Senior Electronics Engineer Scientific Instrumentation Durham, hybrid Join a global leader in scientific instrumentation as part of their X-ray Team, to contribute towards the development of innovative analytical x-ray technologies. Key Responsibilities: System Design and Architecture - Contribute to the overall system architecture of semiconductor equipment. - Design and develop electrical systems for new products, considering performance, reliability, and scalability. Circuit Design and Analysis - Design electronic circuits for various subsystems of semiconductor equipment. - Perform circuit analysis, simulations, and testing to ensure functionality and reliability. Interface Design - Design interfaces for communication between different components and subsystems within the semiconductor equipment. - Design cabling between components and subsystems - Collaborate with software engineers to ensure seamless integration of hardware and software components. Testing and Validation - Develop test plans and procedures for validating the performance and reliability of electrical systems. - Collaborate with test engineers to conduct experiments and troubleshoot issues. Regulatory Compliance - Ensure that electrical designs comply with industry standards and regulations. - Work with regulatory bodies to obtain necessary certifications for semiconductor equipment. Collaboration - Collaborate with cross-functional teams, including mechanical engineers, software engineers, and physicists, to integrate electrical systems into a cohesive product. - Communicate effectively with team members and stakeholders to address challenges and find solutions. Continuous Improvement - Identify areas for improvement in existing designs and processes. - Stay updated on the latest technological advancements in semiconductor manufacturing and integrate relevant innovations into product development. Documentation - Create detailed documentation for electrical designs Troubleshooting and Support - Provide support for field issues and assist in diagnosing and resolving electrical-related problems in semiconductor equipment. Background and Experience: A minimum of a bachelor’s degree in electrical engineering or equivalent At least 5 years as an electronics engineer, preferably in the capital equipment development industry An understanding of motion control and high-accuracy motion systems is strongly desired. Experience with PLC systems would be advantageous Apply now by emailing your CV to (url removed)