Summary
Hrishik Mishra is a research scientist with a decade of experience developing real-time optimal estimators and vision-based control systems for robotic and on-orbit servicing applications at DLR. He combines deep theoretical expertise in nonlinear and constrained estimation (including delayed and out-of-sequence updates, stochastic cloning, and multi-rate/multi-modal implementations) with hands-on HIL simulation and prototyping using MATLAB/Simulink, V-REP and C++ toolchains. His Master’s work and ongoing research focus on observer-based image visual-servoing for uncooperative targets, estimating full motion/inertial states and even target geometry and inertia ratios from vision. Prior roles in automotive and aerospace software give him practical systems-engineering chops across embedded, .NET and Java stacks. Colleagues value that he bridges rigorous observability analysis (e.g., a 23-state nonlinear system) with deployable real-time implementations for complex multibody vehicle-manipulator systems.
10 years of coding experience
3 years of employment as a software developer
Vienna University of Technology
Higher Secondary certificate, Science, 90.6, Higher Secondary certificate, Science, 90.6 at B.J.B Junior College
Bachelor of technology, Electrical and electronics, 8.7 C.G.P.A, Bachelor of technology, Electrical and electronics, 8.7 C.G.P.A at Silicon Institute of Technology (SIT), Bhubaneswar
Master of Science (M.Sc.), Earth Oriented Space Science and Technology (ESPACE), 1.9, Master of Science (M.Sc.), Earth Oriented Space Science and Technology (ESPACE), 1.9 at Technische Universität München
Matriculation certificate, 90.6, Matriculation certificate, 90.6 at St. Xavier's High school