Leading strategies for the validation, verification, and transfer of analytical and compendial methods supporting clinical and commercial biologics, while shaping analytical strategies across the CMC lifecycle.
Responsibilities
Leading all aspects of analytical method validation, transfer, and compendial method verification across clinical development and method lifecycle stages
Developing and implementing strategies for analytical method validation, verification, transfer, and ongoing lifecycle management
Leading cross-functional teams in assay troubleshooting and OOS/OOT investigations during method validation and transfer activities
Designing investigation plans and supporting the execution of laboratory experiments to identify root causes and develop scientifically sound solutions
Reviewing analytical test procedures, method performance metrics, and testing results across the global testing network
Stage en R&D instrumentation et optique appliquée à la microbiologie, visant à dimensionner, monter et exploiter une approche expérimentale pour la caractérisation directe d’échantillons microbiologiques.
Compensation
La gratification mensuelle pour un stagiaire est attribuée dès un mois de présence. Le montant de la gratification dépend du niveau de formation de l’étudiant et est supérieure au minimum légal.
Responsibilities
Dimensionner, monter et exploiter une approche expérimentale pour la caractérisation directe d’échantillons microbiologiques
Intégrer des étapes de traitement et d’analyses d’images (détection, segmentation)
Collaborer avec des biologistes, chimistes, ingénieurs en micro-fabrication, en instrumentation optique et en traitement d’images
Requirements
Bachelor's degree in Engineering (Instrumentation)
L’objectif du stage est de monter, puis d’exploiter une approche expérimentale pour la caractérisation de croissance de micro-organismes dans de petits volumes, à des fins de détection précoce et de caractérisation fine de la croissance bactérienne sous contraintes.
Responsibilities
Build and exploit an experimental approach for characterization of microorganism growth in small volumes
Develop a bench based on microscopy and spectroscopy methods for temporal growth monitoring
Integrate image processing and analysis steps (detection, segmentation)
Collaborate in a multidisciplinary research project involving biologists, chemists, micro-fabrication engineers, optical instrumentation, and image processing engineers
Lead and execute R&D projects involving electrorefining, electrowinning, electroplating, metal recovery, and related electrochemical technologies.
Compensation
The annual base salary range for this position is $112,468k - $140,074k.
Responsibilities
Lead and execute R&D projects involving electrorefining, electrowinning, electroplating, metal recovery, and related electrochemical technologies.
Design, conduct, and analyze laboratory, pilot-scale, and production-scale experiments with minimal supervision.
Develop technical hypotheses, experimental plans, and process improvements to address complex manufacturing challenges.
Collaborate with Process Engineering, Quality, and Production teams to transfer new technologies into manufacturing.
Support scale-up, process qualification, troubleshooting, root-cause analysis, and corrective actions.
Requirements
Bachelor’s degree in chemical engineering, Metallurgical Engineering, Materials Science, Electrochemistry, Chemistry, or a related technical discipline.
Zifo is seeking a professional to be responsible for validation strategy and planning, executing and qualification of computer systems and/or analytical instruments in accordance with applicable policies and regulatory requirements.
Responsibilities
Create and support review of validation life cycle documents for Analytical Instrument Qualification and computerized systems
Consult clients on data integrity requirements in Analytical Instruments and perform verification of DI in the systems
Author validation life cycle documents for client’s review and approval
Perform Periodic review for the analytical instruments and conduct meetings with stakeholders to discuss on the remediations of observations from review
IT audit trail review and conduct meetings with stakeholders to discuss on the remediations of observations from review
Lead experimental research in advanced materials and membrane development for water and critical mineral recovery.
Compensation
The expected hiring range for this position is $72,879.00-$121,465.00.
Responsibilities
Synthesize monomer and polymer materials for polymer membranes and sorbents development
Conduct surface modification and functionalization to membranes and sorbents to achieve target separation properties
Formulate and synthesize inks for membrane deposition, including electrospinning, slot-die coating, and 3D printing
Design composite and hybrid materials and membranes to enhance selectivity and permeance of membranes or separation factors, adsorption capacity and kinetics, and chemical stability of sorbents
Conduct structure, microstructure, physics and chemical properties of materials, as well as transport, separation, and electrochemical properties of membranes
Requirements
PhD in chemical engineering, material science, or related fields
Lead the design, development, and simulation of advanced remote sensing systems for defense, civil, and commercial customers.
Locations (2)
Chantilly, Virginia, United States
Dayton, Ohio, United States
Compensation
$181,700.00 - $272,500.00
Responsibilities
Develop and use innovative techniques and tools for image chain modeling, spectroscopy, computer vision, change detection and tracking, space domain awareness, lidar and 3D remote sensing, EO/IR remote sensing, product quality metrics, optics, calibration, and data simulation
Design, perform, document, and present results of studies using deterministic and probabilistic numerical analysis techniques
Advise government and internal Aerospace customers on operational and R&D remote sensing system performance
Present and promote work to contractors and customers to inform and influence key decisions and drive system requirements
Build physics-based modeling code while collaborating with small teams to develop end-to-end system and performance modeling tools
Bachelor’s degree in a related STEM field, particularly Remote Sensing, Imaging Science, Astronomy, Physics, Mathematics, Atmospheric Science, Computer Science, Optical or Electrical Engineering, or a related STEM discipline
Nice to have: Advanced degree in a related STEM field
Scientist I, Analytical Development and Clinical QCAstraZeneca · New Haven, US
Stage Bac+5 Ingénieur R&D Instrumentation pour la caractérisation d'échantillons directs F/H/DbioMérieux · Marcy l'Etoile, France