Orchestrated seamless site relocation, ensuring minimal disruption to operations and maintaining stakeholder satisfaction within defined budget and timeline.Technology and innovation scouting for potential integration or strategic development.

Championed product development initiatives resulting in successful market introduction of new products, leveraging Agile methodology and customer feedback loops for rapid iterations.Established strategic business partnerships with industry leaders and distributors, expanding market reach into new geographical areas including Australia, Europe, Taiwan, Japan, China.Performed market research, cost analysis, revenue forecasting and ROI calculation to assess financial feasibility for new project initiatives and investment opportunities.Created and executed effective marketing campaigns, experienced in interpreting key marketing analytics such as conversion rates and customer engagement, resulted in successful customer acquisitions, strengthened client relationships and increased sales.

Directed the engineering team in executing production processes, achieving seamless transition from pilot to manufacturing scale within given project timelines.Developed and implemented in-house production management system, resulting in a 20% reduction in errors and improved production efficiency to hit weekly delivery goals.Conducted business analytics using Pivot Tables and Charts in Microsoft Excel to optimize production workflows and costs, delivering data-driven insights to top management.Led efforts to secure ISO 13485 accreditations with zero non-compliance during annual audit.

Vertical Oceans (formerly Akualogix) provides cities with healthy and nutritious same day farm-to-fork shrimps, locally grown in high-tech urban aqua towers. The company is producing sustainable seafood using a balanced ecosystem of shrimp, fish, and algae managed by smart algorithms.

Spearheaded Singapore's chemistry research team on extracting valuable biomaterials from Black Soldier Fly, developed scalable extraction technologies for obtaining insect chitosan that are sustainable and heavy-metal free, expanding the business's product pipeline.Established a data library for insect biopolymers, facilitating chemical profile Successfully transferred operation know-hows during a two-month assignment in Cape Town, South Africa, collaborating with cross-functional teams to complete the technology Led the laboratory and office renovation project of Singapore's site as the company APAC headquarter, demonstrating strong negotiation skills and project management skills.

Self-initiative internship opportunity with Singapore forensic and analytical sciences experts in HSA's Applied Sciences Group. • Assisted in criminal investigations and illicit drugs control by performing routine calibration, chemical analysis, and participating in internal project.• Coordinated with scientific officers on GC-MS internal projects for amphetamines detection, cannabinoid substance moisture analysis and food dyes characterisation.• Conducted NMR and MS spectra analysis of novel psychoactive substances (NPS) to provide valuable insight for in-house analysis improvement.• Updated chemical library database, maintained good housekeeping practices in laboratory, and performed daily calibration. Work in accordance with approved methods, SOPs, and GLPs.

Title: Direct Modification of Glassy Carbon Electrodes via in situ Electrochemical Grafting of Aminophenyl GroupsThis project aimed to modify targeted electrode surface to open up possibilities for potential applications of diagnostic-based biosensors, or energy-storage usage.- Selective diazotization on p-Phenylenediamine (pPD) was performed in acidic media.- Electrochemical grafting was performed with CV and CPE.- Electrochemical behaviour of the pPD-grafted electrode was investigated."Distinction" Grade from NTU URECA Programme

Title: Electrochemical Capture and Conversion of Carbon DioxidesThis project aimed to tackle on global climate change issue by converting greenhouse gas (CO2) into valuable chemicals. Electrochemical cycle approach was used to achieve the defined project goal.- Screened organic compounds' electrochemical behaviours, and identify the candidates with best fits to continue the project required study. - Designed electrochemical catalytic cycle for CO2 capture, and performed optimisation on CO2 conversion efficiency.Achieved "Distinction" Grade from NTU URECA Programme.