environment in South Africa
  • Adapting projects and facilities to a changing regulatory and physical climate
The South African Environmental Legal Framework
  • Overview of the National Environmental Management Act (NEMA) and its specific environmental management acts
  • Environmental Impact Assessments (EIA) and Environmental Management Programmes (EMPr)
  • Licensing and authorisations: Atmospheric Emission Licences, Water Use Licences, and Waste Management Licences
  • Roles and responsibilities of project and facility personnel in maintaining compliance
Quantification: Methods and Methodologies
  • Principles of environmental impact quantification
  • Monitoring, sampling, and reporting methodologies
  • Setting and interpreting compliance limits and standards
  • Practical Exercise: interpreting a sample emissions/effluent monitoring report

Module 2 — Water, Air, Land, and Waste Management
Water and Wastewater
  • Water use and the National Water Act licensing regime
  • Sources and types of water pollution
  • Principles of wastewater treatment and effluent control
  • Water conservation and demand management in project design
Air Quality and Emission Management
  • Sources and classification of air pollutants
  • The emission formation process and prevention and control techniques
  • Emission control technologies and the critical points for inspecting a control system for compliance
  • National Environmental Management: Air Quality Act requirements and listed activities
Land Use and Remediation
  • Principles of land contamination assessment
  • Site investigation and remediation approaches
  • Managing land use change and rehabilitation obligations
Waste Management
  • Waste classification and the waste hierarchy under the National Environmental Management: Waste Act
  • Hazardous waste management and handling requirements
  • Waste minimisation, reuse, and recycling strategies
  • Selecting appropriate waste reduction and control technologies
Case Studies
  • Practical case studies drawing together climate, water, air, land, and waste considerations on a single project
  • Group Exercise: developing a basic environmental risk and control plan for a delegate-selected project or facility

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FAQs – Environmental Engineering for Non-Environmental Engineers

Master environmental engineering fundamentals for non-environmental engineers, learning pollution control, waste management, environmental impact assessment (EIA) integration, regulatory compliance, and sustainable project design.

What topics are covered in the Environmental Engineering for Non-Environmental Engineers course?
The course covers fundamental environmental engineering principles, pollution control technologies, water and wastewater treatment, air quality management, waste management systems, and environmental impact mitigation.
Who should attend this Environmental Engineering for Non-Environmental Engineers training?
This training is designed for civil, mechanical, electrical, and chemical engineers, project managers, operations supervisors, and technical professionals who need to integrate environmental considerations into their engineering projects.
How does this course assist non-environmental engineers in industrial settings?
Delegates learn how to demystify environmental regulations, evaluate ecological impacts associated with engineering designs, incorporate sustainable practices into infrastructure projects, and collaborate effectively with environmental specialists.
Will delegates learn about water, wastewater, and air pollution control systems?
Yes. The curriculum explores industrial effluent treatment processes, stormwater management, atmospheric emission control technologies, and strategies to minimize industrial footprints on natural ecosystems.
Does the masterclass address environmental compliance and sustainable design?
Yes. Practical sessions cover complying with environmental laws, conducting preliminary environmental reviews, integrating green engineering principles, and managing waste disposal standards across engineering lifecycles.
Why is environmental engineering knowledge crucial for modern engineering professionals?
Equipping technical professionals with environmental awareness ensures projects comply with strict statutory regulations, reduces ecological risks, minimizes corporate liabilities, and promotes sustainable industrial development.

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