We are looking for talented software engineer (graduate intern) to create, develop, test, and support factory automation systems that enable Intel to manufacture leading edge semiconductors as part of its Assembly and Test Technology Development (ATTD) Automation organization. As an automation software engineer, you will create software systems that improve manufacturing output and productivity for all of Intel's worldwide Assembly and Test manufacturing plants.
The successful candidate will be a member of ATTD Automation's Control Systems Engineering team to develop and support machine controllers used for Intel's SPTD, Sort, Die Prep, Assembly and Test Manufacturing. In this role, you will be responsible for design, development, validation and support of machine Controllers to enable Sort, Die Prep and Assembly/Test platform technologies.
Your responsibilities will include but not limited to:
-Designing, developing, testing and deploying applications (working in all tiers of the application)
-Working closely with the customers, project managers, business analysts and other developers
-Providing leadership through all stages of the software development life cycle and/or product life cycle.
Inside this Business Group
Qualification : Education/Qualification: You should possess a Master's or a Bachelor's degree in Computer Science or related fields. Experience/knowledge: - Strong coder with hands-on experience in developing applications in DOT NET Framework, C#, C++ and WCF technologies.- Added advantage: WPF/XBAP, SQL Server database and SSRS, experience in 3-tiers application architecture and design pattern. - Strong foundation of software engineering, object oriented design programming concepts and principles. - Highly analytical, strong in problem-solving, initiative and an excellent team player. - Strong communication and proficient in written and spoken English. - Ability to work effectively across cultural and geographical boundaries in cross-geography teams. - Ability to operate independently and cope with a highly ambiguous environment.