This kind of role requires a solid understanding of both structural engineering principles and the specific considerations that come with working in nuclear environments.
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Key Responsibilities<\/b>:
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Site Investigations & Documentation<\/b>:
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You will be tasked with inspecting existing buildings and structures to assess their current condition, particularly focusing on any wear, damage, or areas requiring repair.
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Documenting findings is essential to ensure accurate assessments and to guide future design and construction work.
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Construction Administration<\/b>:
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Overseeing the construction phase of projects, including monitoring work done by contractors, ensuring it meets design specifications, and addressing any issues that arise during execution.
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Tasks also include reviewing bids, attending site meetings, and ensuring completed work aligns with the construction documents.
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Project Management<\/b>:
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Serving as the primary point of contact for clients, ensuring clear communication, managing project timelines, budgets, and coordination among different teams.
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Handling a variety of projects related to the assessment, repair, and modification of existing structures, particularly in nuclear settings.
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Design & Repair Measures<\/b>:
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Designing and implementing solutions to rehabilitate or restore structural components.
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This includes drafting construction documents, such as repair plans, and creating detailed designs for modifications to existing structures.
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Investigation & Reporting<\/b>:
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If there are structural failures or adverse performance issues, your job would be to investigate the root cause, identify solutions, and document the findings in detailed technical reports.
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This could involve forensic analysis, particularly important in the nuclear sector due to safety regulations and long -term durability requirements.
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Client Interaction & Professional Development<\/b>:
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Direct client contact is key to understanding their needs and providing tailored solutions.
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Pursuing continued professional development through research, publications, and presentations to enhance professional standing and keep up with emerging industry trends.
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Skills & Qualifications<\/b>:
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Strong Structural Engineering Background<\/b>: Deep knowledge of steel and concrete structures, especially in the context of aging or damaged buildings.
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Familiarity with Nuclear Regulations<\/b>: Understanding the specific codes and standards related to nuclear facilities and the design/repair processes in this specialized field.
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Project Management Expertise<\/b>: Experience leading teams, handling multiple projects, and managing budgets and schedules.
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Attention to Detail & Technical Writing<\/b>: Being able to document findings, design solutions, and generate reports with a high level of detail.
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Communication Skills<\/b>: A key part of the role involves interacting with clients, contractors, and possibly regulatory bodies, requiring excellent verbal and written communication.
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Key Challenges<\/b>:
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Safety<\/b>: Nuclear projects involve a high level of scrutiny and adherence to safety standards, meaning that any structural failure or rehabilitation work requires thorough analysis and precise design.
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Aging Infrastructure<\/b>: Working on older buildings, especially those that were not originally designed for modern demands, can pose unique challenges, such as discovering unforeseen damage or deterioration.
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Complexity of Work<\/b>: Structural repairs or modifications in the nuclear industry may involve highly specialized work, with additional layers of complexity like radiation shielding, seismic concerns, or compliance with stringent environmental laws.
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Requirements<\/h3>
Minimum Qualifications and Experience<\/b>:
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6+ Years of Structural Engineering Experience<\/b>:
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At least six years of hands -on experience in the analysis and design<\/b> of structures across multiple material types (concrete, steel, masonry, wood -frame), particularly within the Power Industry<\/b>.
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This experience should include a solid track record of designing structures for power plants, nuclear facilities, or related infrastructure, where safety, durability, and compliance with industry codes are paramount.
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MS in Structural Engineering (Preferred)<\/b>:
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A Master’s degree<\/b> in Structural Engineering provides a deeper understanding of advanced structural analysis, materials science, and specialized techniques. While not always mandatory, it could give candidates an edge in terms of technical expertise.
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Professional Engineering License (SE) Required<\/b>:
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A Structural Engineer (SE) license<\/b> is essential to verify that you have met the standards for professional practice in structural engineering. This certification is critical for work in specialized and safety -critical environments like the power industry, where structural integrity is paramount.
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Proficiency in Technical Writing and Reporting<\/b>:
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Strong skills in writing and editing project specifications<\/b>, technical reports<\/b>, field reports<\/b>, project correspondence<\/b>, and proposals<\/b>.
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You'll need to be able to document complex findings clearly and concisely, whether it's for internal project records, client communication, or regulatory bodies.
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Strong Communication Skills<\/b>:
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Oral and written communication<\/b> will be central to interacting with clients, contractors, team members, and stakeholders. You'll need to explain complex structural issues and technical solutions in a clear, understandable manner.
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This could involve leading meetings, making presentations, or negotiating with vendors and other stakeholders.
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Proven Ability to Manage Projects<\/b>:
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Experience managing project deadlines<\/b> and budgets<\/b> is essential. Structural engineers often juggle multiple tasks at once, so being able to stay organized and ensure work is done on time and within budget is critical to success.
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This includes tracking the progress of designs, coordinating site investigations, overseeing construction phases, and troubleshooting issues as they arise.
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Team Collaboration<\/b>:
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Structural engineers must often work with multidisciplinary teams<\/b>—including other engineers, contractors, architects, and clients. The ability to collaborate and share insights is essential for successful project outcomes.
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Being a team player also involves being adaptable and open to feedback, which is key in fast -paced or complex environments like power plants.
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Proficiency with Structural Analysis Software<\/b>:
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Familiarity with industry -standard structural analysis software<\/b> like ETABS<\/b>, SAP2000<\/b>, RISA<\/b>, RAM<\/b>, and SAFE<\/b> is a must. These tools allow engineers to simulate real -world conditions and ensure that structures meet safety and performance standards under different load scenarios.
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Being comfortable with these tools ensures that your designs are efficient, accurate, and optimized for real -world applications.
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Ability to Travel to Remote Job Sites<\/b>:
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The role requires the ability to travel<\/b> to remote job sites<\/b>, including those that might not be easily accessible by public transportation. This could involve working at power plants, nuclear facilities, or other infrastructure sites, sometimes in difficult or hazardous locations.
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Must be able to work in the USA without any sponsorship at any time
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