Aleks Kazadayev Email & Phone Number

Auburn, Washington, United States

- Managing all signatory labor including VDC, Fabrication and Field- KPI development and tracking- Process review, development and implementation

Auburn, Washington, United States

- Managing the VDC Teams alignment with prefabrication process- Drive digital transformation to simplify and stream line processes- Establishing and training on CADD and company SOP's- KPI development, tracking and reporting- Software/Vendor relationship & licensing management

Auburn, Washington, United States

Managing all aspects of securing and executing complex full mechanical projects.

Auburn, Washington, United States

Acquired and managed various SPTI projects concurrently focusing primarily on quick turn design/build tenant improvement projects. Responsibilities included project budgeting, negotiating, labor & schedule management, procurement, forecasting and document control.

Auburn Washington

Perform a variety of task including preparing mechanical estimates and proposals, monthly labor and project forecasts, revenue projections, project contract documentation, schedules, RFI/change order/cost option logs & energy modeling using Trane Trace 700.

- Development and production of engineering construction documents- Load Calculations and Energy Modeling (EnergyPro V5 & V6)- Preparing plans for Mechanical and Plumbing systems using AutoCAD MEP/Revit

Greater Seattle Area

This project was completed for the Senior Capstone Design project requirements from the Mechanical Engineering Department at the University of Washington. On this project I worked on a team of students in developing surgical tool attachments for the Raven II surgical platform. The primary goal of this project was to design, develop and to bring to prototype a tool that would be able to securely hold a Scanning Fiber Endoscope (SFE) and a Ultrasonic Tissue Ablation System and be articulated by the Raven II robotic pincers. Working closely with the project sponsors, design team, medical professionals and graduate students we were able to develop and 3D print a full scale product, meeting all of the projects deadlines. During the duration of the project I learned many things about the medical devices market and what it takes to bring a product from prototype to a final marketable device. Some of the responsibilities I had during this project were the following.- Parametric Solid Modeling- Product life-cycle assessment- FDA codes and standards research- Design review- FEA analysis- Design Constraints and Metrics

Greater Seattle Area

I was part of a small team of motivated students participating in undergraduate research and we designed/redesigned components for an Axial Flux Permanent Magnet Generator (PMG) for the Northwest National Marine Renewable Energy Research Center. The generator would be attached to a helical turbine and would harness tidal energy and produce electrical power. I was tasked with working on the part dubbed the Bulkhead which attached to the stator plate and housed all the electrical connections. I also utilized my electrical engineering knowledge to identify issues in the wiring configuration since in preliminary tests the generator did not perform as expected. I was able to identify errors in the wiring configuration and solve the wiring issues. Upon further testing the generator produced the power it was expected to produce. Below is a summary of some of the responsibilities I had while working on this project.- Machined components to reduce costs and lead time- Performed FEA analysis to justify design changes- Identified issues in wiring configuration, provided timely and cost effective solution.- Successfully implemented recommended solutions- Material Sourcing/Purchasing- Generator Testing and trouble shooting

Greater Seattle Area

The goal of this project was to design and develop a prototype system that would offset the costs that farmers incur while irrigating their crops. One of the primary costs comes from running a large pump to feed water to the center pivot irrigation system. Our team developed a product and business plan that could be easily implemented by modern day farmers and would save the farmer thousands of dollars annually. Listed below are some of the tasks I completed while working on this project.- Product Benchmarking/Development- Functional Requirements and Metrics- 3D CAD Model/FEA - Parts Sourcing- Economic Analysis and Business plan development

Greater Seattle Area

This was the individual final project for my Heat Transfer Course (ME 331). The goal of this project was to find a everyday heat transfer problem and model it by implementing the concepts learned in class. The motivation for this project came about noticing that guitar amplifiers use vacuum tubes (an almost extinct technology) and they heat up and glow when operational. Attacking this problem i was able to model and understand the modes and effects of heat transfer between the vacuum tube and the surroundings. The project consisted of estimating heat transfer effects and validate them with a Comsol Multiphysics Model by building a 3D CAD replica and applying the proper constraints. The Attached file is the final report.

Utilized my skills in 3D modeling to tutor students in Solidworks 2012-2013 (2 Quarters)

Bellingham, Washington Area

• Customer Service: developing and maintaining positive customer relations• Troubleshooting/technical support for customers• Communicate to audiences with diverse levels of product knowledge

Mcaa Advanced Leadership Institute, Organizational Leadership

Bachelor'S Degree, Mechanical Engineering, Gpa 3.56

Associate Of Arts And Sciences (A.A.S.), Pre-Engineering