1. Chris Boise Eric Cawley Gideon Oladunjoye Jose Pardes Matt Cross Megan Guarnieri Cleary

2. Problem Statement Customer/Engineering Requirements System Overview Final Design Problem Tracking Current State Test Results Future Tasks

3. In order to simultaneously collect emissions and transport undisturbed casts for analysis, current hollow cast models will be combined with the existing side stream smoking machine. Device will operate using acquired data from the wPSMD. Unit needs to be self-contained, portable, fit on a workbench, and user friendly. The unit must also be production ready for identical machines in other labs. During operation smoke needs to be ventilated responsibly and the unit must be interfaced with LabVIEW.

9. Electronic cigarettes 2 syringe pumps Sliding access door No filter between chimney and impinger No pressure or temperature sensors Limit switches Termination and reset program Overhead exhaust vent H-bridge with protection Larger DAQ interface

11. Proven results for research cigarettes Electronic cigarettes capable Lung cast produced and all parts delivered Internal lung cast pressure program Labeling all required parts and wires Program reset Customer documentation

12. 36 Total Research Trials (1R5F) Eliminated non-7 puff trials and anything with percent error > +/-70% Resulted in 15 samples TPM avg.= 2.145 mg % Error avg.= 3.13%

14. Fix/reduce actuator creep through LabVIEW or limit switches Automated puffing profile from WPSM device Calibrated/verify puff using flow meter Automated parallel correction to puffing profile Lung cast deposition incorporation Puff selection drop-down menu

15. Problem Statement Customer/Engineering Requirements System Overview Final Design Problem Tracking Current State Test Results Future Tasks