Emil Keshishian
Physics-Based Simulation | Computational Mechanics | Computer Graphics
Physics-Based Simulation | Computational Mechanics | Computer Graphics
I love physics-based simulations! I've received my B.Sc. in Mechanical Engineernig from K.N. Toosi University of Technology where I had the pleasure of researching on real-time deformation methods under Dr. Ali Nahvi's supervision. My focus was computational mechanics, but during my studies, my childhood passion for computer games and game developement cultivated and I started self-studying CGI and computer graphics. I worked as a freelance effects artist for a year after which I joined NasirSimulator as an Unreal Engine developer where I've been working on developing more realistic physics simulations and virtual environments for our driving simulators.
I am an avid rock climber, constantly seeking new opportunities for outdoor sport climbing and bouldering. If you can't find me, try looking up :). Also I love playing the guitar you can find some of my original music here.
B.Sc. in Mechanical Engineering K.N. Toosi University of Technology
Simulation parallelized by iterating over cells seperated by k cells
Batch rendering implemented
Visualization using OpenGL and GLFW
Developed using C++, Walnut and ImGui
Physically-based light simulation
Developed with C++ and GLM library for GPU-based fast computations.
Visualization using OpenGL and GLFW, C++ and GLM used for GPU-based fast computations.
A recreation of the famous 88 line optimization paper
Recreating the galaxy manifold structure proposed in this paper
Models created using the TensorFlow, costume CNN and ResNet50 trained and compared.
Control and data acquisition with Arduino
Data analysis, filtering and 3D visualization in Matlab
A*, Greedy, Local Search, DFS and BFS algorithms; interactive graphical program
Analyzed FRFs using various methods; FEM simulation performed with Abaqus.
Comparison of logistic regression, KNN, decision tree,
random forest and SVM performance on two datasets
Created using TensorFlow and Librosa libraries for data augmentation.
Computed modal parameters for the extracted analytical model and performed FEM simulations.
Performed modal analysis and FEM simulations using Abaqus.
Conducted CAD model cleanup and FEM simulation using Abaqus.
Origianl Project Report (in Farsi) | Auto-Translated Project Report
Performed fluid-structural coupled FEM simulation in Ansys.
Origianl Project Report (in Farsi) | Auto-Translated Project Report
Inverse kinematics and robot motion planning
Origianl Project Report (in Farsi) | Auto-Translated Project Report
“-What’s the integral of 1/cabin with respect to cabin\?
-most people will say ”LOG CABIN!\”
-no, its a boathouse. log cabin PLUS C”
