Andrew Lambert Email & Phone Number

I work with facilities and land developers to determine the impact of sound sources on receptors, and ensure that sound levels from sources and at new developments meet the government requirements. This involves measuring sources on-site, determining sound levels from specifications, and building noise models from drawings and site visits. Sound levels are.

-Optimize the geometry of an automotive aeroacoustic wind tunnel by testing a scale model using microphones, pitot-static probes, and pressure transducers-Adjust model parameters to ensure that the flow speed meets the required uniformity along the test section-Tune the resonators to minimize the plenum and circuit resonances-Plan tests, monitor results.

Guelph, Ontario

-Determined aerodynamic loading on Skyjack lifts for stability certification using CFD-Validated CFD simulations by calibrating against experiments-Transferred methodologies and results in meetings and reports

Waterloo, Ontario

- Investigated flow development over an airfoil at a low Reynolds number, using hot-wire measurements, surface pressure measurements, and novel flow visualizations synchronized with fluctuating surface pressure measurements.- Developed skills in operation, calibration, and troubleshooting of experimental equipment.- Performed experiments in a wind tunnel.

- Use MATLAB to analyze experimental wind tunnel data on aeroacoustic noise generated by aircraft landing gear.- Update first-order noise model in FORTRAN to account for differences in the noise signature between landing gear configurations- Develop and validate semi-empirical model for noise generated by landing gear architectures- Provide documentation.

- Built and tested a scale wind tunnel model of the Formula SAE car to see the impact of wings on airflow to the cooling system.- Tested the configuration of the fan on the radiator to determine the optimal location.- Designed and optimized radiator inlet duct using Ansys 13.0- Built and packaged the cooling system components, including the mold for the.

- Created documentation and cell layout for manufacturing launches of new products- Interface between Quality, Design, and Manufacturing departments to implement engineering changes and internal product documentation

Mississauga, Ontario

- Adapted automotive ignition to a small engine for experimental testing.- Performed modifications and testing on engine, and reported testing results

- Performed testing and analysis on performance of electric heaters and thermostats using the controlled heat-loss facility designed on the previous co-op term.- Performed flow visualization experiments to validate an improved baseboard heater design

- Designed and gave specifications for a controlled heat-loss heater test facility using water-cooled panels.- Performed testing and analysis on electric heaters using thermocouples and a data logger

- Developed tensile tester for ambient and ultra-low-vacuum testing using a linear actuator, load cell, and data acquisition- Created a LabVIEW program for running experiments and recording experimental results- Designed and manufactured parts required for testing, using Solidworks

- Manufactured parts for a prototype open-wheel racecar, including sheet-metal fabrication, machining with mills and lathes, and hand tools for assembly- Worked in competition environment to prepare and repair the car

Bachelor Of Applied Science (B.A.Sc.) With Option In Management Sciences, Mechanical Engineering

Activities and Societies: University of Waterloo Formula Motorsports, orchestra@uwaterloo, University of Waterloo Concert Choir.

Education record

Activities and Societies: Concert Band, Concert Choir, Chamber Choir, Man-Choir, Woodwind Quintet, Science Olympics, Film Club, MusicFest.