Suyog Jadhav

B.Tech. (Third year), Indian Institute of Technology, Dhanbad, India

LinkedIn | GitHub | Blog | suyog.17je002775@ece.ism.ac.in | +917719058077


Looking for opportunities in the application of deep learning in the field of biomedical imaging and healthcare. I have previous work experience in dealing with MRI scans and developing CAD systems for diagnosing various ailments from medical images. Experienced in chief machine learning libraries including PyTorch, TensorFlow, Keras, OpenCV, dlib, Numpy, Pandas, Matplotlib, Scikit-learn etc. and Flask. Can code fluently in Python (2/3), C++, C, and MATLAB/GNU Octave. I also have a bit of background in Natural Language and Signal Processing.

Past Work Experience


Deep Learning R&D Intern, Cancer Moonshot                                                                                           Jun. - Jul. 2019

Developed a deep learning model for the detection and segmentation of prostate cancer lesions from prostate MRI scans. Specifically, modified the U-Net architecture to achieve substantially good results even on less amount of data, a prevailing problem in the medical imaging sector..

Python Developer Intern, DataProrrisi Inc                                                                                       Dec. 2018 - Jan. 2019

Developed the backend in Flask for DataProrrisi, a startup focused on revolutionizing the loan acquisition process using machine learning, based in California.

AI Team Head, Cyber Labs                                                                                                                           Dec. 2017 - Present

Head of the AI team of Cyber Labs, the official cyber society of IIT (ISM), Dhanbad. Cyber Labs is the initiative of IIT (ISM) students in the footsteps of MIT Media Labs, MIT. Our team focuses on working on various projects that use ML, DL or in general, any field of AI.

Projects


Accurate Pedometer Algorithm for Cardiac Rehabilitation Patients                                 Aug 2019 - Ongoing

Working on this research project under Dr. Shehroz Khan, University of Toronto. Cardiac rehabilitation patients are required to perform a walking exercise as part of their rehabilitation, the performance in which is used to prescribe them the next dose of medications. A 2017 study highlighted the inadequacy of traditional step-counting algorithm (based on thresholding and peak detection) employed by pedometers in the case of these patients, with error rates in going as high as 30% in some cases. A 30% error rate is not acceptable in the field of medicine. We are trying to develop a better algorithm using LSTMs that is robust to these variations and works equally well for any user.

ChestX                                                                                                                                                            Sep.  2019 - Ongoing

Developed a computer-aided diagnosis system for classifying chest X-ray scans into 14 different classes. Used a novel 3-stage deep learning architecture and achieved a maximum AUC score of 0.91 (on Emphysema) with the average AUC score being 0.84. In addition to classifying the images, the system also calculates and displays the class activation maps for each of the classes, aiding in highlighting the key regions in the given X-ray scan to help radiologists. Secured 2nd rank in CDAC AI hackathon 2019 co-sponsored by Nvidia.

3D MRI Brain Tumor Segmentation using autoencoder regularization                                              Apr.  2019

Implemented the Brats-2018 winning paper by the same name (author: Myronenko A.) in keras. Implemented the custom loss function used, the variational decoder branch and the vanilla autoencoder part all from scratch. The project has 80+ stars on Github and is featured on paperswithcode.com.

Brainy                                                                                                                                                                                 Jan.  2019

Along with 2 fellow members of the team, designed a web portal that can be used by doctors to get the brain MRI scans analyzed simply by uploading the scans using their login ID. We modified the U-Net model and trained it to segment out the brain tumors from the MRI scans of the brain. Achieved 4th rank out of 22 finalist teams in the PanIIT AI Hackathon 2019 and got featured on paperswithcode.com.

DriveSmart (A startup funded by CIIE, IIT Dhanbad)                                                                         Sep.  2018

Developed a smart system for cars that alerts the driver with visual cues and audio alerts when the driver gets distracted from the road or is drowsy. Used OpenCV, and dlib to create a multithreaded real-time object detector that could achieve object detection speeds of more than 60 FPS. Further, we designed and trained a head pose estimation model in TensorFlow. Only the multithreaded object detector is open-sourced (here) due to NDA.

FaceSearch                                                                                                                                                                         Jul. 2018

Created a command-line tool that takes an image, detects faces in it, lets the user select one and then tries to establish the identity of the person by performing Google reverse Image search on the face. Used OpenCV. Implemented in Python. The project got 25 stars on the GitHub repository in a short time after its release.

The complete list of projects can be found on my Github profile.

Skills


Certifications


Recent Achievements


Secured 2nd rank in the finals out of top 12 teams qualified for the final stage. We designed a diagnosis system for chest X-ray scans with 0.84 average AUC (already described in the projects section). We also made our system production-ready by utilizing inference on the edge and deployed it on Jetson Nano using TensorRT, causing 20x speedup in inference.

Team Members: Udbhav Bamba, Gk Tejus, Deepanshu Pandey

Secured 4th rank in the final round out of 22 teams selected for the final round. We trained a model to segment brain tumors from 3D MRI data. We were able to achieve a weighted dice loss of around ~-0.43 on the validation set. The model was then served through a web app, designed by me using Flask. Previously, we had achieved 11th rank overall out of more than 300 teams in the qualifying round to qualify for the final round. The final round of the Mission AI: Solve for India hackathon organized by PanIIT, was held at IIT Delhi from 19th to 20th January 2019.

Team Members: Udbhav Bamba, Gk Tejus

Got selected for the PyTorch scholarship challenge by Facebook AI and Udacity, to pursue an in-depth course on PyTorch by Facebook AI on Udacity