Sustainability & Innovation Excellence for Leaders
Course Code: TGS-2026062140 | SSG Funded
From Innovation to Impact: Empowering Leaders to Champion Environmental Stewardship and Long‑Term Sustainable Growth
This course empowers managers, engineering leads, and sustainability professionals to lead next‑generation transformation by combining global standards with advanced analytics and multidisciplinary design. Participants will operationalise the SDGs, ESG, and GRI to shape resilient organisational strategies; apply Life Cycle Assessment (LCA) and Circular Economy models powered by Generative AI to optimise waste, water, energy, and emissions systems; and collaborate with subject‑matter experts to embed Urban Harmony, Tropicality, Acoustics, and Smart Building principles.
The course sharpens decision‑making through Cost‑Benefit Analysis (CBA) and ROI modelling, strengthens governance and regulatory compliance, and leverages AI‑driven insights for audit‑ready reporting. Participants emerge as confident communicators and change leaders who translate complex frameworks into actionable, financially sound strategies, elevating environmental performance, unlocking operational efficiencies, and earning stakeholder confidence.
Participants who fulfil all requirements will receive a Statement of Attainment (SOA) issued by the SkillsFuture Singapore (SSG).
- Integrate global and regional sustainability frameworks (SDGs, ESG, GRI) into organisational strategy
- Stay ahead of emerging sustainability trends and regulatory expectations
- Apply ISO 14040/14044 Life Cycle Assessment (LCA) and Circular Economy principles to evaluate engineering solutions
- Design holistic sustainability solutions across waste, water, energy efficiency/renewables, and emissions/air‑quality domains
- Lead cross-functional collaboration with subject matter experts in Urban Harmony, Tropicality, Acoustics, and Smart Building Design
- Evaluate sustainability performance against prevailing audit and reporting standards
- Produce governance‑aligned, audit‑ready sustainability reports
- Build robust financial justifications for sustainability initiatives using CBA and ROI models to secure stakeholder approval and drive organisational transformation
- Leverage Generative AI tools for enhanced sustainability data analysis, solution optimisation, and reporting insights
Strategic Sustainability Fundamentals
- What is sustainability?
- National & international codes for sustainability
- Sustainability frameworks
- Organisation’s sustainability strategy
Life Cycle Assessment for Engineering Solutions
- Principles of Life Cycle Assessment (LCA) for sustainability
- LCA methodology
- Circular economy and end-of-life considerations
Integrated Engineering Solutions for Sustainability
- Principles of integrative sustainability solutions
- Waste management engineering
- Water management systems and conservation
- Energy efficiency and renewable energy integration
- Gas emissions control and air quality management
- Integrating solutions across engineering systems
Sustainable Design and Expert Collaboration
- Principles of urban harmony, tropicality, acoustics and smart building design
- Collaboration strategies with subject matter experts
- Multidisciplinary sustainable building design
Sustainability Audit, Reporting and Compliance
- Prevailing standards on sustainability audit and reporting
- Governance and compliance in sustainability audit reporting
Financial Evaluation and Project Plan for Sustainability Solutions
- Cost Benefit Analysis (CBA) and Return of Investment (ROI) for sustainability solutions
- Financial Modeling for sustainability projects
- Evaluating solutions using CBA and ROI modelling
- Making recommendations based on CBA and ROI models
This course blends interactive presentations, didactic questioning, case studies, and group brainstorming to ensure participants not only understand the concepts but also gain confidence in applying them in real business contexts. GenAI tools further enhance the experience by supporting faster research, data analysis, and scenario planning, ensuring participants acquire skills they can apply immediately at work.
This course is designed for intermediate to advanced level participants, particularly engineering leaders, sustainability professionals, technical managers, and decision-makers who want to leverage Generative AI to drive sustainable engineering solutions across their organisations.
| Type | Individual Sponsored | Company Sponsored | ||||
| Non-SME | SME | |||||
| Before GST | After GST | Before GST | After GST | Before GST | After GST | |
| Full Course Fee (Foreigners / Non-Eligible Participants) | $2,100.00 | $2,289.00 | $2,100.00 | $2,289.00 | $2,100.00 | $2,289.00 |
| Singapore Citizens (Aged 21 to 39 years old) | $1,050.00 | $1,239.00 | $1,050.00 | $1,239.00 | $630.00 | $819.00 |
| Singapore Permanent Residents | $1,050.00 | $1,239.00 | $1,050.00 | $1,239.00 | $630.00 | $819.00 |
| Singapore Citizens (Aged 40 years old and above) | $630.00 | $819.00 | $630.00 | $819.00 | $630.00 | $819.00 |
Duration : 3 days (24 hrs)
Skill Code: EGS-EPM-5065-1.1
Skill Title: Sustainable Engineering-5
Funding valid till 1 Mar 2028
* Please click HERE for detailed information on general terms and conditions.
* Please click HERE for detailed information on course fee funding schemes, SkillsFuture credit, and complete listing of funded courses. This course is eligible for use of SkillsFuture credit.
- Integrate global and regional sustainability frameworks (SDGs, ESG, GRI) into organisational strategy
- Stay ahead of emerging sustainability trends and regulatory expectations
- Apply ISO 14040/14044 Life Cycle Assessment (LCA) and Circular Economy principles to evaluate engineering solutions
- Design holistic sustainability solutions across waste, water, energy efficiency/renewables, and emissions/air‑quality domains
- Lead cross-functional collaboration with subject matter experts in Urban Harmony, Tropicality, Acoustics, and Smart Building Design
- Evaluate sustainability performance against prevailing audit and reporting standards
- Produce governance‑aligned, audit‑ready sustainability reports
- Build robust financial justifications for sustainability initiatives using CBA and ROI models to secure stakeholder approval and drive organisational transformation
- Leverage Generative AI tools for enhanced sustainability data analysis, solution optimisation, and reporting insights
Strategic Sustainability Fundamentals
- What is sustainability?
- National & international codes for sustainability
- Sustainability frameworks
- Organisation’s sustainability strategy
Life Cycle Assessment for Engineering Solutions
- Principles of Life Cycle Assessment (LCA) for sustainability
- LCA methodology
- Circular economy and end-of-life considerations
Integrated Engineering Solutions for Sustainability
- Principles of integrative sustainability solutions
- Waste management engineering
- Water management systems and conservation
- Energy efficiency and renewable energy integration
- Gas emissions control and air quality management
- Integrating solutions across engineering systems
Sustainable Design and Expert Collaboration
- Principles of urban harmony, tropicality, acoustics and smart building design
- Collaboration strategies with subject matter experts
- Multidisciplinary sustainable building design
Sustainability Audit, Reporting and Compliance
- Prevailing standards on sustainability audit and reporting
- Governance and compliance in sustainability audit reporting
Financial Evaluation and Project Plan for Sustainability Solutions
- Cost Benefit Analysis (CBA) and Return of Investment (ROI) for sustainability solutions
- Financial Modeling for sustainability projects
- Evaluating solutions using CBA and ROI modelling
- Making recommendations based on CBA and ROI models
This course blends interactive presentations, didactic questioning, case studies, and group brainstorming to ensure participants not only understand the concepts but also gain confidence in applying them in real business contexts. GenAI tools further enhance the experience by supporting faster research, data analysis, and scenario planning, ensuring participants acquire skills they can apply immediately at work.
This course is designed for intermediate to advanced level participants, particularly engineering leaders, sustainability professionals, technical managers, and decision-makers who want to leverage Generative AI to drive sustainable engineering solutions across their organisations.
| Type | Individual Sponsored | Company Sponsored | ||||
| Non-SME | SME | |||||
| Before GST | After GST | Before GST | After GST | Before GST | After GST | |
| Full Course Fee (Foreigners / Non-Eligible Participants) | $2,100.00 | $2,289.00 | $2,100.00 | $2,289.00 | $2,100.00 | $2,289.00 |
| Singapore Citizens (Aged 21 to 39 years old) | $1,050.00 | $1,239.00 | $1,050.00 | $1,239.00 | $630.00 | $819.00 |
| Singapore Permanent Residents | $1,050.00 | $1,239.00 | $1,050.00 | $1,239.00 | $630.00 | $819.00 |
| Singapore Citizens (Aged 40 years old and above) | $630.00 | $819.00 | $630.00 | $819.00 | $630.00 | $819.00 |
Duration : 3 days (24 hrs)
Skill Code: EGS-EPM-5065-1.1
Skill Title: Sustainable Engineering-5
Funding valid till 1 Mar 2028
* Please click HERE for detailed information on general terms and conditions.
* Please click HERE for detailed information on course fee funding schemes, SkillsFuture credit, and complete listing of funded courses. This course is eligible for use of SkillsFuture credit.
Course Application
| Details | Registration |
|---|---|
|
June 22, 2026 - June 24, 2026 (8:30 am - 5:30 pm)
[Classroom - Weekday]
|
Register Now
(11 seats left)
|
|
July 20, 2026 - July 22, 2026 (8:30 am - 5:30 pm)
[Classroom - Weekday] Stirling
|
Register Now
(12 seats left)
|
|
September 8, 2026 - September 10, 2026 (8:30 am - 5:30 pm)
[Classroom - Weekday] Stirling
|
Register Now
(12 seats left)
|
|
November 2, 2026 - November 4, 2026 (8:30 am - 5:30 pm)
[Classroom - Weekday] Stirling
|
Register Now
(12 seats left)
|
