As a Structural Design Engineer at GEM Technologies, Inc., you will be responsible for preparing and reviewing structural design efforts, performing line and thickness calculations, ensuring adherence to various structural codes, and conducting detailed evaluations of concrete anchorage. Additionally, you will design welded and bolted steel connections and utilize software for structural finite element analysis, aiding in critical assessments and compliance for the Savannah River Site projects.

To qualify for the Structural Design Engineer position at GEM Technologies, Inc., candidates need a Bachelor’s Degree in Engineering coupled with at least 5 years of experience in equipment design. Familiarity with industry standards, experience with MathCAD, GT Strudl, and STAAD is essential. Candidates must also be U.S. citizens to adhere to federal project requirements and be capable of obtaining necessary government clearance.

GEM Technologies, Inc. emphasizes professional development and employee growth through continuous learning opportunities, team collaboration, and a supportive work environment. As a Structural Design Engineer in our team, you will engage in complex problem-solving while working with experienced professionals, and the company encourages attending workshops and training sessions to enhance your skills and advance your career.

GEM Technologies, Inc. provides a comprehensive benefits package for their Structural Design Engineers, including competitive salaries, health insurance options (medical, dental, and vision), paid time off, paid holidays, life insurance, and a 401(k) retirement plan. The company truly values the well-being of its employees and encourages a healthy work-life balance.

The work culture at GEM Technologies, Inc. is built on collaboration, effective partnerships, and community involvement, making it an ideal place for a Structural Design Engineer to thrive. The company fosters a respectful and inclusive environment that values diversity and teamwork, ensuring that every employee is a vital part of the mission to exceed expectations and meet critical project goals.

In my previous roles, I extensively used structural design software such as MathCAD and STAAD for various projects. I utilized MathCAD for calculations and documentation, and I have hands-on experience with STAAD in analyzing and designing structures to ensure compliance with industry codes. This familiarity allows me to execute design tasks efficiently while maintaining high-quality standards.

I prioritize staying informed about the latest developments in Structural and Nuclear codes by participating in professional organizations, attending workshops, and reading industry publications. I believe continuous learning is essential in engineering, so I also engage with online courses and forums where professionals discuss updates and best practices.

When performing a concrete anchorage evaluation, I start by assessing the load requirements and the type of anchorage being used. I then utilize codes and standards to conduct calculations, ensuring that all factors such as concrete strength and environmental conditions are considered. Finally, I document my findings and provide recommendations for improvements or modifications if necessary.

To manage multiple projects effectively, I prioritize tasks based on deadlines and project requirements. I utilize project management tools to keep track of progress and ensure clear communication with team members. Regular check-ins help me adapt to any changes and maintain focus on successful project outcomes.

One challenging project involved integrating eco-friendly design principles into a nuclear facility's structural design. Faced with strict regulations, I collaborated with environmental engineers to find sustainable materials while maintaining safety and compliance. Our teamwork allowed us to innovate solutions that satisfied both environmental standards and engineering requirements.

When designing welded and bolted steel connections, I begin by analyzing the loads and forces that the connections will endure. I refer to AISC standards and employ finite element analysis to simulate real-world conditions. Ensuring that connections are both structurally sound and easy to install is crucial, so I collaborate with fabricators early in the design process to consider their feedback.

Finite element analysis (FEA) is a crucial part of my structural design process as it allows for more accurate modeling of complex structures. I use FEA to predict how structures will respond to various loads and environmental factors, which enhances the reliability of my designs. Integrating FEA helps me identify potential issues early on, leading to better-informed design decisions.

To ensure compliance with safety regulations, I meticulously follow industry codes and standards throughout the design process. Before finalizing any design, I perform thorough reviews and consult with other engineers to validate that all safety considerations have been addressed. I also stay updated on regulatory changes to ensure ongoing compliance.

I have utilized Python scripting to automate repetitive calculations and streamline project workflows. For instance, I wrote scripts to generate reports from engineering analyses, which saved significant time. My proficiency in Python allows me to enhance design efficiency while ensuring accuracy in calculations and documentation.

I am drawn to GEM Technologies, Inc. because of the company's excellent reputation in the federal contracting space and its commitment to collaboration and community involvement. I admire GEM's focus on tackling complex challenges in the nuclear sector and believe my skills align with the company's mission to advance critical projects while fostering a supportive workplace.