Garret Lam Email & Phone Number

United Kingdom

London, England, United Kingdom

• Promoted and marketed construction noise products through content creation on social media platforms like LinkedIn.• Coordinated product distribution with end users and assisted in design modifications.• Managed company operations, ensuring smooth workflow and client satisfaction.

• Investigated noise reduction mechanisms, contributing to advancements in aeroacoustics research via extensive data analysis.• Spearheaded the development and optimisation of C++ solvers for HPC clusters, including aeroacoustic-structural solvers and high-fidelity CAA solvers.• Created custom data analysis tools in MATLAB for spectral analysis, wavelet analysis, and correlation analysis, facilitating in-depth investigations of noise reduction mechanisms.• Maintained and enhanced the team’s numerical codes using GitHub, implementing best practices in version control and code review.• Designed and executed computational models for various projects, including acoustic metamaterials and aerodynamic noise reduction, using HPC platforms.• Managed and upgraded a Beowulf HPC cluster including software installation, facilitating the successful completion of 10+ research projects and improving system performance.• Published 9 peer-reviewed journal papers in leading scientific journals and co-supervised postgraduate students, guiding them to project completion.

Hong Kong

• Developed an acoustics simulation platform using the open-source finite element code ELMER on Linux, significantly enhancing the firm’s computational capabilities.• Created specialised tools for analysing noise impact assessments, streamlining the process of environmental monitoring and reporting.• Conducted noise impact assessments and environmental monitoring for various infrastructure projects, adhering to ISO standards.• Successfully managed the application process for construction noise permits, ensuring regulatory compliance for clients.

Hong Kong

• Developed a multi-scale CFD/CAA solver using MPI, achieving a 200x speed- up in simulations, crucial for large-scale atmospheric science applications.• Led the design and deployment of a scalable HPC computing cluster using Rocks OS, enhancing the research team’s computational resources.• Developed custom analysis tools to process and interpret large datasets from CFD simulations, enabling more efficient and accurate research outcomes.• Played a key role in developing and evaluating acoustic metamaterials for noise reduction in duct systems, contributing to pioneering research in aeroacoustics.• Authored, co-authored 6 peer-reviewed publications and provided mentorship to postgraduate students, fostering the next generation of researchers.• Delivered consulting projects related to acoustics – Blowdown Silencer Noise Study for Castle Peak Power Station A for CLP Power Hong Kong Limited – Characterisation of Sound Room Quality for Product Noise Measurement for Intertek Testing Services Hong Kong Limited – The RASTI noise measurement of six stations for MTR Corporation Limited – Reviewing the noise reduction effects of roadside noise barrier in Hong Kong and its cost-effectiveness for Environmental Protection Department

Hong Kong

Development of lattice Boltzman method for studying the flow dynamics and acoustics problem.

Hong Kong

1. Designed machinery of semiconductor equipment and its modules with the aid of Computer-Aided Design (CAD).- Conducted stress analysis using finite element software such as ANSYS.- Conducted tolerance analysis.- Generated layouts, assembly and manufacturing drawings with CAD softwares by using parametric CAD input based on drawing standards.2. Designed tooling for these equipment.3. Specified and sourced engineering materials and components.4. Support creation of bill of materials (BOM).5. Followed up the production of components to ensure timely completed deliverables.6. Managed & maintained the design configuration of designs produced.7. Improved designs- Carried out detailed reviews to test the robustness of the designs.- Provided improvement ideas of designs and implemented these ideas.- Presented evaluation results & suggested design improvements to stake-holders.- Negotiated technical issues and design solutions with clients.

Doctor Of Philosophy (Phd), Duct Aeroacoustics

Title: Aeroacoustics of merging flows at duct junctions -Investigated the acoustic generation by the flow unsteadiness occurred at duct.

Master Of Philosophy - Mphil, Mechanical Engineering

Title: Biomechanics of orthodontic tooth movement method. – Investigated the mechanism of the tooth movement during orthodontic treatment.

Bachelor Of Engineering - Be, Mechanical Engineering