RESUME

• First engineer at the money pod team. Built internal tools for foundational features related to company-wide pricing data sharing management, accounting, and item promotions tools in an event-driven microservices architecture. Engaged in full-stack development using React and Ruby on Rails in combination with Postgres, GraphQL, and Kafka.
• Participated in a complex re-architecture project that involved breaking down a large monolith into multiple microservices.
• Implemented a promotion engine using NetSuite and Voucherify API.
• Dynamically adjusted priorities and timetables to meet the company’s fast-paced environment.
• Defined potential strategies and goals for several money-related projects and alternative revenue streams.
• Skills: Ruby on Rails, Node.js, React, Postgres, Apache Kafka, GraphQL

• Developed an all-in-one search platform for research labs using Angular, Node.js, Express.js, and MongoDB.
• Developed an admin management system and optimized the user onboarding flow for CAC.
• Led and managed a team of 5 part-time contractors, overseeing the platform’s growth from 0 to 10K users.
• Conducted user interviews, designed wireframe prototypes, and implemented over ten iterations of the MVP.
• Implemented Angular SSR for improved performance and efficient web crawling.
• Implemented authentication and authorization using Auth0.
• Implemented a research labs search engine using the Algolia Elastic Search API, a chat functionality using the PusherIO API and webhooks, a news feed and real-time notifications using the StreamIO API, and payment options using the Stripe API.
• Participated in the 2019 cohort of the Start Accelerator program in Switzerland.
• Skills: Node.js, Express.js, Angular, MongoDB, Heroku, Auth0, Stripe

• My work at the university was a continuation of the projects established at the Technion (below).

• Characterized two novel quantum memory device architectures.
• Authored two publications.
• Mentored three graduate students.

Thesis: ‘Modeling charge transport induced phenomena in colloidal double quantum dots and developing new probes for inter-dot interactions.’ Download PDF

• Developed novel open quantum systems models involving electronic and mechanical properties of double low-dimensional semiconductor crystals using the Quantum Master Equation algorithm.
• Conducted both theoretical and experimental studies. Organized the collaboration team responsible for synthesizing and characterizing a novel measurement setup of inter-quantum-dot interactions using Scanning Tunneling Microscopy (STM).
• Mentored two graduate students.
• Authored four publications as the first author.
• Skills: MATLAB, Python, STM

Thesis: ‘Vertical Junction Silicon Cells for Concentrating Photovoltaics.’ Download PDF

• Simulated a previously unexplored vertical solar cell configuration for high-concentration PV systems.
• Designed masks and fabricated a prototype in collaboration with Tower Semiconductor
• Characterized the solar cell prototype using Atomic Force Microscopy (AFM), Scanning Electron Microscopy (SEM) and tested efficiency at a high light concentration test facility setup.
• Serving as a teaching assistant for the VLSI course and an electrical engineering lab instructor.
• Skills: MATLAB, TCAD Sentaurus, AFM, SEM

• RTL design of a Multi-Master Multi-Memory Interface IP core as part of the Memory Interface team. In charge of architecture and implementation according to ARM AXI standards and interfaced memories specifications.
• Integrator of the entire Memory Interface module.
• Planned and implemented verification, testing, and documentation requirements.
• Skills: Verilog, Perl, Linux

• Brought up a System Verilog Assertion (SVA) verification environment for Multi-Master Multi-Memory Interface IP core, which uses the ARM AXI bus peripherals. Wrote checkers for module functionality, randomized configurations and inputs using constraints, created cover groups, and collected coverage.
• Established the System Verilog Assertion work methodology at the company level in collaboration with the in-house software development team.
• Skills: Verilog, Perl, Linux, SVA

• Implemented a GSM communication protocol using Xilinx FPGA design suite.
• Skills: VHDL, C++, DSP

Thesis: ‘Modeling charge transport induced phenomena in colloidal double quantum dots and developing new probes for inter-dot interactions.’ 

Download Thesis PDF

Download Thesis Slides

Thesis: ‘Vertical Junction Silicon Cells for Concentrating Photovoltaics.’ 

Download Thesis PDF

Download Thesis Slides

Final Project: Designed a 2GHz digital sine wave generator using MATLAB and VHDL (RTL and high-level synthesis).

JavaScript, TypeScript, Ruby on Rails, Node.js, Express.js, React, Angular

PostgreSQL, MongoDB, Apache Kafka, GraphQL, NetSuite, Git, Figma

Verilog, VHDL, Xilinx FPGA

MATLAB, Python, Perl, Synopsys TCAD