David Kadylak Email & Phone Number

Vancouver, BC, CA

Burnaby, British Columbia, CA

Lead all aspects of the design and release ownership of plate, seal, footprint design and interaction with MEAResponsible for the design of high power unit cell for 36% increase in power density (excluding MEA) and stack hardware to ensure optimal performance, including design validationPredictive modeling of flow characteristic: creation of pressure drop.

Overseeing all mechanical engineering aspects in new product development, and for senior engineering related issues with new product commercialization and in manufacturing engineering. Leading 6 engineers in senior engineering related issues with new product introduction. Coordinate and plan all new product readiness testing and ongoing performance.

Managing all development engineering resources, directing and reviewing their work; led team to design world’s most compact humidifier, exceeding US DOE’s 2017 targets; organizing various technical projects both internally and externally and analyzing results; leading new product development projects at the exchanger level with the use of the Stage-Gate.

Effectively running fuel cell BOP humidifier side of the business almost exclusively Dealt closely with business development, support and orders, new product development, supply chain (injection molding), production, and operations, to ramp up to mass production; on the production floor helping out with hands-on support to tie into the design intent.

Development activities in next generation of humidifier products; leading computer-aided engineering and computer-aided modeling initiatives; research into predictive modeling of humidifier systems

Bolton, ON, CA

Project management involved in the whole process development cycle in developing a cycle time estimator for the entire Thixomolding machine process; developing the project scope definition and implementation into a tool from research into influencing parameters on cycle time, such as injection unit selection and heat transfer modeling; responsible for.

US

Characterized newly designed MEMS probe rotator motor to understand how to effectively drive it with pulsed voltage signals, and produce a product with lower energy consumption; application of multiphysics in analysis of MEMS devices to determine mechanical parameters; use of finite element analysis to aid in design of product components and their.

CA

Modeled vehicle lift gate and power lift gate electro-mechanical mechanism, then performed kinematics and dynamics simulations to reproduce real-life behavior; performed light analyses and designed modification to speedometer/tachometer eggcrate to maximize even light dispersion; gained electrical experience through construction of test fixtures and consoles

Bolton, ON, CA

Responsible for designing and executing validation test plan for impact testing; applied finite element analysis (FEA) and performed correlation analysis of FEA results to strain gauge and accelerometer data from impact test measurements; expanded solid modeling abilities through modeling, scaling up, and drafting of complicated parts with application of.

Bolton, ON, CA

Reduced inspection errors and simplified post-design work for engineers through design of inspection spreadsheet tool for manufacturing; resolved issue on important component of mold through root cause analysis, FEA examination and engineering reviews, along with other service issues in effect; solidified 3D modeling abilities using Unigraphics, along with.

Princeton, Ontario, CA

Investigated new technologies and conducted feasibility studies of the implementation of new technologies for company expansion; designed and built prototypes as per consumer, retailer and organizational requests; extensive use of AutoCAD solid modeling to communicate design intent and to aid in solving product design problems, as well as for quality control

Masc, Thermofluids

Part-Time Studies, School Of Energy, Design For Manufacture And Assembly

Basc, Mechanical Engineering