Celltrio deploys complex integrated systems for TFlask based cell culture information. I work on the full stack of the product, from hardware to software, to help customers run faster, more reproducible experiments.
- Deploy complex integrated systems (RoboCells) onto customer locations; Decreased deployment time by 10% by developingefficient methods of rolling out systems.
- Troubleshoot and diagnose electrical, mechanical, software, and networking to ensure all devices function in an integration.
- Complex protocol development, in-depth scripting, and sequence generation in Green Button Go.
- Create and support documentation regarding service work in the field to standardize processes.
- Give customer operator and integrator training on the RoboCell and train coworkers on deployment and troubleshooting of the system
- CellProfiler development and image analysis optimization for Celltrio’s internal TFlask Imager
HighRes Biosolutions develops integrated lab automation platforms for life science research. I work across the full product stack — from liquid handling hardware to the software that drives it — helping customers run faster, more reproducible experiments.
- Integrate and configure liquid handling devices (robotic pipettors, dispensers, washers) into automated workflows for biotech and pharma customers
- Develop and optimize liquid handling techniques — calibration, aspiration/dispense parameters, dead volume characterization — for accuracy across a wide range of liquid classes
- Provide hands-on customer support and remote troubleshooting for complex system failures, coordinating with hardware, software, and field teams
- Author technical documentation, SOPs, and application notes for liquid handling best practices
- Contribute C# scripting for device control and workflow automation within proprietary lab automation software platforms
Joined Medline's engineering team as part of RPI's cooperative education program, working on medical device and product development initiatives within a large-scale manufacturing environment.
- Supported engineering design and validation activities for medical products
- Applied GD&T and CAD modeling in product development workflows
- Collaborated with cross-functional teams across engineering, manufacturing, and quality
Senior capstone design project focused on [describe your Neurosafe project here]. Update this with the actual problem statement and outcome.
- Led mechanical design and prototyping for the device concept
- Conducted FEA simulation to validate structural performance under load
- Built and tested functional prototypes using FDM and SLA rapid prototyping
- Presented final design to faculty panel and industry reviewers
Served as President of RPI's Lambda Chi Alpha chapter, overseeing chapter operations, member development, alumni relations, and community engagement.
- Managed a chapter of 50+ members and led executive board through a hybrid academic year
- Coordinated recruitment, philanthropy events, and alumni programming
- Maintained chapter standing with national organization and university administration
[Add a short description of this project — what was the problem, what did you design, and what was the outcome?]
- Designed and fabricated [describe the device/system]
- Applied SolidWorks for 3D modeling and assembly design
- Iterated through multiple prototypes to meet design constraints