Siddhartha Dhiman Email & Phone Number

United States

• Led the development and optimization of software for processing and analyzing medical imaging data, ensuring minimal delay and high performance.
• Designed and implemented multithreading and asynchronous programming techniques to handle large datasets and real-time data processing.
• Architected microservices-based solutions using technologies like FastAPI, Pydantic, and Uvicorn for scalable and maintainable software systems.
• Collaborated with radiologists, medical professionals, and cross-functional teams to gather requirements and deliver high-quality software solutions.
• Utilized Docker and Kubernetes for containerization and orchestration of microservices, ensuring efficient deployment and scalability.
• Created and managed Helm charts for deploying applications in Kubernetes clusters.

Charleston, South Carolina Area

• Provide full stack operational programming with MATLAB, Python 3, Docker, Singularity, and REDCap API
• Lead developer of the PyDesigner project, an all-in-one diffusion MRI preprocessing pipeline for accurate extraction of diffusion tensor for DTI/DKI imaging, as well as fODFs for tractography
• Developed various diffusion MRI data prep software - dicomSort, BrukerPy, FSMakeROI, and dTractSeg
• Well versed with MRI processing tools such as FSL, MRtrix, FreeSurfer, SPM, DIPY,and ANTs
• Managed and trained junior researchers in dMRI research
• Applied principles of mathematics and physics to improve DTI/DKI parameter extraction

Buffalo/Niagara, New York Area

• Linear correlation analysis of RNAseq data to quantify gene-gene coordination between diseased and healthy samples to understand Schizophrenia. Kolmogorov-Smirnov and ANOVA testing to quantify differences in data.
• Observation of existing imaging modalities and provide recommendation on improvement such as implementation of convolution neural networksto streamline large-scale imaging in commercial lab setting.
• 3D segmentation and characterization of vasculature to further understand Alzheimer’s using supervoxel clustering for feature extraction and unsupervisedclustering for segmentation.
• Analysis of images from various modalities to deduce the optimal feature vectors for data mining.
• Prepare and code algorithms such as watershed segmentation to achieve cell/vessel segmentation from glomerular histopathological images to further understand diabetic nephropathy, with the goal of building knowledge on.

Buffalo/Niagara, New York Area

Buffalo/Niagara, New York Area

• Aided patrons of UB computing sites in accessing services.
• Print jobs requests were handled for all patrons to maintain a coherent and fair access to printers.
• Provided general software support so students would expend less time on troubleshooting, and more on relevant work.

• Applied customer service skills in providing computer hardware and software support for students and faculty.
• Used IT knowledge and skills to overcome hurdles that customers face on a daily basis to achieve smooth IT operations within the institution.
• Provided classroom technologies support to faculty and staff members of the institution, ensuring all classes/events at the institution occurredwithout hiccups.

Singapore

• Applied teaching, coaching, and leadership skills to discipline, manage, train, and look after the welfare of a platoon and section sergeants underme.
• Aided in the execution of various military exercises.
• Administered first-aid and medical emergency responses when needed.
• My experience with training was used to draft the standard operating procedure (SOP), which contributed greatly in achieving a standardized training for all future SAF combat medics.

Singapore

• Under the supervision of a platoon sergeant, applied teaching and coaching skills to teach and encourage learning among combat medic trainees.
• Oversaw the general physical and mental condition of trainees through various phases of their training.
• Trained highly efficient combat medics to oversee all healthcare needs of SAF personnel that met all operational and peacetime requirements.

Singapore

• Surveyed major hospitals in the Asian region on the applications of biomedical instruments, and
• Created and consolidated survey data to determine market trends for inclusion in project reports.
• These trends were used to better understand the current and potential markets for biomedical products and services, and implement pragmaticstrategies to ultimately discover new growth opportunities within Asia’s.

Master Of Science - Ms, Bioengineering And Biomedical Engineering, 3.802

Working on a computational genomic research to understand changes in gene networks by simulating schizophrenia. Using RNAseq data from.

Bachelor Of Science - Bs, Bioengineering And Biomedical Engineering

Activities and Societies: Secretary of Taiwanese Student Association (TSA)

Gce A Levels, Physics, Chemistry, Mathematics, Economics

Activities and Societies: National Division Hockey Team (Hypernovas)