Egor Sobolev Email & Phone Number

https://atom.auto- Designed ADAS camera brackets in Siemens NX for the ATOM EV. Focused on DFM for injection molding and DFA, performed wall thickness and draft analysis- Gathered and negotiated design constraints and geometry changes. Discussed current progress in meetings with teams and suppliers while communicating in English - Coordinated the freezing of bracket geometry for different project milestones and managed the addition and validation of grain texture to the brackets and parts marking- Identified major design issues with existing bracket screws and mounting surfaces of surrounding parts. Performed screw joint calculations and proposed changes that were accepted by my manager- Reviewed Design Verification Test Plans and DFMEA. Found errors in tests as well as important requirements from Technical Specifications that were not reflected in tests. Collaborated with the QA team and supplier to resolve these issues- Designed compartments, brackets, assembly fixtures, and jigs for sensors for the ADAS test fleet (Toyota vehicles) using sheet metal and 3D printed parts. Performed 3D scanning and created a 3D scanning guide in Confluence that was used by several engineering teams- Prototyped parts using SLA/DLP and FDM 3D printing. Fabricated and assembled parts in the workshop using bench tools- Developed ISO fabrication drawings in English for mass production. Assigned GD&T and performed tolerance stack-up analysis- Identified non-conformities with internal drafting standards to ISO 128, negatively impacting drawing quality and the company's reputation. Proposed changes that were accepted by the drawing validation team- Applied agile methodologies in the workflow by maintaining epics, planning and tracking current tasks in Jira

https://chaykin.ru- Designed a prototype of a new automatic winding system with new reversing wheels for the company's in-house manufactured movement 'K.32' with SolidWorks. The design reduced idle motion by 50% and utilized wear-resistant features. The first prototype was 3D printed, while the second was made from target materials through milling and turning- Resolved jamming issues in the existing manual winding mechanism by implementing a forced disengagement system for the cam clutch- Designed a prototype of a dual-barreled mechanism with a skeletonized design for the company's upcoming watch model taking into account watch DFA and DFM for milling and turning- Validated designs by 2D kinematic schemes, SolidWorks Motion Analysis, and FEA simulation- Developed part and assembly fabrication drawings for milled and turned parts. Assigned GD&T and performed tolerance stack-up analysis- Proposed modifications to the company's drawing template to comply with ISO standards. Suggested changes in the drawing creation culture, advocating for the use of GD&T symbols instead of text. My proposals were approved by the CTO- Conducted preliminary research for the ultra-thin watch 'ThinKing' (1.65mm) to select casing material and performed FEA simulations on dummy casings made from various materials. Finalized the search with an R&D report that served as the basis for material selection- Redesigned and brought to a working condition two 3D printed prototypes for testing new architectures of split balance system. One of the designs was later approved and used in the watch

Moscow, Russia

Special Energy is a subsidiary of Rosatom corporationhttps://seaem.ru- Designed parts and assemblies for Ram Feeder, Fork Chain Conveyor, and Bottom Ash Extractor for the Waste-to-Energy plant in Kazan, Russia in SolidWorks- Applied DFM and DFA principles, along with environmental and safety constraints, for sheet metal and welded designs. Developed fabrication drawings with GD&T- Revised the existing frame by changing the beam type, validating the design through section modulus comparison, bolted connection calculations, and FEA static analysis of beams- Developed chain links for the fork chain drive and validated the design with SolidWorks Motion Analysis- Calculated tolerances for the interference fit of scraper shaft bearings- Reverse-engineered equipment using photos, technical specifications, ISO drawings, and P&ID- Developed technical specifications for contractors and translated them from Russian into English

Podolsk, Moscow, Russia

ZiO-Podolsk is a subsidiary of Rosatom corporationhttps://aozio.ru- Developed 3D designs of heat exchange equipment, such as Moisture Separator Reheaters and Condensate storage tanks, for company’s international nuclear power plant projects using Autodesk Inventor- Conducted vessel shell and head thickness calculations, collaborated on design and drawing modifications, suggesting changes that were accepted- Achieved 1st place in Rosatom Corporation's AtomSkills 2019 professional competition for Design Engineer skills by demonstrating skills in CAD, calculations, 3D-printing, fabrication drawings, GD&T and presentation materials creation for competition projects- Was selected by Rosatom management to represent the company at the inter-corporate competition WorldSkills Hi-Tech 2019, where achieved 1st place- Developed competition tasks for company's competitions AEMSkills 2021 and 2022 in Design Engineer skill*ZiO-Podolsk is manufacturer of heat exchange equipment for Pressurized Water Reactors. It's a subsidiary of Rosatom corporation machine-building division

https://worldskills.org- Designed and modified devices and units for about 100 training and real-life projects with welded, sheet metal, 3D-printed, cast, molded, turned and milled components in Autodesk Inventor within tight timeframes based on technical specifications, drawings and design briefs- Developed technical documentation and ISO fabrication drawings, and presented end products with animations and rendered images in Inventor Studio- Qualified to represent Russia in the EuroSkills 2021 competition among other 5 national team members after 4 years of training, researching, and implementing modeling techniques, hotkeys, feature libraries, macros, and scripts to increase my CAD productivity by approx. 3 times- Achieved 2nd place at EuroSkills 2021 Graz competition in Mechanical engineering CAD skill by demonstrating skills in 3D design, calculations and FEA, DFM, DFA, reverse engineering and 3D scanning, 3D printing, ISO drawings and GD&T creation, creation of graphic and video presentation materials, time management, and task prioritization- Achieved 1st place in the Digital Hybrid Eurasian 2022 competition and 2nd place in Asia Skills Online Friendly Skills Games 2021 competition in Mechanical Engineering CAD skill

Bachelor'S Degree, Design And Technological Support Of Mechanical Engineering Industry

Studied basics of both mechanical engineering and mechanical engineering technology. My Bachelor's thesis topic was development.

Vocational Education (Associate'S Degree Equivalent), Computer Networks

Studied computer networks' design, administration and security, as well as basics of microprocessors and PC. My diploma thesis was design.