Summary
Overview
Work History
Education
Skills
Awards
Research
Languages
Timeline
ResearchAssistant

Zahra Khodamoradi (She, Her, Hers)

Kitchener,Canada

Summary

Mechanical Engineer with dual Master's degrees in mechanical/material engineering from UBC and Sharif University, specializing in materials science and advanced manufacturing. Research experience in high-entropy alloys, aluminum alloys (5083, 6061, and 7075), and high-performance nickel-based superalloys (Inconel 622, 625, 686, and Hastelloy). Expertise in mechanical/characterization testing (creep, tensile, compression, hardness, SEM, EBSD) and metallurgical analysis to investigate material behavior under various conditions. Recent work focuses on laser direct energy deposition of Inconel alloys and stainless steel for improved corrosion resistance. Proficient in AutoCAD, SolidWorks, and Python for technical design and analysis. Successfully secured research funding and published findings. Experienced in project management and cross-functional collaboration. Permanent Resident of Canada and eligible for Engineer-in-Training (EIT) program.

Overview

6
6
years of professional experience

Work History

Research Assistant

University of British Columbia
05.2022 - 10.2024
  • Conducted research on nickel-based superalloys, focusing on Inconel 686 and its applications in corrosion-resistant environments.
  • Inconel Weld Overlays: Explored the effects of heat input and intertrack overlap on microstructure and mechanical properties of Inconel 686 weld overlays. Identified relationships between weld parameters, dendritic morphology, and microsegregation. Utilized SEM and EDS for phase analysis and correlated findings with hardness data and weld quality
  • Additive Manufacturing with Inconel 718: Investigated the role of infill passes in laser-directed energy deposition on Inconel 718 thin walls. Correlated cooling rates, derived from dendritic arm spacing, with grain orientation and hardness profiles. Highlighted the influence of spatial thermal gradients on final mechanical properties.
  • Successfully wrote and secured $100,000 in funding through a Mitacs Accelerate Grant Proposal
  • Conducted research on optimizing welding parameters using MATLAB and other analytical tools
  • Coordinate measuring machines (CMM) were employed for distortion assessment, and the ESPI method was employed for residual stress measurement
  • Managed lab inventory and equipment, ensuring compliance with safety regulations

Research Assistant

Teck Resources Company
05.2022 - 09.2024
  • Employed the ESPI method to measure residual stress and utilized coordinate measuring machines (CMM) for weld overlay samples by Inconel 686
  • Led investigations into the root causes of deformation and crack formation in products, employing morphological and mechanical analysis techniques
  • Led the design and execution of experiments to improve manufacturing parameters, working closely with Teck Resources to implement and validate these changes

3D Printing of Metals (Prototype Design for Laser Direct Energy Deposition)

01.2022 - 05.2023
  • Developed and implemented 3D printing processes for metal components using SolidWorks
  • Assessed and ensured the structural integrity and compliance of printed components with required specifications through rigorous testing

Quality Control Internship

01.2019 - 09.2019
  • Performed stringent quality control tests on wire products to ensure compliance with industry standards
  • Instrumental in refining quality control processes, substantially increasing product reliability and consistency

Education

Master of Applied Science - Mechanical Engineering

University of British Columbia
Kelowna, BC
11.2024

Master of Applied Science - Material Engineering

Sharif University of Technology

Bachelor of Applied Science - Mechanical Engineering

Sahand University of Technology

Certificate - Programming for Data Science

University of British Columbia

Skills

    Material Characterization: SEM, EBSD, FTIR, DSC, tensile testing, creep testing, and microhardness measurements for analyzing microstructure-property relationships

    Materials Processing: Expertise in laser-directed energy deposition, heat treatment, welding processes, and additive manufacturing techniques for optimizing mechanical and morphological properties

    Analysis and Correlation: Proficient in investigating the impact of processing parameters (eg, heat input, cooling rates, and overlaps) on material microstructure and properties, including phase evolution, grain morphology, and mechanical performance

    Casting and Alloy Development: Knowledge of casting techniques for various alloys, including Ni-Cr-Mo and aluminum alloys, with experience in controlling solidification parameters to achieve desired microstructures

    Alloy Design and Optimization: Proficient in developing and analyzing advanced alloys (eg, Inconel and aluminum alloys) to enhance mechanical, thermal, and corrosion-resistant properties

    Design and Modeling: Proficient in AutoCAD and SolidWorks for CAD modeling and simulation of material behaviors

    Programming: Skilled in MATLAB and Python for statistical analysis, process optimization, and data interpretation

    Statistical Tools: Experience with Minitab and data analysis methods for process-property correlation studies

    Experiment Design: Expertise in planning, executing, and analyzing experiments to study process-microstructure-property interactions

    Collaboration: Proven ability to work in multidisciplinary teams, manage lab resources, and communicate technical findings effectively

    Safety and Compliance: Strong commitment to maintaining lab safety standards and ensuring quality assurance in experimental procedures

Awards

  • Graduate Deans Thesis Fellowship, UBC, 2024
  • International Four-Year Doctoral Partial Tuition (IDPT) Award, 2022
  • Graduate Research Scholarship (GRS), 2022-2024
  • Mitacs Accelerate, 2022-2024

Research

  • Residual Stress Measurement for Inconel
  • Additive Manufacturing of Inconel 686 and 718
  • 3D Printing and CAD Modeling Using GD&T Standards
  • Correlation Between Mechanical Properties (In different Temperatures, Force, and Strain) and Morphology for Finding the Dominant Mechanism for Creep and Creep-Aging
  • Morphology and Topology Study by Using Scanning Electron Microscopy
  • Hot Deformation and Creep-Aging Behavior of Aluminum alloy 5083

Languages

English
Full Professional
Kurdish
Native or Bilingual
Persian
Native or Bilingual

Timeline

Research Assistant

University of British Columbia
05.2022 - 10.2024

Research Assistant

Teck Resources Company
05.2022 - 09.2024

3D Printing of Metals (Prototype Design for Laser Direct Energy Deposition)

01.2022 - 05.2023

Quality Control Internship

01.2019 - 09.2019

Bachelor of Applied Science - Mechanical Engineering

Sahand University of Technology

Certificate - Programming for Data Science

University of British Columbia

Master of Applied Science - Mechanical Engineering

University of British Columbia

Master of Applied Science - Material Engineering

Sharif University of Technology
Zahra Khodamoradi (She, Her, Hers)