Mark Rudolph

F

Professor of Computer Science and taught Agile Software Theory

Faculty of Informatics and Information Technology, Slovak Technical University

2010 - 2013 (3 years 1 month)

Bratislava. I was Professor of Computer Science and taught Agile Software Theory, Ruby and Web Development Software, and prototype based languages - Self, Io and Javascript. http://www.fiit.stuba.sk

R

Senior Software Engineer on the HRDP system (High

Rovsing Aerospace

2006 - 2010 (4 years 1 month)

Rate DataProcessing) system for storing and displaying images from experiments on the International Space Station. (www.rovsing.com.dk)

Associate Professor

Information Technology University

2000 - 2006 (6 years 1 month)

I taught Advanced Object Oriented Programming, Artificial Intelligence and Rule-based Programming, Advanced Interactive 2D 3D, and Web Graphics, Media and Javascript interactivity and animation, all at the graduate school level at IT-University. (www.itu.dk)

Tech

Virtual University

1998 - 2000 (2 years 1 month)

Canada - I was Artistic and Technical Director of a VRML/Java project to create a 'Virtual University' for TechBC University in British Columbia - I designed and managed the project using VRML (Virtual Reality Modeling Language) with interactivity in Javascript and communications in Java. The campus used streamed video lectures in a hall and shared audio spaces in special 'domes'. We also held our meetings in the audio domes so we 'ate our own dogfood' and proved the usefulness of the shared communication. The project involved Blaxxun in Germany and Lifeforms in Vancouver as well as a remote distributed team of designers and 3D modelers.

researcher and software engineer in WebGL

Magic Leap

OpenGL. The company had a great interest in my angular2 Dome system, and even before officially beginning employment I sent studies in embedding html/css3/svg interfaces immersively in angular2-webGL, and a study in declarative web3D in which I have deep experience. My first company work was in 3D augmented reality and in an experimental pointcloud morph-target system I implemented in several ways (which I cannot explain due to confidentiality restrictions I fully respect). I then did experimental work on an OpenGL-Lua implementation (which I also cannot detail). Finally I worked on an open-ended project to combine three.js and webGL for CPU-GPU communications, and GLSL shader code for very sophisticated and efficient rendering of comb

About

Detail

Timeline

Résumé