A detail-oriented research engineer with practical experience and extensive theoretical knowledge in the field of structural health monitoring, finite element analysis, and conformal load-bearing antenna structures(CLAS). My expertise in computational modelling skills covers static and transient structural analysis, parametric optimisation of a novel medical implant and HFSS simulation. I am also highly proficient in MATLAB, ANSYS, and SolidWorks, and possess experience in experimental measurements using strain gauges, accelerometers, and fibre optic sensors. In addition, I am skilled in designing and conducting experiments with sensor arrays to assess the structural health of medical implants and monitor the CLAS performance for UAVs under in-service conditions. Furthermore, I excel at leadership, communication, and problem-solving. These strengths enable me to thrive in an independent working environment, whilst making a valuable contribution to collaborative teamwork. I am seeking a challenging position in the engineering field that aligns with my expertise and knowledge, whilst allowing me to continually develop my skills and contribute to the growth and success of the company
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Research OfficerMonash UniversityGlen Waverley, Vic, Au
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Research OfficerMonash University Sep 2022 - PresentClayton, Victoria, Australia -
Teaching AssociateMonash University Aug 2018 - Aug 2023Clayton, Victoria, AustraliaWorked as the demonstrator for Course MEC3455 Solid mechanics and MEC3453 Dynamic 2Explain and resolve the questions mentioned by the studentsHelp course coordinator find and correct the error in the lecture slides and tutor questionsAssessing Exam papers before the final printMarking exam papers and other assignments
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Research Support OfficerMonash University Mar 2022 - Sep 2022Clayton, Victoria, AustraliaPerformance HFSS to simulate the effect of fatigue and mechanical loading on performance of antennaPrepare and perform S11 measurement of the patch antennaData analysis of resonance frequency and Q factor with MATLAB codeProvide general research support for designated research projects as directed
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Phd StudentMonash University Aug 2018 - Aug 2022Clayton, Victoria, AustraliaOsseointegrated implant is a novel technique that is reckoned as an alternative treatment for patients with above-knee amputation to the socket-prothesis system. However, this technique has two major limitations, stress shielding and a lack of assessment method for the osseointegration process. This thesis develops a parametric optimization scheme for the novel osseointegrated implant aiming to reduce the effect of stress shielding. Also, the capability of the vibration analysis on monitoring the osseointegration process is examined. A quantitative parameter E-index is proposed for this method.
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Research AssistantMonash University Dec 2017 - Apr 2018Clayton, Victoria, AustraliaPerform stress simulation by using ANSYS for a novel implant design supported by the US Navy Office of Naval Research.Undertake optimization on the shape of the novel implant proposed by Prof. Wing Kong Chiu and Dr Matthias K RussasProvide research support for the novel implant project under the supervision of Prof. Wing Kong Chiu and Mr Benjamin Vien
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Assistant Branch ManagerWant Want China Dec 2015 - Feb 2016Tianjin, ChinaAssist Manager to restore and distribute the product on the counterIntroduce the offer and new product to customersHandle complaints and process invoices for customers
Tim Lu Education Details
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Mechanical Engineering
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High Distinction
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High Distinction -
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Frequently Asked Questions about Tim Lu
What company does Tim Lu work for?
Tim Lu works for Monash University
What is Tim Lu's role at the current company?
Tim Lu's current role is Research Officer.
What schools did Tim Lu attend?
Tim Lu attended Monash University, Monash University, Central South University, Monash College.
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