Engineer, Maintenance & Reliability, Narita Site / 成田工場 メンテナンスエンジニア（製剤設備保全）

OBJECTIVES/PURPOSE A Computer System Validation (CSV) engineer is responsible for ensuring that computerized/automation systems used in the manufacturing, testing, and distribution of pharmaceutical products are validated and comply with regulatory requirements. The CSV engineer works closely with cross-functional teams, including manufacturing/production, IT, quality assurance, and regulatory affairs, to develop and execute validation plans, protocols, and reports. ACCOUNTABILITIES Acting as Computer Systems Validation (CSV) engineer in the Engineering workstream of the project, he/she will: Report to the CQV Lead/Validation Manager. Develop and execute validation plans, protocols, and reports for computer systems. Ensure that computer systems are compliant with regulatory requirements, including FDA regulations, GxP guidelines, and industry standards. Collaborate with cross-functional teams to identify and mitigate risks associated with computer systems. Conduct risk assessments and develop risk mitigation strategies for computer systems. Develop and maintain standard operating procedures (SOPs) for computer system validation. Provide training and guidance to end-users on the proper use of computer systems. Participate in audits and inspections to ensure compliance with regulatory requirements. Keep up-to-date with industry trends and best practices related to computer system validation. Manage vendors/contractors related to CSV activities.

【職務内容】 医薬品製造設備や工場建屋の新設工事ならびに改良工事における、コンピュータ化システムバリデーション業務を担当します。 担当工事のコンピュータ化システムバリデーション責任者として、コンピュータ化システムを検査し、適切な仕様を満たしているかを評価します。 以下の主な業務に従事いただきます。 ・プロトコール作成 ・バリデーション作業の調整 ・バリデーションの実施 ・バリデーション報告書の作成 上記業務を実行するにあたり、製造部門、エンジニアリング部門、品質管理部門が日々連携して業務を行います。

【職務内容】 医療用医薬品やワクチン等の製造設備について以下の業務に従事いただきます。 ・作業指導書に則った製造設備の予防保全 ・保全受託業者への指示、管理・監督業務 ・報告書および記録書の照査 ・保全・修理作業の際に十分な安全対策を実施していることを保証する ・設備のトラブル時の修繕

Responsibilities 1. Collaborate closely with pharma science, regulatory, and quality control organizations, as well as process experts across our global plasma network. 2. Provide leadership and guidance to team members, assisting them in prioritization, problem resolution, and process clarification. 3. Direct the effective transfer of technology from design development to implementation. 4. Evaluate the suitability of new technologies for implementation and transition to the manufacturing floor. 5. Ensure successful product technical transfer to the new plasma facility. 6. Establish reliable yield status and accurate yield forecasts for all transferred products, implementing strategies to meet yield targets. 7. Develop and direct strategies for yield improvement projects, lead time reduction, process security, and deviation reduction. 8. Assure process robustness and supply reliability by controlling the manufacturing process life cycle. 9. Develop strategic plans that incorporate regional and global business practices and customer needs. 10. Define and communicate strategic imperatives for project success, including market entry timing, innovative technology, and costs. 11. Develop effective tech transfer project milestones, schedules, and manage budgets. 12. Utilize state-of-the-art project management tools to ensure project schedules and budgets are met. 13. Identify and resolve issues that may impact project schedules or improve project time. 14. Understand and effectively communicate market niche and competitive forces influencing the project. 15. Ensure team objectives align with key tech transfer projects for the new facility. 16. Proactively prioritize and balance resource utilization for the project. 17. Select, develop, and retain staff, providing constructive feedback, recognition, coaching, mentoring, and motivation. 18. Generate innovative solutions to complex problems using multiple disciplines and technical principles. 19. Create innovative products, processes, and methods through novel combinations of expertise within the organization. 20. Perform other duties as assigned. Qualifications 1. Utilize your strong scientific background to contribute to the development and optimization of plasma manufacturing processes. 2. Apply your knowledge of GMPs, FDA, EMA, PMDA, Lean, Six Sigma, and DMAIC methods to ensure compliance and continuous improvement. 3. Demonstrate self-motivation, strong interpersonal skills, and the ability to analyze and solve complex problems through innovative thought and experience. 4. Utilize project management tools to effectively manage multiple cross-functional teams simultaneously. 5. Design and implement projects/studies outside your area of expertise, leveraging your scientific knowledge and skills. 6. Provide strategic leadership and supervision to ensure the success of process development and tech transfer projects. 7. Utilize your experience in change management to drive process improvement initiatives. 8. Demonstrate a high level of customer orientation and organizational skills. 9. Embrace a flexible and innovative mindset, thinking outside the box to drive continuous improvement. 10. Communicate effectively, both verbally and in writing, to convey complex scientific concepts and project updates. 11. Leverage your record of success in process development, tech transfer, project management, and regulatory submissions to drive the success of our plasma manufacturing processes. 12. Collaborate with cross-functional teams in a highly matrixed, cross-functional, and geographically dispersed environment. 13. Utilize your experience in GMP inspections to ensure compliance with regulatory requirements.