Mechanical Engineer - Heavy Lifting Equipment

As a Mechanical Engineer - Heavy Lifting Equipment at Assystem, your primary responsibilities will include managing the technical aspects of crane and heavy lifting equipment projects, ensuring compliance with contracts, and issuing technical specifications. You'll also support the Contract Engineering Lead in navigating 3D modeling, interfacing with different entities, and resolving any technical challenges that arise during the project lifecycle.

To be considered for the Mechanical Engineer - Heavy Lifting Equipment role at Assystem, candidates should possess a degree in Mechanical Engineering. A thorough knowledge of crane design, including various types of cranes, and an understanding of process and mechanical interfaces are crucial. Familiarity with equipment supply contracts and experience in the nuclear sector, while advantageous, is not mandatory.

While experience in the nuclear sector is highly regarded, it is not a strict requirement for the Mechanical Engineer - Heavy Lifting Equipment position at Assystem. Applicants who have robust engineering credentials and a strong background in design principles for cranes and heavy lifting equipment are encouraged to apply, regardless of their previous industry experience.

As a Mechanical Engineer - Heavy Lifting Equipment at Assystem, you'll enjoy several benefits, including a flexible hybrid working opportunity, a pension scheme with significant company contributions, 25 days of paid annual leave, and options to buy or sell leave days. Additionally, the company reimburses professional fees and promotes a diverse workplace where your contributions will be valued and amplified.

Key skills that enhance performance for a Mechanical Engineer - Heavy Lifting Equipment at Assystem include strong proficiency in technical specification creation, 3D modeling capabilities, excellent problem-solving skills, and the ability to manage interfaces between various stakeholders. Additionally, communication skills and a proactive approach to project management will set you apart as a valuable member of the engineering team.

During the interview, highlight specific projects where you have directly been involved with crane design or used heavy lifting equipment. Discuss the types of cranes you've worked on and any design challenges you've overcome, emphasizing your problem-solving skills and technical proficiency.

Explain your process for keeping track of contractual obligations. You might want to describe how you maintain documentation, monitor project progress, and communicate with stakeholders to ensure that all engineering specifications meet compliance requirements.

Discuss your approach to troubleshooting, from identifying issues to implementing solutions. Provide examples of how you’ve handled technical problems in the past and the collaborative methods you used to resolve them effectively.

Be prepared to give a detailed account of an engineering project that posed challenges. Focus on your specific contributions, how you overcame obstacles, and what the project's impact was once successfully completed.

Share your experience in coordinating with various teams and suppliers, highlighting your communication skills and ability to manage stakeholder relationships. Discuss any tools or strategies you use to facilitate collaboration and ensure project alignment.

Make sure to mention the specific CAD or engineering software you are familiar with, such as AutoCAD or SolidWorks. Provide examples of how you've utilized these tools to create designs or analyze data in your previous roles.

Discuss your time management techniques and any frameworks you use to prioritize effectively. Mention how you balance urgency and importance to ensure deadlines are met without compromising quality.

Prepare to describe a specific risk you identified and the proactive steps you took to mitigate it. Focus on your analytical skills and ability to foresee potential challenges before they escalate into larger issues.

Mention any journals, courses, or professional organizations you engage with to remain informed about advancements in mechanical engineering, particularly in the context of heavy lifting equipment.

Explain the methods you use for quality assurance in your work, including peer reviews, systematic checklists, and validating data to maintain high standards in your technical documents.