Data Analyst (Working Student)
Oldenburg-Portugiesische Dampfschiffs-Rhederei GmbH
I am an extrovert, hardworking, and flexible person. Highly organised with strong capability to prioritize workload, adhere to strict deadlines and manage multiple projects simultaneously. I enjoy working under pressure and always eager to learn new skills. I am able to work well both in a team environment as well as using own initiative. I am very passionate about Data Science and Business Intelligence.
Merit Scholarship Holder from UHH
Intelligent Adaptive Systems
Cumulative (German) Grade Point Average = 2.2 ≈ (A-)
Computer Science & Information Systems
Cumulative Grade Point Average = 3.37 ≈ (A)
Rank = Very Good with Honor
Mathematics, and Science sector
C, .Net , Java, SQL, Python, R, and RESTful- API.
MS Office suite 2013 (Proficiency in: Excel & Powerpoint), Visual Studio, VBA, Spyder, MS SQL, Matlab, Latex.
Win 7-10, Back-up, Recovery, and Upgrade.
Win8, Win7, Win Vista, Win XP, Linux., Mac OS X.
Project Name: Guiding Robot
Guiding Robot systems are being designed and built with different sets of objectives over the years. An essential part of current computer research involves mobile service robots operating in close proximity with human users. This project report is about the guiding robot system designed to assist a visually impaired user to navigate around within a closed environment. The guiding system was built as an assembly of the Turtlebot with a mounted Nao, a Xtion PRO camera and a conical microphone.
The robot is trained to navigate through and access a large part of the WTM department rooms in the Informatics campus with minimum collisions. The guiding system works as a result of different components including object recognition, navigation, and speech recognition with a language model working together according to a defined behavior. The language model implemented with ConceptNet was successfully integrated with the DOCKS speech recognition framework. The object recognition was implemented with OpenCV and SURF algorithm.
The guiding robot system was developed successfully to satisfy the intended task of guiding a user, potentially visually-impaired in any indoor environment.
Project Name: GeoAssistant
Geo assistant windows form application is an educational augmented reality application that consists of:
Visual Studio 2012.