Praven Kamalanathan
Vancouver,BC
Summary
Experienced with R&D and process optimization, having implemented strategies that improve production efficiency and reduce waste. Utilizes analytical skills and technical knowledge to identify and solve complex issues. Strong understanding of industry best practices and regulatory standards, ensuring high-quality outcomes in all projects.
Overview
10
10
years of professional experience
Work History
Graduate Research Assistant
The University of British Columbia / Simplifyber Inc
Vancouver, BC
09.2023 - Current
- Designed and optimized multi-parameter fabrication processes for bio-based composite foams using structured DOE methodologies, improving material performance while reducing experimental iterations.
- Developed scalable processing workflows from bench to pilot scale, translating lab formulations into repeatable manufacturing protocols with documented SOPs.
- Built parameter–response correlations between formulation variables and mechanical/thermal performance using regression analysis and statistical modeling.
- Investigated defect-engineering strategies in crystalline composite systems to improve adsorption and electrochemical performance through systematic structural characterization (XRD, SEM, thermal analysis).
Research Assistant / Tech II
The University of British Columbia / Simplifyber Inc
Vancouver, BC
10.2021 - 08.2023
- Applied fractional factorial DOE and response surface methods to optimize seven formulation parameters, achieving >100% performance improvement while minimizing experimental runs.
- Developed standardized process flows and operating procedures to improve reproducibility and reduce variability in manufacturing trials.
- Led cross-functional collaboration across international teams to coordinate iterative experimental cycles and accelerate product development timelines.
- Conducted statistical data analysis (JMP/Minitab/Excel) including capability assessment and performance benchmarking for next-generation material systems.
- Scaled surface modification and molding processes from experimental validation to pilot-scale demonstration.
Catalyst Coated Membrane (CCM) Co-op Student
Ballard Power Systems
Burnaby, BC
01.2019 - 08.2019
- Characterized coating uniformity and surface defects using 3D laser microscopy and correlated ink rheology parameters with coating performance.
- Developed XRF-based analytical workflow to quantify catalyst metal loading; validated measurements against ICP to establish robust cross-platform calibration.
- Applied Six Sigma tools (Gage R&R, process capability, SPC) to identify process variability sources and improve coating reproducibility.
- Conducted controlled desktop coating trials (micro-gravure and slot-die) to evaluate process window sensitivity across formulation and equipment parameters.
- Performed statistical data analysis to support process troubleshooting and quality improvement initiatives.
Intern
INDORAMA Polyester Industries PCL, Thailand
07.2018 - 08.2018
- Gained operational exposure to large-scale polyester manufacturing, monitoring real-time process variables (flow rate, pressure, temperature) within distributed control systems.
- Assisted in control-room operations using Foxview interface to maintain stable production conditions under dynamic load changes.
- Observed cross-functional integration of quality control, safety, and process engineering in high-throughput continuous manufacturing systems.
Co-op Student / Researcher
Performance Biofilaments
Vancouver, BC
09.2017 - 12.2017
- Led pulp processing operations including re-pulping, dewatering, and centrifugation while monitoring mechanical and rheological performance indicators.
- Performed materials characterization (SEM, rheometry, tensile testing) to correlate microstructure with mechanical properties.
- Assisted in process optimization trials to improve fiber dispersion and mechanical consistency.
Structure Team Member
UBC Orbit Design Team
08.2016 - 05.2017
- Designed CubeSat structural components using SolidWorks and conducted thermal and modal simulations in ANSYS to validate operational stability.
- Modeled FR-4 thermal performance under simulated aerospace conditions to assess structural integrity and heat resistance.
- Collaborated in multidisciplinary engineering team to deliver deployable solar panel mechanism.
Education
Chemical And Biological Engineering
The University of British Columbia
04-2026
Bachelor of Applied Science (BASc) - Materials Engineering
The University of British Columbia
01-2020
Skills
- Engineering: Process Optimization, Characterization (Microscopy, Rheology, XRD, EDS, XRF, TGA, DSC, UV-VIS, FTIR, INSTRON), SolidWorks, RAVEN, ANSYS, ASPEN HYSYS, Six Sigma, 3D Printing, Coatings
- Software: Python (NumPy, Pandas, Matplotlib, Seaborn), VBA, R, Excel, DX12, JMP, Minitab
- Certifications: Engineer-in-Training (EGBC), Canadian Class 5 Driving License
Languages
English
Native or Bilingual
Tamil
Native or Bilingual
Chinese (Mandarin)
Limited Working
Indonesian
Limited Working
Japanese
Limited Working
French
Elementary
Timeline
Graduate Research Assistant
The University of British Columbia / Simplifyber Inc
09.2023 - Current
Research Assistant / Tech II
The University of British Columbia / Simplifyber Inc
10.2021 - 08.2023
Catalyst Coated Membrane (CCM) Co-op Student
Ballard Power Systems
01.2019 - 08.2019
Intern
INDORAMA Polyester Industries PCL, Thailand
07.2018 - 08.2018
Co-op Student / Researcher
Performance Biofilaments
09.2017 - 12.2017
Structure Team Member
UBC Orbit Design Team
08.2016 - 05.2017
Bachelor of Applied Science (BASc) - Materials Engineering
The University of British Columbia
Chemical And Biological Engineering
The University of British Columbia