P_20190401_175159_vHDR_Auto.jpgNanoScale and Advanced Manufacturing LabP_20190401_175129_vHDR_Auto_HP.jpgNanoScale & Advanced Manufacturing Lab 1

1. Manages the DLF Center and the general professional outlook and strategic objectives of collaborative organizations and stakeholders for decisions and engagements. 2. As Chairman of board, provides leadership and guide to corporate management by giving directives as to performance criteria and goals within set timeframes; management includes staff, finances, programs, and etc. 3. Doubles as the President of the Deeper Life Foundation Institute (DLFI) Hong Kong & California to pioneer and accelerate Institutional objectives and niche ideals to set policy framework and progressive engagements. 4. As Director of the Deeper Life Foundation Resource Center, I have strengthened outcomes of family social enterprise initiatives and capacity building; including collaborative efforts. 5. I have led meetings and conferences with focus on excellence, team capacity building, growth KPI, and etc, with testimonials and trusted feedbacks.

ILEAF is Innovative Leadership Enterprise Action Foundation. Information and capacity building for Ideation, Hi-Tech Innovation, Green and Social Enterprise. ILEAF Global

Nanotechnology Research & Scholarly Journaling

• Finalist @ HKUST One million dollar competition. • Had further R&D plan for 3D Silicon-carbon anode, Lithium based cathode and Solid electrolyte with technical collaboration from NAMI. • Achieved funding and marketing plan.

• Optimized the capacity utilization, charge acceptance, & cycle life of lead-acid batteries using synthesized & characterized carbon-nanostructures. • Electrochemical testing and Materials Characterization included EIS, CV, HR-SEM, HR-TEM, TGA & DSC, BET-Surface area, and so on.

• Achieved feasibility study and economic assessment of solar panel addition to HKUST walkway. • Elected as part of leadership committee to roll out green initiatives for the campus. • Currently conducting a feasibility study and life cycle analysis for solar panel installations. • Crafted budget plan to accommodate implementation costs with the University’s facilities engineering department and organized student-faculty meetings to support the university’s existing sustainability projects. • Proposed measures to reduce energy in campus dormitories and led preliminary research by measuring light usage in public areas

Establishment and operations of NanoStructure, Composites, Energy & Electronics Laboratory Overseeing the Graphene Production Plant. Projects: a. Graphene Anodes for High Performance Lithium ion Battery. b. NanoCarbons for Structural Materials. c. Graphene inks d. Collaborative efforts on Graphene Sensors. e. Advance Manufacturing Techniques like Friction Stir Welding of Aluminium, etc f. NanoCarbon based Aluminium Composites g. Graphene/Epoxy based nanoComposites

Leading research and development of into: • Graphene Powders and Dispersions • Graphene inks, electrodes/ PCBs/ Sensors • Graphene batteries & supercapacitors • Adhesives, coatings & lacquers • Thermal interface materials • Resin modifiers & friction protections https://www.thegraphenecouncil.org/blogpost/1501180/279262/Perfect-Right-Limited-Oovao-Powers-Insights-from-Hong-Kong-based-Graphene-ProducerPRL NanoStructures and Energy Lab

• Electrochemical Reduction of Graphene oxide films & investigation of electronic properties. • Chemical characterization (FTIR, Raman, XPS, XRD, TGA/DTG); Temperature and frequency dependent electronic characteristics.

• Supervised 2 MSc and 1 exchange student on multifunctional properties of graphene/epoxy based composite including mechanical & thermomechanical properties, electrical/sensor properties, and fracture characteristics. • Synthesized, functionalized, and characterized multi-functional multi-scale graphene derivatives, carbon nanotube based composites for multi-functional applications. • Managed the polymer nano-composite processing lab and liased with equipment manufacturers. • Contributed to Carbon nano structures developments for for lithium ion batteries

• Machine design & control systems design (Solid Woks & Autodesk Inventor); Materials selection; General mechanical woks such as lathe & milling machining, welding , assemblying; mechanical and electrical maintenance. • Supervised 2 students & taught materials characterization.

• Scheduled and implemented the FSW Wits/Airbus-Germany Project which included Failure analysis, Integrity testing, NDT, Residual stress analysis, General materials examination, Metallography, Optical and Electronic microscopy, Surface Protection and Corrosion Studies, Thermal analysis, Statistical Analysis, and Provided Advisory on Welded Panels for Structures. • Co-supervised 5 student engineers in innovative Welding techniques and Multi-objective characterization, and ensured all had more than 74% grading in their final project. • Improved turn-over time for evaluation of internship reports and tutorials of material science and engineering, mechatronics and fluid mechanics by 50%.Wits_convocatn list MSc.pdf

• Commercial banking activities such as clearing of central bank instruments; Posting of financial instruments such as cheques, dividend warrant, and customer orders; Initiating local money transfers; Posting of salaries and other general ledgers tickets; Preparing caution notices for other bank cheques; Issuance of manager cheques; Preparing daily proof of FT InterD and sundries; Preparing other bank cheques for clearing; Auditing and calling over of transactions, Performing general banking operations; Expense ticket administration, and customer relationship management. • This was a National Youth Service primary assignment

• CAD/CAM for Production Planning; Monitoring and Scheduling, Inventory, Stock Taking, and Material Management; Ensured successful completion of deliverables such as extrusions and casting. • Conducted Mechanical and Electrical maintenance around plant design systems: servicing of pumps, compressors, pressure vessels, towers, above-ground storage tanks, tank farm, shell & tube heat exchangers, process piping, and underground pipelines. • Operations Management: Production Planning, Monitoring and Scheduling, Inventory, Stock Taking, and Materials Management in aluminum extrusion, surface treatment and corrosion protection (anodizing and powder coating), continuous casting, and die treatment. Designed and produced machine parts, and modified extrusion dies. • Accustomed with arc welding, centre lathe, milling, drilling, and machine & workshop practice. • Studied reducing the percentage of waste produced in the extrusion press by chemical/compositional analysis. I was responsible for Non-Destructive Testing (NDT) of Materials, • Pratised Mass Spectrometry and Chemical Analysis, and Quality Control in continuous casting and aluminium extrusions.