Discrete Event Simulation Engineer

To apply for the Discrete Event Simulation Engineer position at Guidehouse, you need an ACTIVE and MAINTAINED Secret Federal or DoD security clearance, as well as a Bachelor’s degree in a science, technology, engineering, or mathematics field. Additionally, three or more years of experience related to modeling, simulation, data analytics, or data science is required.

As a Discrete Event Simulation Engineer at Guidehouse, your primary responsibilities will include delivering modeling and simulation solutions tailored to industrial manufacturing processes. You'll collaborate closely with clients and team members to optimize processes and implement strategies to overcome various process constraints through discrete event simulation.

Yes, while not mandatory, preferred qualifications for the Discrete Event Simulation Engineer role at Guidehouse include experience with discrete event simulation software such as Simio, Arena, or FlexSim, and a solid understanding of industrial manufacturing processes and value stream mapping.

At Guidehouse, a Discrete Event Simulation Engineer can expect a collaborative and innovative work environment that emphasizes teamwork and professional development. With a flexible benefits package and a strong focus on inclusivity, Guidehouse fosters a supportive atmosphere for its employees.

Guidehouse offers numerous career development opportunities, including skills development and certifications, tuition reimbursement, personal development, and learning opportunities to help Discrete Event Simulation Engineers grow and advance in their careers.

Discrete event simulation is a technique used to model complex systems by representing events that occur at distinct points in time. In industrial processes, it helps identify bottlenecks and optimize workflows, allowing for improved efficiency and productivity.

In your response, focus on specific projects where you successfully utilized modeling and simulation techniques. Highlight any software used, the challenges faced, and the outcomes achieved, demonstrating your problem-solving skills and expertise.

Be prepared to discuss your familiarity with any simulation software you've used. Share examples of projects where you applied these tools, focusing on the methodologies utilized and the outcomes delivered to showcase your hands-on experience.

Discuss your systematic approach to problem-solving, such as identifying the problem, gathering data, modeling the situation, and validating results. Emphasize the importance of collaboration and iteration in achieving optimal solutions.

Identify challenges such as data accuracy, model complexity, and stakeholder communication. Share how you address these challenges through careful planning, robust data collection, and maintaining open lines of communication with all stakeholders.

Explain your commitment to ongoing education and professional development. Share sources of information you rely on, such as industry journals, courses, or conferences, to stay informed about the latest trends and technologies.

Value stream mapping is a visual tool for analyzing the flow of materials and information in a process. It relates to simulation as it helps identify areas for improvement, which can then be modeled and tested through simulation to optimize performance.

Share a specific success story where your simulation work led to measurable improvements, such as increased efficiency or cost savings. Highlight your role in the project and the techniques used to achieve these results.

Discuss your methods for ensuring accuracy, such as using real-world data, validating models against historical performance, and conducting sensitivity analyses to understand the impact of assumptions on outcomes.

Emphasize the importance of collaboration, noting that simulation projects often require input from various stakeholders, including engineers and project managers. Share how effective communication and teamwork enhance the quality of your work.