COMPUTATIONAL FLUID DYNAMICS ENGINEER RESUME EXAMPLE

Published: August 7, 2024 - The Computational Fluid Dynamics Engineer has technical ownership of spacecraft attitude, and orbit control software and hardware for current and future projects. This role involves managing and coordinating technically challenging projects, both large and small, with many stakeholders. The engineer also designs, analyzes, integrates and operates attitude determination systems for small spacecraft involving hands-on work in laboratory and manufacturing environments, as well as collaborates with external contractors and internal staff to enhance the reliability and performance of flight systems.

Tips for Computational Fluid Dynamics Engineer Skills and Responsibilities on a Resume

1. Computational Fluid Dynamics Engineer, FlowTech Innovations, Austin, TX

Job Summary: 

  • Supports the execution of Engineering Studies and supports the analysis of results using statistical techniques
  • Writes Engineering Studies and Final Reports
  • Manufactures contact lenses in a laboratory environment following protocols and guidance provided by the development engineering team
  • Manages the distribution of samples resulting from Engineering Studies to appropriate test labs and tracks the status of samples
  • Provides statistical results of tests to study owners
  • Partners with associates from multiple disciplines, including Engineering, Development, Research and Production, to ensure project success
  • Provide Level 3 support for troubleshooting and services restoration in Production
  • Load Balancer engineering meetings with Application and Infrastructure teams
  • Responsible for network equipment life cycle, version management, patch and vulnerability management.


Skills on Resume: 

  • Engineering Studies Execution And Analysis (Hard Skills)
  • Technical Report Writing (Hard Skills)
  • Laboratory Manufacturing Following Protocols (Hard Skills)
  • Sample Distribution Management (Hard Skills)
  • Statistical Test Result Analysis (Hard Skills)
  • Cross-Disciplinary Collaboration (Soft Skills)
  • Level 3 Troubleshooting And Services Restoration (Hard Skills)
  • Network Equipment Lifecycle And Version Management (Hard Skills)

2. Computational Fluid Dynamics Engineer, AeroDynamics Solutions, Denver, CO

Job Summary: 

  • Develop and maintain IP Address Management Automation
  • Analyze vulnerabilities for load balancers to determine impact and remediation
  • Automate load balancer base build templates
  • Design review of all business load balanced requests.
  • Evaluate new product roadmap for Load Balancing equipment (Citrix)
  • Identify opportunities and inefficiencies for automation in load balanced environment
  • Investigate enhanced Load Balancer services and plan for integrations
  • Plan and oversee code upgrades of load balancers due to incidents or vulnerability
  • Splunk integration, monitoring and consultation
  • Load Balancer engineering design, standards and documentation
  • Automation integration with Splunk, SNOW, and other network management tools


Skills on Resume: 

  • IP Address Management Automation (Hard Skills)
  • Vulnerability Analysis for Load Balancers (Hard Skills)
  • Load Balancer Base Build Automation (Hard Skills)
  • Business Load Balanced Request Design Review (Soft Skills)
  • Load Balancing Product Roadmap Evaluation (Hard Skills)
  • Automation Opportunity Identification (Soft Skills)
  • Enhanced Load Balancer Service Investigation (Soft Skills)
  • Load Balancer Code Upgrade Planning (Hard Skills)

3. Computational Fluid Dynamics Engineer, FluidSim Engineering, Raleigh, NC

Job Summary: 

  • Load Balancer performance and capacity evaluation
  • Plan and participate in DR failovers for Load Balanced Applications
  • VIP Assignment for load-balanced applications
  • Weekly load balancer status review with the operations team
  • Capacity planning and upgrades for network circuits and equipment.
  • Participate in PRC and Transformation initiatives for load balancing and application optimization
  • Work with other IT teams on server rotation of load-balanced applications for patching
  • Work with other team members on the creation and deployment of automation processes.
  • Deliver support for cloud-based applications through DevOps and scripting support.
  • Develop automation for cloud-based application support
  • Assist the journey to bring the network infrastructure to software-defined networks as well as cloud-enabled ones.


Skills on Resume: 

  • Load Balancer Performance and Capacity Evaluation (Hard Skills)
  • DR Failover Planning for Load-Balanced Applications (Soft Skills)
  • VIP Assignment for Load-Balanced Applications (Hard Skills)
  • Weekly Load Balancer Status Review (Soft Skills)
  • Network Circuit and Equipment Capacity Planning (Hard Skills)
  • PRC and Transformation Initiative Participation (Soft Skills)
  • Server Rotation for Load-Balanced Applications (Soft Skills)
  • Automation Process Creation and Deployment (Hard Skills)

4. Computational Fluid Dynamics Engineer, Vortex Technologies, Orlando, FL

Job Summary: 

  • Conduct engineering to attain cyber mission effects. 
  • Develop detailed specifications for end-to-end, knowledge-driven cyber mission capabilities. 
  • Develop technical implementations that enable system integration to streamline and expedite the creation of cyber mission effects.
  • Understand legal compliance policy and mission risk factors that affect mission decisions and ensure that technical solutions incorporate appropriate decision points and mitigation capabilities.
  • Support engineering efforts to create requirements for partner organizations focused on the identification of vulnerabilities and corresponding threats to influence mitigation strategies and solutions.
  • Perform risk and opportunity assessments through the synthesis of information across intelligence disciplines and open-source information.
  • Utilize graphs and other specialized database tools to store, retrieve and evaluate cyber mission information and knowledge, this information and knowledge includes adversary cyber capabilities, intentions, and supporting infrastructures to improve network defense and/or other intelligence collection tradecraft.
  • Contribute to knowledge management by entering sources and analyst findings into appropriate databases and other repositories on a timely basis.
  • Assist with the development of requirements for databases and other knowledge repositories on adversary information warfare and hacker capabilities, intentions and supporting infrastructures.


Skills on Resume: 

  • Cyber Mission Engineering (Hard Skills)
  • End-to-End Cyber Capability Specification (Hard Skills)
  • System Integration for Cyber Effects (Hard Skills)
  • Legal Compliance and Risk Mitigation (Soft Skills)
  • Vulnerability and Threat Identification (Hard Skills)
  • Risk and Opportunity Assessment (Soft Skills)
  • Specialized Database Tool Utilization (Hard Skills)
  • Knowledge Management and Database Development (Hard Skills)

5. Computational Fluid Dynamics Engineer, Streamline Dynamics, Columbus, OH

Job Summary: 

  • Embrace Infrastructure-as-Code, and leverage Continuous Integration/Continuous Delivery Pipelines to manage the full cloud service lifecycle from the release of cloud service offerings into production through the retirement thereof
  • Work closely with Enterprise Architecture to select, design, develop and implement optimized solutions and practices
  • Partner with Risk Management and Security teams to identify the standards, best practices and required controls, and lead the design, build, and rollout of secured and compliant cloud infrastructure and services to support MUFG mission-critical business applications and workload
  • Partner with application teams to experiment, design, develop and deliver cloud-native solutions and services, and power the digital transformations across business units
  • Lead the migration, refactor and transformation of existing applications and infrastructure services from physical data centers to AWS
  • Responsible for production readiness and all operational aspects of the new cloud AWS infrastructure and services that will support mission-critical MUFG applications
  • Build and maintain cloud operations tools for monitoring, notifications, trending, and analysis, to achieve high efficiency in cloud operations through automation tools and self-repair utilities
  • Relentless drive the standardization, simplification and automation of operational workflows, enable self-service for positive customer impact
  • Partner with Cloud Operation teams to define, create, test, and execute cloud operations procedures
  • Participate in software and system performance analysis and tuning, service capacity planning and demand forecasting


Skills on Resume: 

  • Infrastructure-As-Code And CI/CD Pipelines Management (Hard Skills)
  • Collaboration With Enterprise Architecture (Soft Skills)
  • Risk Management And Security Compliance (Hard Skills)
  • Cloud-Native Solutions Development (Hard Skills)
  • AWS Migration And Transformation (Hard Skills)
  • Production Readiness And Operational Management (Hard Skills)
  • Cloud Operations Tools Development (Hard Skills)
  • Standardization, Simplification, And Automation Of Workflows (Hard Skills)

6. Computational Fluid Dynamics Engineer, HydroFlow Systems, Portland, OR

Job Summary: 

  • Technical ownership of current and future spacecraft attitude and orbit control software and hardware
  • Project management, coordinating and directing technically challenging projects of both large and small, with many stakeholders
  • Team leadership, managing and coaching a small team, delegating and directing activities
  • Design, model, analyze, integrate and operate attitude determination/estimation systems for small spacecraft
  • Develop and utilize spacecraft dynamics and control simulations, including 'hardware-in-the-loop'
  • Design, evaluate, select, qualify and implement flight sensors, including magnetometers, sun sensors, inertial measurement devices, infrared sensors, and/or star trackers
  • Design, evaluate, select, qualify and implement flight actuators, including magnetic torque elements, reaction wheels, and propulsion systems
  • Be hands-on in laboratory and manufacturing environments during testing, integration, and qualification of flight systems
  • Provide support and analysis for on-orbit operations of spacecraft attitude determination and control systems
  • Work with external contractors, manufacturers, and internal manufacturing staff to improve the reliability, yield, performance, and cost of flight systems.


Skills on Resume: 

  • Spacecraft Attitude And Orbit Control Technical Ownership (Hard Skills)
  • Project Management And Coordination (Soft Skills)
  • Team Leadership And Coaching (Soft Skills)
  • Attitude Determination/Estimation Systems Design And Operation (Hard Skills)
  • Spacecraft Dynamics And Control Simulations (Hard Skills)
  • Flight Sensors Design And Implementation (Hard Skills)
  • Flight Actuators Design And Implementation (Hard Skills)
  • Hands-On Testing And Integration In Laboratory Environments (Hard Skills)