I AM
JORDAN LIU
ENGINEER
DEVELOPER
VIDEOGRAPHER
EXPLORER
Know more about me
I’m thrilled you’re here. Please take a moment to explore my site, where you’ll find details on my background, experience, skills and many more about my life. To learn more or connect on an opportunity, don’t hesitate to reach out.
BIO
Jordan Liu is an explorer, not only exploring different places, but also exploring different ideas and opportunities. This is why he chose to be an engineer; to make creative and innovative ideas come true. His belief on life is, be passion, to whatever he is doing. He came to Australia from England, to follow his ongoing passion of exploring the world and opportunities to develop his engineering career.
MY EXPERIENCE
What I have achieved......SO FAR!
ENGINEERING MANAGEMENT INTERN
INTERSACK, PHU LY CITY, VIETNAM
Dec 2017 - Jan 2018
Key responsibilities
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Research and development on industrial machines.
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Monitor condition of capital equipment.
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Monitor condition of capital equipment, research and development of new equipment to increase the rate of manufacturing.
Key Achievements
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Researched and acquire a turning machines which successfully replace the existing machines and boosted the lead time by 40%.
MECHANICAL ENGINEER
ALCHIN LONG GROUP, SYDNEY, AUSTRALIA
Nov 2018 - Feb 2021
Key responsibilities
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Carry out Geometric Dimensioning and Tolerances (GD&T) for various hardware products
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Testing methodology includes but is not limited to 3D CAD modelling and Finite Element Analysis on structural load.
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Plastic or Sheet Metal design
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Complete FEA on design concepts to validate and improve.
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Providing Design and Engineering expertise to facilitate and enrich technical aspects of R&D projects.
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From product manager design brief, I delivered engineering input to all stages of the development process from concept design and design review, part selection and recommendation, configuration troubleshooting, through to final design and implementation, conducting final testing as well as verification and validation.
Key achievements
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Research and Development of a sub system to automate assembly process so the operation of the assembly process can be moved in “Industry 4.0”. This automation utilized a robot to assemble high volume parts at a faster cycle time than an operator. The operator was used on a different stage of the assembly process, which the robot is unable to be utilised. The overall cycle time was reduced by 45% and the number of operators was reduced from 4 to 1.
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Design and Manufacturing of a Door Lock Hardware to be sold in the International Market.
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Rapid Design and Prototyping of a Testing System and Testing Rig for a New Product to test for the designated life cycle, cycle load and ultimate load.
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Transformed existing manual actuated Door Lock Hardware to Electronic Door Lock with Smart Home connective capability. Material selection, functionality, aesthetics and manufacturing methods were crucial for this project to keep the manufacturing cost to a minimum. Extensive testing such as ultimate load, fail-safe and fatigue tests were conducted on the system.
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Change of manufacturing suppliers for a product range. Confidential correspondence between the two suppliers to make sure the changeover was smooth. Clear understanding of the current stock levels and forecasted stock levels for the product range were required to make sure any customer sales were not affected during the changeover.
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Design and Development of a testing procedure for a Product Range that satisfies Local and Global Safety Standards
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AS 204:2014 – Windows and external glazed doors in buildings
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BS EN 13126-6:2008 Building Hardware – Requirements and test methods for windows and doors height windows
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NZS 4211:2008 New Zealand Standards Specification for Performance of Windows
GRADUATE ENGINEER
MTR COPRATION (AUSTRALIA), SYDNEY, AUSTRALIA
Feb 2021 - May 2022
Key responsibilities and achievements
1st Rotation: E&TS - Systems Engineering and Risk Management team (Feb 2021 - Aug 2021)
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Risk Management
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Reviewed risk management framework with respect to internationally recognised RM standard ISO3100.
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Established risk data base structure aligned with project team organisation; arranged and led risk identification and review workshops for T&S and other disciplines.
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Chaired Management Risk Sessions to review risk identified in workshop and the financial impact.
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Chaired internal Workshops to identify and consolidate Project Delivery Risk, Enterprise Risk for both MTR HQ and Sydney Metro.
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Implemented Risk Management tool Predict! for City and SW project MTR Australia. Facilitated the transition of Risk Registers from Excel Spreadsheet base to Predict!.
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Requirement Management
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Create links between PS/SWTC and SPRs for different work packages for modules on DOORs.
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Establish traceability of each requirement items between Significant Contractors SWTC/PS and MTR TSOM SPRs.
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Review compliance status and allocation status of requirement status.
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Create RVTM of PS/SWTC and SPRs for OCC BMCS.
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Configuration/Change Management
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Aligned the site access dates between different stakeholders, namely Significant Contractors, Construction Teams and planning teams.
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Reviewed and planned key dates for CCB meeting for different work packages base on the site access dates.
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Review and follow up on the compliance status of CCR forms for different work packages.
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Capture comments from both internal and external on the CCR forms for submission.
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Implementation of Monday.com management tool to: track Key Date, register Conditions and register pre-CCB internal comments on Mondays.com.
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Created various dashboards to show the metrics of Configuration Management.
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Prepare and facilitate CCB meetings for different Disciplines.
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Facilitate meetings between Significant Contractors and MTR on CCR form submission and Site Access Dates.
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2nd Rotation: TSOM – Signalling Team (CBTC) (June 2021 – July 2021)
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Review and consolidate on the comments received from the Significant Contractors.
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Update the status of SOD from all deliverables of CBTC package from the Significant Contractors.
3rd Rotation: E&TS – System Integration (July 2021 – Oct)
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Obtain and consolidate SI Checkpoints and SIF Monitoring Points update on the tracker, and update the progress on the main SI Dashboard for the monthly report.
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Prepare meeting minutes for the monthly SI internal meeting.
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Update IASS monthly summary report to prepare for the IIR.
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Implementation of Monday.com management tool to track key dates of SIAT Readiness Monitoring Schedule for City and South West by constructing S-curve.
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Implementation of Monday.com management tool to move the SI Monthly Dashboard from Excel Sheet to Cloud base.
4th Rotation: TSOM – Central Control System (Aug 2021 – May 2022)
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Setup and carry out the Software Proofing Platform Test with contractors for I/O points of different stations.
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Implementation of Monday.com on the reporting of SIAT results as a Flash Report.
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Review of IO counts and implementation of Monday.com for IO points tracking.
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Review Risk items and facilitate Risk Workshop.
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Review of comments of TVS IBP drawings from FIW and SigCons.
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Consolidation of Alarm Inhibit items for Isolation test.
5th Rotation: TSOM – Rolling Stock (Oct 2021 – Dec 2021)
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Drafting RFIs for design changes.
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Assist with consolidating the RVTM and update the compliance of the SPRs.
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Review and update on the comments issued to the Significant Contractors.
6th Rotation: TSOM – Radio (Jan 2022 – Present)
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Consolidation of comments from Monthly report from the SigCons.
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Review of T&C schedule.
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Review 5G design drawings.
IVVQ/SYSTEM ENGINEER
THALES AUSTRALIA, SYDNEY, AUSTRALIA
May 2022 - Present
Key Role
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Responsible for the completion of a set of IVVQA (Integration, Verification, Validation, Qualification and Acceptance) tasks within the committed cost, schedule, performance and quality
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Test (IVVQA) scenarios, ensures their traceability with the corresponding systems engineering artefacts – using DOORS or similar requirements management tools - and guarantee their implementation
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In charge of tasks focused on preparing, defining, specifying, tooling and performing the allocated Test(IVVQA) activities required for acceptance of the solution, with support and guidance from the manager
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Work with the Systems Engineers to ensure that the concept of operations is fully understood and described and that full V&V traceability can be put in place and maintained with the validation test scenarios
Key Achievement
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Carry out deployment of configuration software and carry out troubleshooting on CCS equipments, including: Front-End Processor (FEP), Field Programmable Logic Controller (FPLC), Real Time Server, Web Server, Database Management Systems Server (DBMS) and IBP
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Carry out Software Points Platform Test, Factory Acceptance Test, Site Integration Test and Site Acceptance Test for differenct CCS Equipments at different location (Stations and Substations)
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Carry out Factory Acceptance Test for different COM subsystem equipment, including: Telephony (TEL), CCTV, EAC and APIX
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Carry out Internal Interface Test with different sub-systems, including: Building Management and Control System (BMCS), Power Control System (PCS), Tunnel Ventilation Control System (TVCS) and Platform Screen Door (PSD)
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Managment of Requirements and traceability of test case and test results.
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Create Test Case/Test Steps for various COM subsystem.
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Technical lead for COM Subsystem, namely PIDS, VIDS and CLK.
MY EDUCATION
What I’ve Studied
February 2016 - February 2020
UNIVERSITY OF NEW SOUTH WALES
BACHELOR OF ENGINEERING (HONOURS) IN AEROSPACE ENGINEERING
Major projects
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For my honours thesis, my research topic was “Reduction of Carbon Dioxide Emission in Inland Rail System”
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Energy Sources were redesigned and a complete energy transmission network was constructed to achieve an 80% reduction in carbon dioxide emission.
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Mathematical model was constructed on MATLAB to simulate, analyse and optimise the annual energy consumption and carbon dioxide emissions of the Inland Rail system under various circumstances.
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I was part of a team where we worked with different Various Industry Partner to design an antisubmarine aircraft, which I am responsible with 3D modelling and system integration of the aircraft.
MY SKILLS
FINITE ELEMENT ANALYSIS
ENGINEERING DESIGN
PHOTO & VIDEO EDITING
MY AWARD
Recognition of work
2019
THE WARWICK SLADE ROYAL AERONAUTICAL SOCIETY PRIZE
For the top team performance in Aerospace Design Project by students in the Bachelor of Engineering in Aerospace Engineering Program, with “Design of Anti-Submarine Aircraft”.
FIRST AID
"The Earth is the cradle of the mind - but one cannot eternally live in a cradle."