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RSCE 2026: Pre-Conference Workshops
Workshop Registration
Scan the QR code or click the button below to complete your pre-conference workshop entry form.
Programme Overview
| Time | Session / Activities |
|---|---|
| 09:00 AM - 10:50 AM | Session 1: Sustainability to Carbon Accountability |
| 10:50 AM - 11:00 AM | Tea Break |
| 11:00 AM - 12:50 PM | Session 2: Beyond Energy Efficiency Through Practical Exergy Analysis |
| 12:50 PM - 02:00 PM | Lunch Break |
| 02:00 PM - 04:00 PM | Session 3: Environmental Sustainability in Food Safety / Security and Smart Farming |
Workshop Sessions
Session 1
SUSTAINABILITY TO CARBON ACCOUNTABILITY: UNDERSTANDING ESG, GHG ACCOUNTING, STANDARDS AND REGULATIONS
Ir. Dr. Jegalakshimi Jewaratnam
Chemical Engineering Academic and Researcher, Universiti Malaya
Overview: Navigate the evolving sustainability and carbon landscape by connecting ESG, GHG accounting (Scope 1, 2, 3), ISO standards (ISO 14064, ISO 50001), and emerging climate reporting frameworks (IFRS S1/S2, NSRF, CBAM) to real-world organisational practices.
Learning Outcomes
- Differentiate Scope 1, Scope 2, and Scope 3 greenhouse gas emissions and carbon footprint fundamentals.
- Understand the roles of ISO 14064-1, ISO 14064-3, and ISO 50001 in GHG quantification and energy management.
- Interpret key reporting standards and regulations, including IFRS S1/S2, Malaysia's NSRF, NETR, and EU CBAM.
- Identify actionable carbon management and ESG integration opportunities within academic or industrial contexts.
Module Schedule
- 0 to 20 min: Fundamentals
- 20 to 45 min: GHG Accounting
- 45 to 75 min: Standards and Auditing
- 75 to 105 min: Frameworks and Market Rules
- 105 to 120 min: Action & Strategy
Participant Information
- Materials Provided: Workshop slides, standard summaries, and reference reading materials.
- Participant Requirement: Laptop or tablet for notes and case discussions.
- Specialised Software: Not required (conceptual and framework-focused).
Session 2
BEYOND ENERGY EFFICIENCY THROUGH PRACTICAL EXERGY ANALYSIS FOR SUSTAINABLE CHEMICAL PROCESSES
Associate Professor Ir. Dr. Tan Inn Shi
Deputy Dean of Research and Development at Curtin University Malaysia
Overview: Go beyond basic energy efficiency by mastering practical exergy calculations in Excel to pinpoint process losses and design sustainable engineering solutions.
Learning Outcomes
- Distinguish energy vs exergy analysis.
- Calculate physical exergy.
- Identify exergy-loss hotspots.
- Recommend process improvements.
Module Schedule
- 0 to 20 min: Fundamentals
- 20 to 45 min: Calculations
- 45 to 75 min: Excel exercise
- 75 to 105 min: Case study
- 105 to 120 min: Improvement
Participant Information
- Materials Provided: Handouts / Exercise files provided.
- Participant Requirement: Laptop with Microsoft Excel.
- Specialised Software: Not required.
Session 3
ENVIRONMENTAL SUSTAINABILITY IN FOOD SAFETY / SECURITY AND SMART FARMING
Assoc. Prof. Ir. Dr. Fathiah Mohamed Zuki, CEng, MIChemE
Head of the UM Centre of Excellence for Food Security and Intelligence Farming
Overview: Explore sustainable food production, smart farming technologies, and environmental monitoring through interactive lectures and a practical, hands-on field session at the Universiti Malaya Rooftop Farm.
Learning Outcomes
- Explain core concepts of sustainable agriculture, climate impacts, and global food security.
- Identify key environmental parameters (air, water, soil) affecting crop production.
- Operate portable environmental monitoring equipment across specialised farm stations.
- Collect, interpret, and apply environmental data for smart agricultural decision-making.
Module Schedule
- 0 to 45 min: Sharing Session
- 45 to 105 min: Lecture
- 105 to 125 min: Equipment Briefing
- 125 to 165 min: Hands-on Fieldwork
- 165 to 180 min: Discussion and Wrap-up
Participant Information
- Target Participants: Academics, industry practitioners, and undergraduate/postgraduate students.
- Venue: Seminar Room & Universiti Malaya Rooftop Farm.
- Equipment Provided: Portable air detectors, water meters, and soil monitoring instruments.
- Requirements: Laptop or notebook for data recording; comfortable attire suitable for rooftop farm visit.
Contact Information
For workshop inquiries or registration support, please contact:
Secretariat
rsce@um.edu.my
Dr. Fazly Patah
fazly.abdulpatah@um.edu.my
Dr. Usman Junaidi
usmanj@um.edu.my