Mag. Jully Paternina

Data analysis, data processing and programming (Python). Machine learning (e.g. Scikit learning) techniques for clustering and error detection in four-dimensional data sets. Image processing (e.g. OpenCV). Detect component surface defects and thermal energy density in the Selective Laser Melting (SLM) process. Robotics: Denavit-Hartenberg parameters identification, forward and inverse analytical kinematics.

Lecture Professor. Courses taught: Electrical Circuits II and laboratory

Professor, Bachelor thesis supervisor, Researcher. Area Coordinator of Electrical and Electronic Engineering (2015-2016) Faculty of Engineer; 30 courses in the area. Courses taught: Automatic Control Systems, Electric Machines and Drives, Electronic Instrumentation, Signals and Systems II, Introduction to Simulation using Matlab®, Fundamentals of Information Technologies and Communications - TIC's, Electric Circuits, SCADA and Industrial Communications, Electronics Fundamentals.

Lecture Professor. Courses taught: Control 1

Design of technical specifications in automation and control projects (with Siemens devices). Preparation of contract documents and budget estimates. Development of solutions in the field of automation and control systems for the pulp and paper industry. Configuration and programming of the SIMATIC S7 automation technology. Programming with WinCC and TIA Portal. Retrofitting the pneumatic system of a paper cutting machine with automatic rewinder.

Design of technical specifications for closed-circuit televisions, access controls, buildings, fire detection systems, intrusion detection systems, and structured cabling systems. Collaboration in the preparation of offers/quotes and detailed calculations (technical support for sales).

Instrumentation SCARA robot and High velocity Micro machining; Conditioning of an experimental laboratory factory (LabFabEx) + technology of e-manufacturing. Experimental real-time identification of a CNC machine with linear servo motors for parameter estimation to evaluate the effect of Jerk to adapt high-speed manufacturing, micro-manufacturing, and laser manufacturing. Control and Programming with MATLAB® & Simulink package in the area of Motion Control and System Identification.

Coordination of reports; planning of business trips and configuration of equipment to establish satellite internet connection for a state education program called "Computers for Education".

Motion control, automation. Master’s Thesis: Jerk control in the High-Speed positioning system with linear servo motor.

Control. Bachelor’s Thesis: Design and Implementation of a module that allows analyzing Uniform Rectilinear Movement, Uniformly Accelerated Rectilinear Movement and Accelerated Rectilinear Movement in Physics Laboratory UPB.