Tudor Dragea

The Lambda Agency is a nuclear communications consultancy that closes the gap between what experts know and what the public believes. We help SMR developers, fusion companies and nuclear associations turn public support into local approval — explaining safety, science and risk in language regulators, investors and communities actually trust. Built by people who understand both the reactor and the

Pricing Input and Output Team

- Refined development process for new and existing Pricing products to streamline the time-to-delivery
- Milestone and KPI tracking for multiple projects and anticipating potential blocks/issues while providing alternatives and solutions
- Project lead for innovation initiative in ecological travel brainstorming, planning, executing and implementation
- Risk, growth,

Analyze and model the use of passive safety systems in current generation pressurized water reactors (PWR).

Utilize various industry standard CFD and system codes for designing a new passive safety system

Operational Engineering Assessment Division

Conducted various thermal-hydraulic studies on CANDU systems as part of a regulatory compliance assessment.

Authored a paper on the effectiveness of a an event database on predicting future component failures in CANDU power plants using the the Component Operational Experience Degradation and Ageing Program (CODAP) developed by the Nuclear Energy Agenc

Technical Assistant at Scientific Secretariat

Provided technical support on the day-to-day operations and activities of the secretariat including daily official communications and reviews of technical reports.

Assisted with the revision and publication of ICRP Publication 106: Radiation to Patients from Radiopharmaceuticals – 4th Addendum

Operations Inspection Division

Lead project on developing new tools for assessing regulatory compliance for low-level radioactive source licensees of Canada.

Participated in infield inspections of CNSC licensees and assessed levels of compliance while on duty.

Nuclear Processing Facilities Division

Coordinated and led an infield project that assessed the levels of Tritium in Ontario water treatment plants in order to determine the impact of nuclear facilities on regional drinking water.


Assisted with the development of educational and training materials for a public information session sponsored by the CNSC.

Apr 2026

Apr 2021

Jul 2021

Dec 2018

- Advanced courses and projects that focused on the many design aspects for a nuclear power plant.
- Closely tied with major industry players and with many interactive and real world "exposure" to everyday problems facing nuclear power plants
- In-depth courses on thermal-hydraulics, material design, structural layouts and energy economics of nuclear sector

Immersive course that is designed to provide engineers with new perspectives on the business world, specifically within energy markets. It had an added focus on providing efficient tools to study the economical and societal impacts of certain energy sources and how to best optimize them with given resources and circumstances.

Advanced courses on the fundamental principles that govern nuclear power generation (Reactor physics, Thermal-hydraulics, Radiation protection, Regulations and Safety)

Various projects that were closely tied to industry, on common challenges plants face each day
- Operations, maintenance and repair
- Probabilistic Safety Assessment (PSA)
- Health Physics

Organized visits to real, operational nu

Power Reactors, Thermal-hydraulics, Reactor Kinetics, Radiation Protection, Reactor Design, Plant Safety Systems, Heat Transfer, Fluid Mechanics