Oleksiy Serdyuk, P.Eng. Email & Phone Number

Nanaimo, Bc, Ca

Vancouver, Canada Area

Project/ Technical Management• Technical Manager for the Chilean Navy Amphibious and Military Sea Transport Vessel• Vessel Arrangement & Outfit Lead for the Chilean Navy Amphibious and Military Sea Transport Vessel• Naval Architecture Technical Manager for the US Navy Large Unmanned Surface Vessel• Technical Lead for the US Navy Auxiliary Multi-Purpose Platform• Vessel Arrangement User Group Lead• Structure User Group 2IC• Technical liaison with client, vendors, and regulatory bodiesProposal/ Concept Development• Proposal development for a US Navy Auxiliary Vessel Industry Studies• Concept development of the Hospital Vessels, Logistics Vessels, OPVsNaval Architecture• Developed General Arrangements for Naval Auxiliary Vessels, Offshore Patrol Vessels, Hospital Vessels, Logistics Vessels, Offshore Supply Vessels• Developed and reviewed outfit and naval architecture drawings for various types of vessels• Performed resistance and power calculations• Performed station-keeping calculations• Carried out weight estimates• Good understanding of the US Navy, CCG, and USCG operations for efficient layout of mission equipment and systems• Conducted trade-off studies and cost-benefit analysis for the US Navy auxiliary and surface vesselsStructural Engineering• Developed structural arrangement drawings for Icebreakers, Auxiliary Vessels, Offshore Supply Vessels• Performed scantling calculations to ABS, DNV-GL, and Lloyd’s Requirements• Performed an analysis of vessel accelerations for inclusion in developing structural loads• Designed and analyzed equipment foundations using Multiframe and FEAMechanical Engineering• Performed selection and layout of propulsion equipment and systems• Developed and reviewed electrical load analysisResearch & Development• Developed in-house outfit and structural guidance documents and standards• Collaborated with vendors to expand in-house technical capabilities

Pacific Northwest - Vancouver

• Liaised with Operations, Planning and Production Control to solve production and outfitting issues in a technically acceptable manner and maintain cost and schedule objectives.• Developed and reviewed design documents for the fisheries science vessels in order to achieve customer, classification society and regulatory approval.• Provided engineering support as assigned in all areas of construction and collaborated with suppliers and subcontractors.

• Led the efforts of promoting naval architecture and marine engineering to students on campus.• Raised over $6,500 from local firms and organizations to support the student section.• Hosted 12 industry guest lectures and technical presentations; organized shipyard tours and trip to conferences in the US.

• Assisted senior naval architects with developing and modifying various project designs.• Completed and updated technical drawings, including general and structural arrangements, tank capacity plans; while ensuring compliance with the vessel statement of requirements and necessary regulations.• Performed weight estimation calculations, structural assessment and stability analysis using GHS. • Participated in several lightship surveys and inclining experiments on the passenger vessels.

• Designed and drafted structures and assemblies that were built on site and aided mill and mine operations teams to complete their projects safely and on time.• Monitored, analyzed and reported on equipment performance that minimized production loss and maximized equipment uptime.• Created a tracking system that helped to improve mine equipment lifetime, by monitoring performance of wearable components and identifying key failure modes.• Involved with quality control and equipment reliability projects, as well as safety incident investigations.• Involved with quality control and equipment reliability projects, as well as safety incident investigations

• Lead in the design and manufacturing processes of an RC aircraft designed to maximize payload.• Incorporated computational fluid dynamics to determine the appropriate air foil use and wing parameters.• Employed experimental tests and CAD software to simulate loads, stresses and propulsion parameters.

• Supervised and managed 15 fuel cell tests running at the same time; analyzed results, tracked the progress efficiently and presented test updates to my team in a concise manner• Independently designed and conducted an 8 month long testing procedure to find alternative material that could be used in commercial products• Drafted and conducted testing of commercial stack hardware parts, which reduced production cost of one of the commercial products• Resolved technical issues of test stations and improved their performance by working closely with other departments in Product Engineering