• Design, implement, and verify digital logic blocks and modules in accordance with project specifications and quality standards.• Own ASIC IP RTL implementation for IP blocks. • Specification creation, micro-architecture development.• Ensure RTL written meets quality checks like Lint/CDC/RDC. • Collaborate closely with design team members, technical leads and the architecture team to ensure the block meets the power and performance requirements. • Collaborate closely with the verification team to develop test plans and review test coverage. • Perform IP integration. • Supervise the RTL-to-GDS flow and assist with synthesis and timing closure. • Work with FPGA engineers to perform early prototyping. • Support hand-off and integration of blocks into larger SOC environments.• Identifies inefficiencies and improvement opportunities in the front-end chip implementation process and propose ideas to tackle them.• Owns front-end design quality checks and reviews to present the physical design team with high-quality RTL.

• Taught Electrical Fundamentals & Schematic Design, General Electronics 1&2 (Op-Amps, filters, diods, CMOS ICs), Signals & Systems 1&2, Introduction to Semiconductors, Digital Design & Math.• Assisting students in developing their study skills in accordance to the needs of each subject.• Providing students with an understanding of how to solve problems by working through them step by step.• Working with a variety of age ranges, from junior high to senior citizens.• Developing and honing learning/teaching practical tools with a psychological basis to maximize memorization and learning.

• Held weekly office hours to help students with homework & labs. • Created educational content and materials. • Troubleshooted and debugged issues with different combinational and sequential designs implemented using an IntelFPGA through schematic capture and System Verilog in Quartus Prime & ModelSim.

• Conducted research in a semiconductor field & explored quaternary value signaling for reduced footprint and power consumption for technologies less than 14nm, 10nm, 5nm (FinFETs & NSFETs). • Built a quaternary-logic based SRAM address decoder in LTSPICE using IBIS modeling and analyzed the possible trade-offs between power consumption, high performance and signal voltage margins.

ECE 271& ECE272 - Digital Logic Design Class.

• Worked under supervision. Followed established directions to specify, design, and develop hardware systems and interfaces for new and existing products.• Researched solutions to complex technical problems under specific constraints of performance, size, power and cost. Recommended viable and cost-effective approaches, and selected key components.• Performed schematic design and worked closely with the CAD team on developing Printed Circuit Boards layouts.• Managed the Bill Of Materials and understood the product cost makeup.• Co-developed hardware with Firmware and FPGA Design Engineers, collaborated with multiple functional teams across a variety of fields and assisted in board bring up.• Validate and trouble-shoot prototypes and production builds. Generate related reports.• Work with CAD and Contract Manufacturers to produce prototypes and production grade boards.

• As a junior engineer developed design drawings & outline specification for building engineering systems under the guidance of senior engineers: daylight and artificial lighting, energy supply and use.• Was responsible for the in-time release of the designing/working construction documentation in accordance with ISO standards and TPD; confirmed it with the other developers to comply with customers' requirements & wishes, organized meetings.www.ekcompany.ru

• Assisted Process & Instrumentation engineers in a Surface Mounted Technology laboratory in developing an electronics assembly process.• Evaluated and analyzed designs of new electronic products for manufacturability.• Crafted and updated standard work instructions and standard operation procedures, routing instructions and manufacturing capacity analysis.• Lead and managed a project to improve quality and process throughput.• Monitored the quality and efficiency of the manufacturing process using various equipment (automated optical and X-ray control, etc.).• Assisted Electronic Engineers in elaborating the circuitry and electrical component selection for the manufactured products.www.niitp.ru/en/o-kompanii

• Planning, stage-by-stage organization and management of the project;• Distribution of tasks among employees;• Managing and conducting teambuilding activities for employees;• Coordination of activities on the working site of the project;• Finding new partners for the agency;• Organization of meetings, coordination of the group's tasks, work optimization to shorten the dates of multimedia product realization;• Appreciated with a letter of recommendation for being passionate, creative and ethical at work.www.ipces-production.com