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In this fully onsite role, the Manufacturing Quality Engineer will own all qualiy activities at one of the manufacturing sub-contractors, support the validation process to the contract manufacturing and provide quality oversight to the engineering department, while working within a multi-functional team environment for medical devices. The Manufacturing Quality Engineer will lead projects and tasks, from product validation through transfer to the production and play an active role to ensure products meet quality standards consistent with internal procedures and acceptance criteria. Additionally, this role will identify and implement improvements to the production processes. The Manufacturing Quality Engineer will be the products and production focal point for our sub-contractors and will be responsible for projects related to the production and machines, including training, audits, stop and renew the production.

Essential Duties and Responsibilities
Exhibit a strong quality first mentality and ensure that product and quality are held to the highest standard.
Work cross-functionally with individuals or extended teams to provide guidance and ensure success of projects.
Responsible to write, review and approve pilot documents (including reports).
Write and approve various department and production procedures and forms.
Lead investigation processes for deviations and nonconformities in production and create analysis reports.
Responsible to train the sub-contractors according to QA procedures and VoE.
Support special processes such as sorting or rework in production.
Own all production activities at one of the subcontractors to ensure manufacturing is held according to West procedures and GMP/GDP standards
Responsible for stopping and renewing production with accordance to West requirements and with MQ manager approval.
Manage production related projects and act as MQ focal point in various internal and external projects- such as Data Integrity, CoPQ, production improvement plans, etc.
Provide Quality oversight of validation activities and processes.
Lead pilot processes that include change and approval of quality aspects in pilot protocols and reports and assure that pilot processes are conducted according to West guidance and protocols.
Attend production pilot meetings as the MQ focal point.

we are seeking a highly skilled and experienced Senior Chemistry Researcher to join our innovative team. This role involves leading advanced research projects, developing new formulations, and optimizing processes to enhance our product offerings. The ideal candidate will possess a deep understanding of chemistry and materials science, along with a proven track record of success in a research environment. . This role requires a strong background in conducting independent research, publishing findings, and leading projects aimed at developing new materials and enhancing existing processes

Duties and Responsibilities:
Lead and manage complex research projects focused on the development of new formulations and chemical processes.
Design and conduct experiments to test hypotheses and analyze results.
Collaborate with cross-functional teams to integrate research findings into new product development.
Prepare detailed technical reports, research papers, and presentations to communicate findings to stakeholders.
Mentor and guide junior researchers, providing technical expertise and support.
Stay current with industry trends, advancements, and regulatory requirements to ensure the company remains at the forefront of the field.
Contribute to the development of patents and intellectual property protection for novel discoveries.

we are seeking a highly skilled Chemical/Polymer/Materials Engineer to join our dynamic team. The ideal candidate will be responsible for developing and improving materials and processes to enhance the performance and durability of our products. This is an exciting opportunity to work on cutting-edge projects in a an innovative environment.

Responsibilities:
Optimize Formulations and Processes: Improve product performance through new formulations and processes.
Conduct Research and Experiments: Test the properties and performance of materials to support development and innovation.
Collaborate Across Teams: Work with cross-functional teams to ensure material compatibility and integration.
Data Analysis and Reporting: Analyze data and provide detailed reports with findings and recommendations.
Material Testing and Quality Control: Manage material testing and ensure quality control procedures are followed.
Stay Current in the Field: Keep updated with the latest advancements in materials science and engineering.

In this role, you will build deep expertise in formulation science, including solubility and active ingredient stabilization, emulsions, wetting and dispersants, crystal growth prevention, rheology, milling, adjuvancy, agrobiology, and intellectual property. In parallel, you will gain cross-functional exposure to the full product development lifecycle - from early research and scale-up to manufacturing, regulatory affairs, marketing considerations, and customer requirements.

Key Responsibilities

Develop complex formulations that meet customer, regulatory, and manufacturing requirements
Design, plan, and execute laboratory experiments to evaluate and improve formulation performance
Conduct hands-on experimental work in a chemistry laboratory
Troubleshoot and solve scientific and technical challenges during development
Support the full product lifecycle - from early-stage development through scale-up, manufacturing launch, and beyond
Collaborate with internal departments including Analytical, Organic Synthesis, Scale-Up, Manufacturing, Regulatory, and Marketing
Develop and support intellectual property (IP) to protect new formulations

We are looking for a hands-on Process Engineer to lead manufacturing process development, optimization, and reliability improvement for advanced LiDAR systems.
This role focuses on scaling high-precision opto-mechanical assemblies from RnD to NPI to Mass production while ensuring quality, stability, and automotive compliance.
You will work closely with R&D, Mechanics, Quality, Supply Chain, and Production teams to drive process robustness and yield improvement.
What Youll Do :
Develop, validate, and optimize manufacturing processes for opto-mechanical assemblies
Lead NPI transition from development to production (DFM / DFT support)
Define and implement PFMEA, Control Plans, SOPs, and Work Instructions
Perform process capability analysis (Cp/Cpk), SPC, and GR&R studies
Conduct root cause investigations (8D, 5 Why, Fishbone)
Drive yield improvement and scrap reduction initiatives
Lead DOE activities for process window optimization
Support automation integration and equipment qualification
Improve cycle time and line balancing
Work with CMs and suppliers to ensure process stability and automotive compliance

Job Description

Serve as the engineering and technical point of contact for the offshore facility

Collaborates with operations, maintenance, & construction personnel to identify, develop & implement offshore brownfield projects

Organizes and leads cross-functional teams to address complex issues or technical activities

Coordinates offshore construction and complex maintenance support vendors to ensure the highest level of safety, environmental, quality, & regulatory performance.

Verifies offshore equipment is installed and operates within company specifications, applicable regulations, industry codes, & Recognized and Generally Accepted Good Engineering Practices (RAGAGEP)

Develops and reviews relevant engineering and construction execution documents such as P&IDs, Construction Execution Workpacks, Risk Assessments, Piping Isometrics, Execution Schedules, Commissioning, Startup & Operations Procedures

Works in collaboration with stakeholders to clearly define project scope and objectives during the project development phase

Reviews EPC Contractor deliverables and ensure consistency with Design Specification for assigned facilities

Drives small project execution schedules within operating requirements and company business

objectives

Monitors project financial performance within planned company budget and overall business outcomes

Leads Facility system optimization efforts, defect elimination, and root cause analysis investigations