Elio Kanaan Email & Phone Number

Boston, Massachusetts, United States

Amsterdam, Nederland, NL

Bedford, Massachusetts, US

• Established and maintained financial tools and practices to assist the Associate Director of Capital Projects and Project Managers in measuring group/project performance against established metrics.
• Use capital initiation, planning and tracking tools (LX, IntelliChief) to establish capital projects in accordance with Fixed Asset procedures.
• Along with Finance, developed and published monthly, and ad-hoc project financial status reports on approved projects. Also, supported the tracking and auditing of Fixed Asset register, including capital project.
• Supported the development and review of user requirements specifications (URS), Functional Requirements Specifications (FRS)

Bedford, Massachusetts, US

• Effectively communicate and apply improvements with full compliance to OSHA, cGMP, FDA, and NRC regulations utilizing standard practices/ procedures for documenting changes and testing.
• Support a high level of direct operations to manufacturing processes in a JIT environment taking necessary actions to fully support manufacturing schedules, meet product delivery goals and ensure product compliance.
• Improve cyclotron output performance and operating efficiency by analyzing yield metrics, interacts with the chemistry team to optimize the production efficiency.
• Analyzed complex data and developed recommendations and solutions, using spreadsheets, databases, and other computer programs to effectively document and analyze data to improve operational performance
• Developed SOPs and compliance documents for cyclotron and support equipment, prioritizing department safety and reliability.

Lowell, MA, US

• Predicting Molten Salt Properties
• Determine materials compatibility and understand phenomena at the interface of molten salt and structural materials.Understand the structure, dynamics, and properties of molten salts; elucidate fission and activation.
• Understood the behavior and predicted performance at the system level by the simulation of multiple simultaneous physics such as fluid flow, heat transfer, mass transfer, and reaction chemistry.