After receiving his master's degree in Informatics from TUM in January 2014 he started as a research assistant at fortiss within the sub-project Neurorobotics of the Human Brain Project.

• Responsibilities: Team leader, Logistics League technical committee member, head programmer, managing TUM-related finance and organisation issues, webmaster, supervisor
• Member since: January 2011
• Website: http://www6.in.tum.de/Main/Jentzsch

Enrolled in the Master of Informatics program at TUM with a focus on robotics, 3d perception and software engineering. Currently finishing his master thesis in the field of Next Best View Planning for Active Object Recognition.

• Responsibilities: Localization, Path/Trajectory Planning and Control
• Member since: January 2011

M.Sc. in Informatics at the TU Munich; Currently working as research associate at the German Aerospace Center, Department of Perception and Cognition - Robotics and Mechatronics Center.

• Responsibilities: Computer Vision/ Perception, Localization, ROS, Robot Communication
• Member since: January 2012

In the final year of the masters program "Robotics, Cognition, Intelligence" at  TUM, writing his masters thesis in the field of distributed task planning.

• Responsibilities: Logic (task planning and job handling), mechanical components
  
• Member since: March 2012

Enrolled in the Master of Informatics program at TUM with a focus on robotics and computer graphics. Currently working on implementing a Kuka 4+ lightweight robot arm in a medical environment.

• Responsibilities: Statemachines, Technical Challenges
• Member since: February 2013

Currently enrolled in the Master course Robotics, Cognition, Intelligence at the TUM writing his Master Thesis on intuitive Industrial Robot programming.

• Responsibilities: Simulation, Collision avoidance, Laser Range Scanner data processing
• Member since: January 2014

Enrolled in the Master of Informatics program at TUM with a focus
on robotics, network and distributed systems. Currently finishing his
master thesis in the field of motion planning of autonomous mobile
robots in dynamic industrial environments.