Pursue a fully funded PhD in Nuclear Engineering, focusing on HALEU criticality modelling to enhance safety in uranium processing. Collaborate with esteemed experts while gaining invaluable research experience.

This 3.5-year PhD project, commencing in October 2026, is primarily designed for Home rate candidates. You will address the complexities of criticality safety associated with HALEU fuels through advanced computational techniques. The project encourages development of detailed models to support future fuel cycle facility design.

Key Responsibilities:
Model criticality scenarios in HALEU processing
Examine impact of materials and conditions on neutron activity
Collaborate with UK National Nuclear Laboratory




Perform lab visits for comprehensive research exposure
Strengthen modelling skills for future nuclear applications

Requirements:
Degree (at least 2.1 honours) in relevant discipline
Background in nuclear engineering, physics, or related field
Interest in computational techniques (training provided)
Commitment to nuclear safety advancements
Openness to interdisciplinary collaboration

Contribute to vital research that drives nuclear innovation while honing essential skills for your future career.

📌 Phd Research In Nuclear Safety Modelling Halifax Regional Municipality
🏢 Emerging Scholars Council
📍 Halifax Regional Municipality