Jasmeet Singh

Developer | GSoC'er | Masters, UBC | B. Tech., IIT

Personal Website   LinkedIn   GitHub   jasmeet.singh.mec11@iitbhu.ac.in   +91 8574065400

Education

Skills

C++ • Java • Python • JavaScript • HTML • CSS • MySQL • Google Cloud • MongoDB • Data structures • Algorithms • OOP • Numerical Simulation • Visualization • Computational Geometry

Awards

Best Student Paper Award - AIAA SciTech 2020 2019
Continuing Merit Award - UBC 2018
Department Entrance Scholarship - UBC 2017
Merit-Cum Means Sholarship | 4 years of Bachelor's | 95 percentile 2015
Unilever Future Leaders Internship Fellowship - Pan IIT 2013
99.3 percentile in IIT - Joint Entrance Exam 2011
99.7 percentile in All India Engineering Entrance Examination 2011

Leadership

VP, Communications - Interdisciplinary Graduate Student Network (iGSN) 2018-2019
Co-Founder and Core Member - Career Guidance Forum, IIT, Varanasi 2014-2015

Experience

Nference |

Senior Software Engineer


Feb-2021 - March-2024 |
Bengaluru, India
  • Developed and maintained real-time backend applications which are core to Nference’s business. Applications ran on 180+ Million documents and Electronic Health Record (EHR) data of 6+ Million patients for healthcare providers - Mayo Clinic, Duke Health, Mercy Health.
  • Maintained and augmented the text search backend for the applications. Redesigned indexes used for supporting search so as to improve real-time search performance by more than 40% amidst growing datagen output size.
  • Helped to move backend for applications to Kubernetes clusters, reducing costs for running applications by more than 30% and improving deployment cycles.
  • Organized a regular sync up with doctors using the products to drive relevant feature development, thorough testing, and prompt bug resolution.

Ansys |

R&D Engineer II (Software Developer)


Sep-2020 - Present |
Vancouver, BC
  • Contributed to software applications for customers developing technology of tomorrow- things like LiDAR systems for autonomous cars, virtual reality headsets, cellphone cameras, communications equipment for data centers and new platforms for quantum computing.
  • Produced software applications which meet high standards for accuracy, user experience and performance, and run on the latest desktop, enterprise, cloud and HPC computing systems.
  • Collaborated with Senior R&D Engineers to produce efficient, maintainable and modular production code for scientific algorithms and user interfaces.

ANSLab, UBC |

Research Assistant - Mesh Generation Software


Sep-2017 - May 2020 |
Vancouver, BC
Website
  • Created a C++ surface mesh generation application (EDAMSurf) to produce surface meshes automatically from a given triangulation.
  • Features in the mesh such as quad-dominance and anisotropy make the mesh suitable to serve as an input to 3D mesh generator and produces more accurate and robust fluid flow simulation results.
  • Worked on a large project using Jenkins CI and Git. Wrote unit tests and regression tests for robust application development.

CGAL, Google Summer of Code |

Software Development Intern


May 2019 - July 2019 |
Vancouver, BC
Website
Github
Docs
  • Developed basic viewers for various data structures in Computational Geometry Algorithms Libraty (CGAL) using C++, Git, GitHub, template metaprogramming concepts.
  • Basic viewers that I wrote are global functions that visualize 3D data-structures of CGAL. They help to visualize the result of an algorithm and can other developers to debug their code.
  • Interactive viewers were developed for data structures - Voronoi Diagram, Nef Polyhedra, Periodic Triangulation and Arrangement 2D.

Indian Institute of Science |

Research Assistant - Interdisciplinary Work


Jan 2016 - July 2017 |
Bangalore, India
  • Developed an algorithm to convert spatial flame fronts into connected graphs using MATLAB. Performed network analysis on the constructed graphs to infer flame front characteristics.
  • This study produced state of the art highly enriched graphical representation of flame fronts and was a pioneering interdisciplinary work in complex networks and combustion dynamics.

Projects

Secondary Animation using Dynamic Kelvinlets

Digital Humans Course Project |
Sep 2019 - Dec 2019
Github
Report
  • Implemented a procedure to automatically add secondary motion to objects given skeletal animation keyframes for a model using linear blend skinning.
  • The algorithm solves elastodynamics equations to compute material response towards elastodynamic forces.
  • The implementation runs in about real time (55.6 FPS) and requires no information about the geometry of the object being animated. Technologies used - C++, Git, OpenFrameWorks (OpenGL).

Canvas Drawing Application

Side Project |
March 2020 - April 2020
Website
Github
  • Created a canvas drawing application where multiple people can draw at the same time on a canvas using Linux, Apache2, Php, and Google Firebase infrastructure.

Publications