General role:1. Conduct meetings with potential clients' representatives to better understand their needs and identify potential areas of collaboration based on SAT's capabilities.2. Provide input to the management team in helping drive decisions involving the design team.3. Conduct Introductory GD&T training for external clients.4. Conduct interviews to identify suitable candidates to fulfill Design Engineer roles.5. Train entry-level engineers in the usage of Catia v5 and Siemens NX9 CAD software.6. Guide junior-level engineers in developing their design thinking capabilities.Naval Group Malaysia (Multi-Function Console Management)- Managed a team of design engineers to successfully completed the design of a multi-function console structure (three variations) for naval application.- Worked hand-in-hand with Stress Engineer counterpart to ensure that the design fulfills the structural, vibration and shock requirements.- Provided active design support to the manufacturer in order to improve the design for manufacturing.- Conducted Conceptual, Preliminary and Critical Design reviews to ensure that all design requirements and concerns are addressed within the final design.Spirit Aerosystems Malaysia (Tooling Jig)- Designed and created 2D drawings for A220 Winglet and Flap tooling jigs.- Performed Design and Drawing Checker duties for the A220 Winglet and Flap tooling jigs.- Provided Design engineers with feedback on potential design improvement.Spirit Aerosystems Malaysia (Supply-Chain Development)- Provided assistance and guidance to selected manufacturers in understanding Boeing's Engineering Drawings, Model-Based Definition (MBD), Condition of Supply (COS), Part List and Picture Sheet Drawing List (PSDL).- Conducted meeting with representatives from Spirit Aerosystems Malaysia to obtain clarification on certain issues raised by the selected manufacturers.

General role:1. Perform design work on the Dornier Seastar CD2 aircraft for Dornier Seawings GmbH (DSG) using Siemens NX9. 2. Lead and provide guidance to a small team of junior engineers to successfully complete design projects. 3. Responsible for checking junior engineers’ work prior to delivery to customer. 4. Interpret design requirements for work-packages, providing hour-costing estimation and ensuring that work-packages are completed within budget. Dornier 328 Nacelle RFQ (Deutsche Aircraft)- Worked closely with clients to performed design cost estimation based on requirements set by the client.- Analyzed design improvement opportunities on existing nacelle structure. - Explore opportunities to convert existing welded and casted manufacturing processes to machining and fastener manufacturing approach. - Explore Superplastic and Hot Forming manufacturing processes with Sapura and ACB. Projects worked on:- Avionics racks and avionics equipment arrangement – SN1004 (DSG)- Engine Control Cable Routing – SN1004 (DSG)- Engine Control Cable Routing – SN1003 (DSG)- Engine Compressor Wash Installation – SN1004 (DSG)- Air Chamber Installation – SN1004 (DSG)- Fire Detection and Extinguisher Installation – SN1004 (DSG)- FWD Avionics Rack Fuselage Bracket – SN1004 (DSG)- External Lights – SN1004 (DSG)- Engine Drains Installation – SN1004 (DSG)- Dry Channel Clamps Installation – SN1004 (DSG)- Center Pedestal Installation – SN1005 (DSG)- Cockpit and Heating Duct – SN1004 (DSG)- Cockpit Equipment Installation – SN1004 (DSG)- Fuel System Installation, Sponson – SN1004 (DSG)- Aileron Autopilot Integration – SN1004 (DSG)

General role:1. Perform design work on the Dornier Seastar CD2 aircraft for Dornier Seawings GmbH (DSG) using Siemens NX9. 2. Lead and provide guidance to a small team of junior engineers to successfully complete design projects. 3. Responsible for checking junior engineers’ work prior to delivery to customer. 4. Interpret design requirements for work-packages, providing hour-costing estimation and ensuring that work-packages are completed within budget. 4. Worked closely with clients to performed cost estimation for potential new aviation projects (PD Aerospace).Projects worked on:- Avionics racks and avionics equipment arrangement – SN1003 (DSG)- Passenger door and emergency exit jettison mechanism – SN1003 (DSG)- Forward avionics rack to fuselage attachment – SN1003 (DSG) - Nose Landing Gear (PD Aerospace)

Performed design work on the Dornier Seastar CD2 aircraft for Dornier Seawings GmbH (DSG) using NX9 Unigraphics while under supervision of a senior design engineer.Gained confidence from the Strand’s Design Manager to be deployed to Dornier Seawings GmbH (DSG) office in Germany, twice, to act as a liaison engineer between DSG and Strand. Responsibilities include: 1. Resolving engineering-related problems between multiple DSG departments (design, manufacturing, stress, systems, electrical) and Strand in order to expedite the completion of design projects. 2. Ensuring technical information and work-package dependencies are communicated and transferred quickly and accurately between Strand and DSG. 3. Identifying potential stress and design work that are suitable to be transferred as work-packages to be completed in Strand. Projects worked on:- Aft avionics rack to fuselage attachment – SN1003 (DSG)- Fire Detection and Extinguishing System – SN1003 (DSG)

Completed Static Stress Analysis for A350-XWB Root-End Fixed Fairing (REFF) structures. Among the projects involved:- A350XWB-900 MSN05 Checkstress- A350XWB-900 MSN21 Checkstress- A350XWB-1000 C-Maturity Sizing- Internal peer checker for other team members' work- Author of multiple Airbus Preliminary Stress Sheets and Airbus Stress Dossier- Exposure to both Composite Panels and Metallic Fittings Analysis

Completed Static Stress Analysis for A350XWB Fixed Leading Edge (FLE) structures. Among the design maturity involved:- A350XWB-900 MSN01/First Flight Clearance- A350XWB-900 MSN05 Checkstress- A350XWB-1000 B-Maturity and C-Maturity Sizing- Author and contributor to multiple Airbus Preliminary Stress Sheets and Airbus Stress Dossiers- Exposure to both Composite Panels and Metallic Fittings AnalysisUtilizes Excel VBA to create new tools to facilitate and increase work productivity.

Graded homeworks for Structure I, Structure II, Aeronautics I and Electrical Engineering I courses.

Organizing and shelving library materials.