Tim is a Senior Full-stack Developer with 10+ years of software development experience focused on Python. He is passionate about solving problems with technology and has gained experience as a remote developer in Boston as part of a real-time image analysis research division at Texas Instruments.
Creating and developing innovative software solutions for clients across a broad range of industries.
Participating in scrums consisting of cross-functional teams, both software and hardware.
Ensuring that features are being delivered efficiently and on time.
Automated and manipulated oxDNA simulations for DNA-origami in C++ and Python.
Automated electron microscopy (EM) image analysis with Python and OpenCV.
Tested EM images for DNA-origami fabrication quality standard.
Conducted various lab procedures connected to the self-assembly and analysis of bio-nanotechnology based on DNA-origami: agarose-gel purification, uranium-sample staining, EM image collection.
Assisted in the publication of "Biophysics in the Cell."
Investigated the application of Graph Convolutional Neural Networks to combine genetic and MRI brain scan data.
Designed and tested a bioinformatics model in R for early-stage Alzheimer’s disease detection.
Fused fMRI and genetic patient data for improved predictions.
Developed ML algorithms with Python Caffe-Jacinto, PyTorch, and TensorFlow for autonomous driving.
Designed and assembled a circuit board that showcases an application of OPA-365 and C2000 in HEV/EV.
Developed a comprehensive sales analysis tool for quality testing in Python.
Improved real-time image analysis with efficient Convolutional Neural Networks.
Developed Embedded C firmware for C2000 micro-controller.
Improved system integration to produce a 10x search performance increase.
Developed and compared real-time data analysis models with Caffe Jacinto, PyTorch, and TensorFlow.
Implemented a convolutional neural network (CNN) approach for autonomous vehicle control, automating feature learning from camera input.
Designed a level 2 autonomous vehicle using a CNN to map pixels to steering commands, reducing human intervention.
An active pass-band filter is implemented for the analog-to-digital converter (ADC) in a C2000™ microcontroller.
The Fast-Fourier Transformation (FFT) algorithm analyzes harmonic content to enable adaptive real-time switching frequency dithering.
The design includes PCB layout and embedded-C firmware for ripple counter control.
Automated information extraction for thousands of images using OpenCV.
OpenCV is an open-source computer vision library.
OpenCV is designed for accelerating machine perception in commercial products.
