Background

Electrical & electronics engineer, experience in R&D, QA, and manufacturing. Skilled in standard compliance, interpreting technical data, lean practices, and project coordination.

Job experience

• August 2022 - July 2024
  R&D Engineer
  SIMCO
  

  Iran

  • Directed the development of 6+ new product categories, including KNX, LAN, THHN, THWN, railway, power plant, explosion-proof, and intrinsically safe cables.
  • Conducted cable’s electrical design calculations, such as inductance, capacitance, impedance, voltage drop, and current carrying capacity.
  • Analyzed cable considerations regarding attenuation, crosstalk, EMC, and minimum bending radius.
  • Prepared reports for upper management outlining product development research related to technical resources, material ordering, machinery, production processes, test equipment, certifications, and packaging.
  • Enhanced customer satisfaction by conducting developmental projects, including product smart catalogs, social media product introductions, and online cable parameter calculation.
  • Collaboration and consulting with various departments, including Quality, Laboratory, Quality Assurance, Design, Production, and Sales, to ensure alignment and seamless execution of project objectives.
  • Handled contract administration documents (e.g., BOM, Technical Specifications, TDS, Quality Plan, ITP, Test Reports, Final Book) and tasks (e.g., meetings, client presentations, FAT, production line visits, field inspections).
  

• June 2019 - August 2022
  Quality Department Specialist
  SIMCO
  

  Iran

  • Led initiatives to reduce product nonconformities by 20% through a comprehensive 10-year study, root cause analysis, and implementation of corrective actions.
  • Actively contributed to continuous improvement as a member of the training committee, nonconformity committee, Quality Management Systems internal audit team, and 5S methodology audit team.
  • Used Lab equipment, including profile projector, micrometer, multimeter, and insulation resistance meters, conducting electrical and dimensional tests.
  • Analyzed cable test results, including dimensional (thicknesses, diameters, eccentricity), electrical (conductor resistance, insulation resistance, partial discharge, dielectric strength, continuity, spark test), and mechanical tests (hot set test, tensile and elongation, impact, hot pressure, shrinkage, cold bend).
  • Prepared test reports and technical documents in compliance with industry codes, factory standards, and other specifications (e.g., TDS, Customer requirements, Quality Plan, ITP, Packing List).
  • Prepared technical clarifications and vendor documentation for third-party certification bodies.
  • Gained hands-on experience with infrastructure project contracts across sectors such as power plants, substations, transmission and distribution networks, healthcare, industrial and commercial construction, enhancing project management, attention to detail, and problem-solving skills.
  • Scheduled and documented internal QMS audits, and prepared reports (e.g., supplier assessments, organizational process KPIs, product nonconformities, customer complaints, CAPA reports).
  • Reviewed and updated quality Assurance documents, including quality system procedures, work instructions, and traceability forms.
  • Monitored test and inspection procedures to improve the product quality plan and quality control procedures.
  

Education

• Isfahan University of Technology
  Master of Science
  

  2015 - 2018

  Courses:
  -VHDL
  -Linear Integrated Circuit Design
  -Semiconductor Device Fabrication
  -VLSI Circuit Design
  -Digital Image Processing
  -DSP
  -Advanced Computer Architecture
  
  Thesis:
  My thesis, “Study of Image Skeletonization Algorithms and Their Implementation”, focused on the hardware implementation of two skeletonization image processing algorithms.
  The first class was based on wave propagation and collision detection using asynchronous cellular processor arrays. Using CMOS and FTL logic families, various processing cell structures were designed, their performance was evaluated, and trade-offs in speed and precision were analyzed using Cadence, VHDL, and MATLAB simulation.
  The second class, based on window-matching/filtering, implemented a custom hardware architecture with shift registers and multiplexers to enable pixel scanning and processing. Simulations using VHDL and MATLAB, and design optimizations for resource efficiency and FPGA implementation were conducted.
• University of Guilan
  Bachelor of Science
  

  2008 - 2013

  Thesis: Study of Security in RFID Networks

• Advanced Manufacturing
  Humber Polytechnic
  

  March 2025 - August 2025

  Micro credential certification in:
  - Mechatronic Control Systems
  - Programmable Logic Controllers
  - Electric Motors, Actuators, and Drives
  - Electro Pneumatics and Hydraulics
  - Lean Manufacturing and Quality Control