Software Engineer, Embedded Software Engineer

Sr. Software Engineer – Embedded Systems (Orion‑400)

Responsibilities:

• Analyze the Embedded project Orion-400 system requirements, prepare the software requirements & software design for RTOS Core software which controls Lithography Microcontroller system, Control machines & Robots, Reticle Handler, and firmware software for automatic parametric test.
• Develop real‑time, multi‑threaded embedded software using C/C++ on Linux platform and VxWorks RTOS for Lithography Microcontroller system.
• Create Perl / Python scripts to calibrate and analyze the performance of new products.
• Develop drivers to interact with hardware.
• Implement solutions for software and firmware of automatic parametric test (APT) systems to solve issues defined by internal engineers or external customers.
• Maintain, defect fixing and develop enhancement features for Reticle Handler component of the Lithography Microcontroller system.
• Implement new versions of patches for firmware and software applications.
• Provide technical and knowledge support to application engineers.

Qualifications:

Bachelor’s Degree required in Computer Science, Computer Information Systems, or Computer Engineering.

Responsibilities:

• Design, develop, test and implement complex jobs and sequences using IBM Info Sphere Data Stage ETL tool within a data warehouse environment.
• Perform extensive server‑side and client‑side programming using popular .NET languages and frameworks to develop business and data layers.
• Design and develop Web services using SOAP and REST API.
• Design, develop and document OBIEE repository/metadata.
• Design advanced reports and dashboards for reporting in OBIEE and BI Publisher.
• Develop, modify, test and deploy reports using SSRS.
• Back‑end schema design and programming for data persistence in the database.
• Translate requirements and architectures into fully coded modules.
• Develop technical documentation for the overall system and for system solutions.
• Deploy functional dashboards to the application server, maintain and troubleshoot.

Qualifications:

Bachelor’s degree in Computer Science, Computer Engineering or Computer Information Systems.

Responsibilities:

• Design of digital data acquisition system.
• VHDL embedded code for FPGA logic.
• Analog design: low noise analog interface for sensor application; photonics sensors; power amplifier design; capacitance gauge, LVDT interface design; A/D and/or D/A.
• Testing, validation and verification (V&V) of requirements.
• High voltage (>1 KV) designs.
• Development of test equipment and test procedures to test and qualify analog and digital circuit boards or electronics racks.
• Implementation of data acquisition hardware/software.
• Provide expertise to deliver electronic and electrical designs from concept to detail design, prototypes through volume manufacture, initial integration through qualification.
• Collaborate with multi‑discipline project team on the electrical infrastructure, perform engineering analysis, generate detail electronic designs, create engineering drawings/documents and partner with suppliers.
• Work with a team of specialists responsible for developing, testing, and supporting electronic boards or sub‑systems.
• Define electrical and test requirements, design circuits and test equipment.

Qualifications:

Bachelor’s Degree in Electrical Engineering or Electronics Engineering.

Responsibilities:

• Independently decide approach to solutions and get alignment from System Engineers and board developers.
• Determine system architecture, system verification and detailed design approach.
• Define module interfaces and all aspects of device design and simulation coordinated with PC Board Designers.
• Support the generation of technical engineering products with appropriate standards, processes, procedures, and tools.
• Evaluate process flow including high level design, synthesis, place & route, timing constraints and power utilization.
• Contribute to design and development of FPGA hardware for control, communications systems and digital signal processing (DSP) platforms.
• Understand design requirements for FPGA implementation through analysis of system…