Computer Engineering student, McNair Research Fellow, and Robotics Field Operator focused on human-centered robotics, artificial intelligence, and wireless systems. I use hands-on technical experience to create reliable, user-focused engineering solutions.
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I'm an undergraduate at UMass Boston pursuing a B.S. in Computer Engineering
with a minor in Computer Science. As a McNair Research Fellow, I utilize the ICARUS Lab research capabilities (under the
mentorship of Prof. Zografopoulos) to analyze how cyber-physical attacks influence robot behavior, system reliability, and human trust
in assistive technologies. I am also an undergraduate researcher
in the UCaN Lab under Prof. Michael Rahaim - working on cutting-edge hybrid
RF/optical indoor positioning systems using SDR, MATLAB, Python, and BiLSTM
machine learning models.
Beyond school, I provide AI automation consulting, assistance with autonomous robotics,
3D printing services, and embedded system solutions through my consulting business called 'Your Favorite Engineer LLC'.
I've built AI agents for healthcare troubleshooting, automated business workflows,
and created projects using microcontrollers.
I'm passionate about robotics, AI, and assistive technology — building systems
that genuinely help people in real-world environments.
Featured on InfluentialWomen.com for my work in AI automation, embedded systems engineering, and advancing women in STEM fields.
Read My FeatureSelected for prestigious undergraduate research program
AI automation & embedded systems solutions
Developing hybrid RF/optical indoor localization systems
Completed Oxford Saïd Business School AI certification
I prototype on breadboards, wire circuits, and build small devices in the Arduino IDE with C/C++.
Comfortable with debouncing, timers/interrupts, Serial/I²C, and integrating sensors/servos.
I analyze lab datasets and script the workflow to generate clear plots and tables,
ensuring that results are easy to interpret and reuse.
I design/test LLMs and agent workflows, test GPT/Claude/Gemini, document failure modes,
and integrate data from structured inputs to make chart export results reliable and easy to use.
As an intermediate Python programmer, I have an advanced understanding of the
language and can confidently tackle more complex programming tasks.
I can write functions, handle errors, work
with different data structures,
and utilize powerful
libraries to enhance my code.
I have gained proficiency in utilizing CAD (Computer-Aided Design)
software to
create detailed and accurate designs for projects and 3D printing.
Familiarized and efficient in using C++ to program microcontrollers, sensors, and other embedded systems found in robotics.
2025
2025
2025
2025
AI-powered biomedical device troubleshooting agent for healthcare professionals
Custom conversational AI interface with multi-model integration
Design and rapid prototyping for engineering projects
Engineering project using logic circuit design using discrete components and microcontrollers
Real-time signal processing and analysis
Machine learning model that processes natural language and voice commands for people with hearing impairments.
Webpage showcasing engineering projects and experience