This role involves software application development around Lynx Design System. The candidate would need to understand functional specifications, develop detailed implementation specification, create software architecture and implement SW in C++/Qt.
The applications are primarily C++/Qt based GUI software which require interface with TCL interpreter.
The candidate will get an excellent opportunity to enhance C++/Qt programming skills and create prototype of new product features.
Graduate student (B.Tech./M.Tech/MS/ME)
Excellent programming skills in C/C++/Java.
Working knowledge of SW Quality and testing.
Working knowledge of GUI application development.
2. JOB RESPONSIBILITIES:
The candidate will participate in software development process, particularly:
Batch mode application and library development using C++ and Tcl
languages. The candidate will be also involved in software QA process,
Analysis and elimination of FlexeLint, Purify and compile time issues and warnings
Automated test development for batch mode.
The candidate should have:
Basic scripting skills (knowledge of Unix Shells, Tcl);
Basic knowledge of C++ and STL;
Ability to search and study documentation;
Basic knowledge of object oriented programming;
Basic knowledge of data structures and algorithms;
Ability to quickly study and apply new tools and methodologies;
Good English communication skills;
Team working capability
Experience : 0 – 0 yrs
Salary : Not specified
Job Location : Bangalore
Qualification : BE/B.Tech, M.Tech
Company Name : Synopsys Inc
Company Address : NA
Company Profile : Synopsys Inc. (Nasdaq:SNPS) is a world leader in delivering semiconductor design software, intellectual property (IP), design for manufacturing (DFM) solutions and professional services that companies use to design systems-on-chips (SoCs) and electronic systems. The company?s products enable semiconductor, computer, communications, consumer electronics and other companies that develop electronic products to improve performance, increase productivity and achieve predictable success from systems to silicon.
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