Principal Geotechnical Engineer

At Stanmore Resources, a Principal Geotechnical Engineer plays a crucial role in ensuring the safe and efficient operation of the Poitrel Mine. Responsibilities include conducting thorough geotechnical investigations, monitoring ground conditions, and analyzing data related to slope stability and rock mechanics. The engineer will also have a significant impact on mine planning and risk management by providing essential geotechnical input and recommendations.

Candidates for the Principal Geotechnical Engineer role at Stanmore Resources should hold a bachelor's degree in geotechnical engineering, civil engineering, engineering geology, or a related field. We also look for at least five years of experience in geotechnical engineering, ideally within open-cut coal mining operations. Familiarity with geotechnical software such as Vulcan or Rocscience is a plus, and an RPEQ qualification is desirable.

As a Principal Geotechnical Engineer at Stanmore Resources, you will work on a range of projects focused on assessing and improving mining practices at the Poitrel Mine. Your projects will revolve around geotechnical investigations, slope stability assessments, and the development of monitoring programs that ensure the safety and performance of mining operations. Additionally, you will collaborate on pit design and optimization efforts.

Stanmore Resources is committed to the professional growth of its employees. For Principal Geotechnical Engineers, there are opportunities for ongoing support in obtaining qualifications like RPEQ. Additionally, the company provides general study assistance and the chance to gain diverse experience across multiple mine sites, allowing you to build a robust career in geotechnical engineering.

The work environment at Stanmore Resources is collaborative and focused on safety and continuous improvement. As a Principal Geotechnical Engineer, you will not only conduct important technical work but also mentor and support other engineers. The combination of flexible rosters and possibilities for residential or FIFO arrangements creates a balanced and supportive workplace that values both professional expertise and personal well-being.

When discussing a geotechnical investigation you've conducted, be sure to highlight the objectives of the investigation, the methodologies you employed (such as field mapping and laboratory testing), and the outcomes. Explain how your findings contributed to ensuring safety or improving mine operations, showcasing your ability to analyze and solve complex geotechnical issues.

In your response, mention specific geotechnical software you are experienced with, such as Vulcan, Rocscience, or GeoStudio. Discuss concrete examples of how you've utilized these tools for monitoring or analyzing ground conditions, as well as how they aided your decision-making in mine planning or risk management.

When answering this question, explain your systematic approach to slope stability assessments, including the evaluation of geological conditions, the use of geotechnical modeling tools, and your strategies for monitoring slope movements. Discuss the importance of ensuring safety and how you've implemented effective remedial measures when needed.

Select a robust example that demonstrates your problem-solving skills. Detail the challenges you faced, the steps you took to investigate the issue, and how your solutions benefited the project or mining operations. Emphasize your analytical thinking and collaborative approach in working with other teams.

Communication is vital in geotechnical engineering. Discuss how you ensure clear communication with project teams, management, and stakeholders regarding geotechnical assessments and recommendations. Include examples of how effective communication has led to improved decision-making and collaboration in past projects.

To demonstrate your commitment to ongoing learning, mention specific methods you use to stay informed about the latest developments in geotechnical engineering, such as attending conferences, participating in professional organizations, and following relevant publications. Highlight any certifications or courses you've taken that reflect your dedication to professional growth.

In responding, identify key risks such as ground instability, water ingress, and geological variability. Explain why these risks are significant and describe strategies you would implement to mitigate them, emphasizing your proactive approach to risk management in mine operations.

Provide examples of how you've successfully coached junior engineers or interns in your previous roles. Focus on your personal approach to mentorship, including how you share knowledge and encourage independence, while ensuring they gain valuable insights and skills in geotechnical engineering.

Discuss your approach to maintaining safety and compliance, emphasizing your understanding of relevant legislation and safety protocols. Provide examples of how you've integrated safety measures into your geotechnical investigations and the impact of these practices on team and project safety.

Highlight your interpersonal skills and discuss methods you use to foster collaboration across teams, such as regular meetings, open communication channels, and joint problem-solving sessions. Share specific instances where collaborative efforts led to successful outcomes in projects.