Holografika is hiring: Experienced Researcher in Hardware Design / Electrical Engineering (3D Light-Field Displays) see http://www.holografika.com/Company/Career.html#ER Description: Open position for an experienced researcher in the area of ASIC/FPGA design for implementing image pro-cessing algorithms for 3D light-field displays at Holografika, for one year. This position is for an Experienced Researcher (ER) in an EU-FP7 Marie Curie Action called PROLIGHT: Modern Signal Processing Methods for Ultra-Realistic Light-Field Displays. Requirements for this position are as follows: MSc / PhD degree Experience with FPGA programming and / or ASIC design and related tools Experience with electrical design tools, PCB design incl. high frequency design Confidence with oral and written English (to actively participate in international meetings, exhibitions) Orderliness and ability to work together in a small, sharp team Willingness to travel Excellent written and verbal communication skills in English Advantages Experience in scientific publications and international project work Experience with hardware prototyping, soldering, assembly Management experience in EU FP7 and other international project work Knowledge of Hungarian is an advantage Dates and more: Entrance is subject to the successful evaluation of candidate(s) Expected start date: 1st June 2015 Duration is expected to be 1 year Benefits: ERs are remunerated according to EU-FP7 regulations for Marie Curie Actions as well as according to local host regulations. ER appointments will be made with respects to local host company guidelines. Same applies for other benefits and vacation days.
Hiring: Experienced Researcher in Hardware Design / Electrical Engineering (3D Light-Field Displays)
Re: Hiring: Experienced Researcher in Hardware Design / Electrical Engineering (3D Light-Field Displ
Micro-grids Projects is usually classified as a set of varied distributed generation sources (DGs), energy storage systems, and native loads either connected to the most utility grid or operated in islanded mode. These units are integrated into a micro-grid via DC/AC inverter systems, which are aimed toward controlling the facility injection, while simultaneously improving the facility quality. However micro-grid power demands have increased, the ratings of the inverter switching devices are often limited by technical or economic considerations. https://takeoffprojects.com/microgrid-projects A micro grid may be a decentralized group of electricity sources and loads that normally operates connected to and synchronous with the normal wide area synchronous grid (macro grid), but is able to disconnect from the interconnected grid and to function autonomously in "island mode" as technical or economic conditions dictate.In this way, micro grids improve the security of supply within the micro grid cell, and can supply emergency power, changing between island and connected modes.[Another use case is the off-grid application, it is called an autonomous, stand-alone or isolated micro grid. These micro grids are best served by local energy sources where power transmission and distribution from a serious centralized energy source is just too far and dear to execute. They offer an option for rural electrification in remote areas and on smaller geographical islands. As a controllable entity, a micro grid can effectively integrate various sources of distributed generation (DG), especially renewable energy sources (RES).