Data Patterns Off campus drive For Freshers - Vacancies in Engineer Trainee - Drive Date 26th Feb 2016
Job Location : Chennai
Details of Job :
Name of Company : Data Patterns
Job Role : Engineer Trainee
Experience : 0 to 1 year
Basic Pay : Not Mentioned
Eligibility Criteria :
The candidates who are intrested to join as Engineer Trainee in Data Patterns should have the following eligibility.
Qualification Details :
For Software Development Group – Engineer Trainee – only Male candidates :
Qualification : The candidate should have minimum BE (ECE/EEE/E&I), BE (CSE), BTech (IT), MCA, 70 % in all academics. Should have knowledge in C language, C++ concepts, Data Structures, OS concepts, Microprocessor and Micro controller concepts.
Selection Process : Written test and software technical.
For Hardware Design & Development – Engineer Trainee :
Qualification : The candidate should have minimum BE (ECE/EEE/E&I) – 70 % in all academics. Should have knowledge in basics of electronics, basics of digital electronics, ADCs, DACs LIC, Circuit theory, Microprocessor and Micro controller concepts.
Selection Process : Written test and Hardware technical.
Last Date to Apply : 23rd Feb
Walk-In Drive : 26th Feb 2016
Venue Details :
E.G.S Pillay Engineering College & Group of Institutions
Old Nagore Road, Thethi village,
Nagapattinam,
Tamil Nadu
About Company : Data Patterns Off campus drive For Freshers. Data Patterns focuses on building reliable open architecture building blocks on various internationally accepted standards such as cPCI, VME, PCI and other Mezzanine standards such as IP, M Module, and PMC. These building blocks are further utilized in order to provide functional solutions in the areas of automatic testing and data acquisition solutions.Data Patterns undertakes design, development and manufacture of complex systems adhering to difficult functional, environmental and design constraints. These include airborne systems, mobile vehicle based applications, Space vehicle and Satellite borne systems, Ship borne systems. These systems are designed with detailed analysis of the design goals, validation of signal integrity, thermal simulation, Analysis of performance under Vibration and Shock conditions and so on.


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