Summary
Overview
Work History
Education
Skills
Languages
Timeline
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ALI PIRHADI

Montreal

Summary

Biomedical Engineering M.A.Sc. graduate with extensive wet lab experience in the biotechnology industry. Skilled in immunoassay development, antibody screening, and sensor manufacturing for high-throughput proteomic platforms. Proficient in protocol design, robotic automation, and cross-functional collaboration. Strong foundation in molecular biology, cell culture, and assay optimization, with a keen interest in driving innovation in diagnostics and life sciences.

Overview

5
5
years of professional experience

Work History

Development Associate

Nomic Bio
09.2024 - Current
  • Contributed to the expansion of Nomic’s nELISA proteomics platform by sourcing and validating antibodies for new protein targets.
  • Developed and manufactured novel bead-based sensors to support the growing plex (# of targets) of the nELISA platform.
  • Operated robotic liquid handlers, including Lynx and Opentrons, to automate and scale sensor production workflows.
  • Designed and authored experimental protocols and SOPs to standardize development and automation processes.
  • Developed, validated, and troubleshot automated workflows, improving consistency and throughput in sensor manufacturing.
  • Executed screening and sensitivity optimization assays to improve performance of newly developed sensors.
  • Investigated antibodies and antigens to prioritize high-success candidates for integration into the platform.
  • Tracked target development across stages—from sourcing to validation and launch—using strong project management and documentation practices.
  • Collaborated with cross-functional teams (automation, manufacturing, software, supply chain, data and commercial) to support seamless content development and launch operations.

Biomedical Engineer Intern

CHU Saint Justine
04.2024 - Current
  • Designed and developed a delivery catheter for a 3D-printed tricuspid heart valve.
  • Utilized BIO X6 CELLINK, Lumen X+, and Formlabs 3D printers to fabricate biocompatible tricuspid heart valve and the delivery catheter.
  • Designed, developed, and optimized cell culture method for fibroblast cells and their integration into a hydrogel matrix for 3D bioprinting of tissue
  • Performed adherent and suspension cell culture technics for different types of the cells used in the tissue printing
  • Conducted viability tests including MTT test and ViCell viability analyzer
  • Ensured compliance with Good Laboratory Practices (GLP) and laboratory safety protocols during all phases of experiments
  • Maintained high standards of documentation, adhering to Good Documentation Practices (GDP)
  • Performed routine and non-routine laboratory calculations, including quality control metrics, to validate the performance of the catheter and heart valve.
  • Collaborated with multidisciplinary teams to refine and test the catheter and heart valve prototypes.
  • Analyzed assay results and prepared detailed presentations for collaborators review


Phytotron Assistant

Queen's University
08.2020 - 08.2023
  • Assisted professors and graduate students in designing, setting up, and running climate-controlled experiments on various plant species in a laboratory setting.
  • Maintained optimal environmental conditions (lighting, temperature, humidity, CO2 levels) for plant growth experiments in controlled environment phytotron chambers.
  • Conducted laboratory safety and infection control procedures, ensuring compliance with relevant regulations and standards.
  • Performed data analysis to assess plant growth and health.
  • Utilized specialized laboratory equipment for automated monitoring and data collection to improve experimental accuracy.
  • Wrote technical reports, including detailed data on plant growth, health, and development, providing researchers with critical information for their experiments.
  • Collaborated with team members to troubleshoot experimental setups and optimize protocols for enhanced research outcomes.

Education

Master of Applied Science - Biomedical Engineering

McGill University
08.2024

Bachelor of Science - Life Sciences

Queen's University
06.2023

Skills

  • Immunoassay development
  • Mammalian Cell culture (including: Immune cells, Fibroblasts, HEK 293T, Vero,)
  • Flow cytometry
  • Molecular biology techniques (PCR, gene cloning,
    nucleic acid extraction)
  • Bioinformatics tools (Sequence Alignment, Structure Prediction)
  • Biostatistical analysis
  • Microfluidic devices (eg, lab-on-a-chip systems)
  • Extensive wet lab experience
  • Automation and specialized laboratory equipment
  • Protocol writing and SOP development
  • Proficiency in Microsoft Office
  • Teamwork and collaboration

Languages

English
Full Professional
Persian
Native or Bilingual

Timeline

Development Associate

Nomic Bio
09.2024 - Current

Biomedical Engineer Intern

CHU Saint Justine
04.2024 - Current

Phytotron Assistant

Queen's University
08.2020 - 08.2023

Bachelor of Science - Life Sciences

Queen's University

Master of Applied Science - Biomedical Engineering

McGill University
ALI PIRHADI