Information Technology Cim Engineer positions focus on delivering results in their domain. This page aggregates open Information Technology Cim Engineer roles and what employers typically expect.
## Life at Diodes Join our organization and support our vision to inspire future technology through leading semiconductor solutions. Diodes deliver advanced analog and power semiconductor solutions to the world’s leading technology companies, driving innovation, efficiency, and performance across high‑growth markets. Our teams collaborate across engineering, manufacturing, support and corporate functions in a fast‑paced, transparent culture guided by our core values: **Integrity** **Commitment** **Innovation**. We design reliable technology that improves the world—while prioritizing sustainability, safety, and employee well‑being. We have an exciting opportunity within Diodes for an Equipment Maintenance Technician. ## Location South Portland, ME ## Benefits Summary We offer a competitive benefits package to include medical, dental, vision, FSA, 401k with company match, company paid Short-Term and Long-Term disability and standard life insurance policy. We also provide paid time off and have an employee wellness program. ## About the Role Diodes Incorporated (Diodes) is seeking a Computer Integrated Manufacturing (CIM) Engineer be part of the IT CIM Team located at the Diodes site in South Portland, Maine. The role of the CIM Engineer is critical in maintaining and improving the operational effectiveness of the site. The CIM Engineer role is primarily to develop software directed at automating the manufacturing operation, thus making it more productive while eliminating opportunities for yield loss. Primarily, the software developed will interact with the manufacturing equipment to ensure the right lot is processed. The lot receives the right recipe, the person processing the lot is correctly certified and the manufacturing systems (e.g., the MES, Maintenance, etc.) are updated timeously. Maintaining and improving the current operational systems to ensure their continued effectiveness is also central to the role. The successful candidate will report to MAKE IT management. ## What You’ll Do – A Typical Manufacturing Automation Project A CIM Engineer will typically develop software for controlling a manufacturing tool using a common framework to do the following: - To develop checks to ensure the equipment is ready to operate successfully. - To select the correct manufacturing process to enable a production run. - Communicating with the tool normally using GEM/SECS communication - To collect data on a production run to ensure quality product is produced. - Interactions with other systems to aid the overall process, these include: - Selecting a manufacturing lot for processing - Updating the status of processing on the manufacturing execution system - Setting out tasks to be undertaken after interventions on the equipment - Capturing run time data from the equipment - Testing and verify that the solution works successfully to ensure that the solution is fit for purpose for a 24x7 operation ## Principle Duties and Responsibilities - An understanding of manufacturing and IT solutions to enable development of an appropriate solution to meet the needs of the business. - Development skills to write and reuse software and to interface effectively with other software systems. A core part of the role will be in developing automation solutions for equipment to interact with manufacturing equipment, with dispatch, with recipe management, with maintenance, with the site’s manufacturing execution system and 3rd party solutions. - Development skills will require an understanding of the operation of equipment to capture real-time data from to facilitate processing interdiction and drive appropriate responses. - Drive and innovation to develop and deliver new solutions to meet an evolving manufacturing automation environment. The role is one which focuses on continually delivering incremental improvement. - Enhance, develop, and deploy solutions across multiple systems in support of manufacturing (e.g., maintenance, non-conforming material, an…