Indra Nafi Akhsani

• Leading a feasibility study of Singapore’s hydrogen supply chain for power applications, focusing on technology readiness, market trends, and infrastructure strategy.
• Built a cost model for Levelised Cost of Hydrogen (LCOH) tailored to Singapore’s context, integrating renewable energy variability, electrolyser technology, and delivery pathways.
• Conducting a comparative life cycle emissions analysis (kg CO₂/kg H₂) across hydrogen production methods and transport options, supporting national decarbonisation targets.

• Conducted a life cycle assessment of green hydrogen by modelling and simulating in openLCA, providing comprehensive insights into environmental impact.
• Authored a manuscript based on the project findings, contributing to scholarly knowledge on sustainable hydrogen production.

• Ran support tests, made adjustments and performed mechanical and electrical repairs with clients.
• Developed organizational processes, job results and accurate forecasts necessary to reach projected milestones.
• Coordinated with technical liaisons and construction team members to address technical issues for meeting project requirements.
• Analyzed, troubleshooting software problems and communicated possible solutions with development team.

(Jambaran Tiung Biru Project: Water Treatment Unit, Chemical Injection, Open/Closed Drain, and Boiler Feed Water)

• Provided technical assistance to production team when issues arose.
• Developed documentation, diagrams and specifications to meet project requirements and regulatory standards.
• Designed and calculated Engineering phase, such as P&ID, Control Narrative, Equipment Data Sheet, and Shut Down Narrative
• Managed third-party contractors, inspecting completed work and ongoing efforts to confirm quality and adherence to prescribed guidelines.

(Jambaran Tiung Biru Project: Water Treatment Unit, Steam Unit, Chemical Injection, Close/Open Drain, Gas Turbine Generator Unit)

1. Guide mentees to their study plan and scholarship programs
2. Proofread personal statements and review essays
3. Provide interview preparations

• Developed two basic engineering documentation, diagrams and specifications to meet project requirements and regulatory standards.
• Evaluated proposed project economics and identified alternative solutions and designs producing improved results.

(Project: Fluid Catalytic Cracking)

• Optimized the multi-stage compressor performance in platforming unit
• Learned overall process in refinery unit