Dmitry Yudnikov

Led development of magnetic energy harvesting devices for wireless switches, from concept through production. Resolved critical magnetic performance challenges, improving efficiency and reliability. Managed mechanical design, prototyping, validation, and ramp-up. Collaborated with marketing to align designs with customer needs and market trends. Drove continuous improvements using production data. Holds international patent in energy harveser.

Provided expert support with simulations and physics-based evaluations to design engineers, supporting global teams. Contributed to automated system development, leading the design of kinematic, thermal, and acoustic concepts. Led technology studies on new materials, components, and integration of technologies for future products. Designed and conducted component and subsystem testing, analyzing results Played an active role in IP development: 3 patent applications submitted, 1 international patent granted.

Design and development of products (CNC milling machines, scientific and technical devices) working from initial evaluation of theoretical designs through to development stage, prototyping, testing and then release the product to various sites. Performed calculations, simulations (FEM) and analysis for the products. Managed a team of junior mechanical designer engineers during performing of customer projects: preparation a list of requirements, review of concepts, review of 3D models and drawings.

Assembled of electrically and electronically subsystems of CNC tube bending machines. Responsible for maintenance, adjustment and commissioning of CNC tube bending machines. Developed of methods and processes of a test of the machines. Performed of tests of the machines. Responsible for creation of technical and service documentations for the machines. Support and training of customer staffs. LAN administration.

Developed of experimental devices (optomechanical, mechanical, electronic, electric). Made theoretical and experimental research. Developed of a method of nonlinearity’s determination of the registration systems of pulse optical radiation (for calibration of registration systems directly at experimental devices). Investigated photo-process by the laser induced multi-photon excited fluorescence in dye’s solutions. (an improvement of properties of two-photon excitation fluorescence microscope.)

Master of physics. Graduated with honour. Graduated work subject: “A Nonlinearity’s investigation of the registration systems of low power’s light pulses”. Two publications were made based on the work.