Company Announcements

LEAN koncept je savremeni pristup organizaciji proizvodnje zasnovan na eliminaciji rasipanja, optimizaciji procesa i kontinuiranom unapređenju. Cilj rada je analiza mogućnosti i efekata LEAN transformacije u kompaniji “PMP Drive Systems” AD, sa fokusom na livničke procese. Rad pokriva LEAN filozofiju, njen istorijski razvoj i ključne alate relevantne za industriju livenja (5S, Kaizen, SMED, Kanban, VSM, TPM, Poka-Yoke), uz identifikaciju sedam vrsta rasipanja. U okviru realizacije zadatka uraditi sljedeće: ‒ Objasniti LEAN koncept: istorijski razvoj, principe i metode. ‒ Analizirati postojeće stanje i identifikovati rasipanja u poslovnim procesima organizacije (pripremi materijala, topljenju, livenju i obradi odlivaka, kao i organizaciji rada). ‒ Predložiti unapređenja poslovnih procesa primjenom odabranih LEAN metoda. ‒ Prikazati aktivnosti za podizanje svijesti zaposlenih, obuku, vizuelno upravljanje i razvoj LEAN kulture radi veće efikasnosti i bezbjednosti. ... >> More info

The company is interested in identification of causes of delivery delays to the company stores network, analyses of the company vehicle fleet operations and proposals of the measures for its improvement. >> More info

Process parameters of FFF (Fused Filament Fabrication) 3D printing technology such as layer height, outer wall speed and top/bottom speed need to be optimized in order to reduce average surface roughness of 3D printed parts. Experimental research needs to be conducted on samples made of PLA and PETG filament. Samples for research need to be fabricated by 3D printer Creality Ender-3 V3. This research is expected to result in reduction of post processing of the surfaces of 3D printing parts (over processing). >> More info

The company aims to develop an IoT platform for air quality monitoring, which enables the collection, storage and visualization of air pollution data in real time. The system consists of a network of sensors that measure parameters such as PM particles, temperature, humidity, COx, SOx levels and other gases, while the data collected from the sensor devices is forwarded to the server via the IoT protocol. The potential applicant is required to explore key IoT technologies, platform architecture and challenges in the integration of sensor systems, and as a result to develop a functional IoT platform with the possibility of further expansion and upgrade. >> More info

Explore the possibilities of cost reduction of FFF (Fused Filament Fabrication) 3D printing technology by means of the reduction of manufacturing time (over processing), energy consumption, CO2 footprint based on: 1. Experimental research on the influence of variation in density (infill) and pattern of the internal structure; 2. Experimental research of the influence of the variation of the geometric complexity; 3. Experimental samples made of PLA and ABS materials; 4. Experimental research involving 3D printers of standard, medium and large building chamber volume. >> More info