Eduard Miskevich Email & Phone Number

United States

• Responsible for solving technical and logistical issues for clients regarding 3D printers and laser cutters by providing consultations using engineering and technical expertise in the field of 3D printing, establishing communication with manufacturer’s technical support, and coordinating actions of both parties to resolve the problem.• Conducted a search for technical specialists in the client's region who could address issues at their facility or assemble a printer from components provided by the manufacturer such as Modix.• Tracked and coordinated the delivery of machines and spare parts to clients and/or to the repair workshop.• Provided technical support for owners of photopolymer and FDM printers, including gathering information about the issue, providing instructions, and manuals, and devising initial solutions to the problem before connecting engineers from the machine’s manufacturers such as Modix, Creatbot, Anycubic, Creality, Phrozen, Bambu, Prusa, QIDI, Rais 3D, Optimus, Intamsys, Sinterit, Anisoprint, and FLUX.• Handled order processing and invoicing, as well as maintained records of technical specialists for quicker and more convenient access to the company's database.• Prepared a guide for resolving the most common technical issues for the company's database .that is used by Top 3D customers.• As a result of the provided technical support, more than a dozen potential returns and negative reviews were prevented. Additionally, more than a dozen projects for assembling Modix printers, each valued at USD 12,000, were successfully completed.

Novosibirsk, Russia

• Perform written and oral consecutive translations from Russian and English languages.• Technical translation includes engineering texts in the field of metallurgy, composites production and aircraft industry; technological instructions, scientific articles and operational documentation. Medical tests and certificates.• General translation includes localization of graphic novels, fiction and non-fiction literature, comic books and video games.• Consecutive interpretation includes face-to-face or online business meetings in the field of IT and banking.• Utilising extensive knowledge and understanding of the English language and software such as SDL Trados Studio, Grammarly, automatic translator and dictionaries of scientific & technical terminology, I have successfully completed more than a dozen orders of various sizes and topics.• I applied modern technologies to preserve the formatting of the original documents, produce the most accurate and meaningful translation, and complete all tasks on time.

Sydney, New South Wales, Australia

• Assisted on a large-scale road-shield assembly project at the centre of Sydney, which included:• Interpreting drawings, operating workshop crane and aligning workpieces together.• Working solely and in team cutting, assembling and welding steel; calculating optimal feed rate and blade speed for fast and efficient cutting, and cutting steel beams using an automated metal band saw.

Sheffield, United Kingdom

• In a team of 5 Tasked to investigate and compare thermal corrosion effects on the abradable sealings, used between turbine blades and casing.• Scheduled extensive thermal experiments for 9 samples. Performed thermal cycling, isothermal tests, sampling and metallurgical analysis using electron and light microscopy. • Complied weekly progress reports for Senior Management at Rolls Royce and presented all findings to the panel. • Analysis of micro-cracks demonstrated that new repair methods were 12% more resistant to corrosion, which proved beneficial in terms of added value to repairs and becoming more competitive in jet engine repair services.• Became proficient with tools such as 4-Box diagram, allowing for practical implementations of a project management system to achieve goals in timeframes.

Sheffield, United Kingdom

• Working as part of an interdisciplinary team during University studies, I was tasked to design and manufacture a surveillance UAV for Coast Guards to include design, analysis and assembly of the fuselage.• Collaborated to design a quad-copter as opposed to a fixed-wing UAV resulting in a more stable structure and control system.• Researched 6 most popular UAV designs and sketched 3 concept drawings by hand. Developed a CAD assembly model of the fuselage using SolidWorks, including the layout of electronic components and motors.• Designed 8 titanium connectors and calculated their additive layer manufacturing and machining parameters.• Determined 2 carbon fibre-based plating and 4 tubes for the fuselage using selection criteria.• Verified mechanical properties of the fuselage using Finite Element Analysis simulations (FEA) in ANSYS Workbench.• Assembled the fuselage with carbon fibre laminates, tubes (CFRP) and titanium struts using workshop tools.• Provided purchasing support for the team by leasing with suppliers and performing procurement of components and materials.• Managed project' documentation and distributed components among team members via an online bill of materials (BOI).• Produced technical reports relating to the manufacturing process and was responsible for document control.• Supported peers with fluid flow analysis by running heavy computing simulations using own desktop computer.• Saved 30% of the project’s budget by making a deal with the Advanced Manufacturing Research Centre who allowed to use their metal 3D printers in exchange for advertisement on-board of the UAV.• The result was that our Drone was the only fully operational structure able to perform complex manoeuvres proving the structural integrity and mechanical properties of the design.• Performed post-flight design review and suggested improvements to the industry delegates at the final presentation.

Sheffiled

• Worked individually as a research assistant in the laboratory, developing Ferromagnetic Bilayer Thin Films. • Followed complex manufacturing and analysis procedures to include the use of physical vapour deposition for creation of over 20 samples, magneto-optic Kerr effect for testing and data gathering and MatLab and Excel Scripts for the data analysis.• Recorded and maintained all testing procedures and experiment data into technical documentation and produced 2 reports based on statistical data analysis.• Performed troubleshooting and maintenance of the measuring equipment.• Discovered innovative combinations of ferromagnetic thin films which improved electricity consumption efficiency by 81% when switching a magnetisation direction of the field. These works went on to be published as part of an article.• Presented findings to an audience of 200 experts and the general public at the British Conference of Undergraduate Research 2018.Article link:https://iopscience.iop.org/article/10.1088/1361-6463/aaa7d7/meta

Novosibirsk Region, Russian Federation

• Worked at ‘Kupecheskey’ supermarket (“Merchant” Supermarket) as food and goods merchandiser.• Performed shelf refilling with food, snack and other goods, assisted with goods reception, including heavy lifting, and maintained cleanliness.• Acquired and develop my sales, retail and customer service skills.

Meng Aerospace Engineering, Aerospace, Materials And Manufacturing Engineering, 2:1 (Class 2 Division 1 Honours) - 70%

Activities and Societies: Russian Society committee member President (RusSoc), Royal Aeronautical Society Member (RAeS) Grades: First Year.

High School, Physics, Maths, And Art, Physics-B, Maths-A, Futher Maths-B

Activities and Societies: Rocket Club, swimming and cross-country running. Oswestry School Combined Cadet Force. High school

Igcse, Sicence And Art, Biology - B, Physics-C, Chemistry-A, Art & Design-B, Mathematics-B, Russian-A*

Secondary school programm for international students. Preporation for high school.

Diploma Of Arts, Traditional Art Techniques, Drawing - B; Painting - B; Design - B; History Of Art - A; Sculpture - A

Russian state art school where I became competent in how to use traditional art techniques such as pencil drawing, watercolours/acrylic.