About Me
Settings Optimization intern at Formlabs, working on next-gen printers, resins, and accessories in a mixed lab + data focused test and development space. Workflow involves Git based source management, Python for json scripting and data analysis, SOP documentation, metrology for mechanical and optical properties.
My work includes:
Discussions around resin setting and optimization development, shipping, and stakeholder meetings.
Methodologies such as: Design for Manufacturing (DFM), Design for Test (DFT), Rapid Prototyping (RP).
Tools like: Git, Python, Keyence 3D scanners, micrometers, tensile testing, shore hardness testing.
Director for UW-NanoRobotics Group, advancing additive manufacturing for flexible electronics. We also host an endorsed and accredited curriculum program with the Waterloo Institute of Nanotechnology (WIN) to reinforce engineering concepts through hands-on projects.
4 Fun
Climbing, and when I'm lucky kitesurfing are my favourite ways to spend time, I'm also a big fan of cooking and trying new recipes.
Patents and Publications
Photoanode Deposition Process Design (Patent Pending)
- Developed a deposition process for MANTECH's COD biosensors to achieve desired thickness and porosity
- Resolved yield issues by adjusting deposition parameters and implementing new data acquisition and QA steps
- Created SOPs and instructional videos to ensure the deposition process can be replicated for device production.
Laser Induced Defect TiO2 for Solar Panels and Water Sensing (Publication Pending)
- Fabricated photocatalytic cells to be applied to solar conversion and wastewater sensing
- Optimized deposition techniques for anode materials with Python & data analysis principles
- Ensured feasibility of research-oriented process design for industrial use and scalability
UW-NanoRobotics Group
Director for the University of Waterloo NanoRobotics Group
- Originally the materials team lead, where we made conductive inks. More on that...
- Leading 70+ students across engineering, science, and business to advance additive manufacturing
- Established an accredited, endorsed curriculum program with the Waterloo Institute of Nanotechnology (WIN) to reinforce engineering concepts through hands-on projects
Conductive Ink Synthesis and R&D for Additive Manufacturing (In Progress)
- Directed synthesis of silver nanoparticles for use in flexible PCBs with an application to wearable electronics
- Tested ink conductivity, adhesion, and ductility with various substrates and sintering temperatures
- Collaborated through goal alignment and technical documentation including SOPs and BOMs
Contact Information
Email: [email protected]
LinkedIn: linkedin.com/in/jericho-mordasiewicz