Arizona State University - Business
Data Analytics and Systems Modeling Professional
Computer Software
Jeffrey
Laub
Tempe, Arizona
Experienced Software Systems Engineer with expertise in Business Analytics, System Requirements/Design, Operations Research, Computer Science, and Mathematics. Focused on improvement of business decisions, execution, and profitability through model definition, analytics, and automation. Demonstrated contributions in the roles of software developer, systems engineer, project leader, research scientist, and instructor.
Specialties:
• Data Analytics
• Operations Research
• Optimization
• Statistics
• Job Scheduling
• Simulations
• Algorithm Design
• Model-Based Engineering (UML; SysML Certified)
• Metrics Definition and Analysis
• Software Automation
• Requirements Engineering and Management
• Test Concepts, Development, Automation, Execution
• Model Checking (with Temporal Logic)
• Software / Systems Engineering
Adjunct Professor
Prepared and taught Operations Planning/Execution for W.P. Carey School of Business, Department of Supply Chain Management.
• Forecasting, Scheduling, Aggregate Planning, Statistical Process Control, Simulation, Facility Location, Linear Programming.
Clinical Assistant Professor & Faculty Director
Teaching and Research, Supply Chain Management Department
Business Analytics Graduate Program
- Applied Analytics
- Analytic Decision-Making Models and Tools
- Deterministic and Stochastic Optimization
- Statistics
- Decision Analysis
- Simulations
- Data-driven Quality Improvement
- Capstone Projects / Industry Client Liason
Continuous improvement and consistency of academic content and delivery.
Systems Engineer Principal
Defined system and subsystem requirements and design for commercial, global communications system. Designed database schema and supporting algorithms for satellite command/control database. Defined, documented, and communicated requirements, architectures, design, and algorithms for multiple feature packages.
Operations Research Scientist
Jeffrey worked at Chandler, AZ as a Operations Research Scientist
Systems Engineer Technical Staff
Lead engineer in defining requirements, design, modeling, analysis, systems engineering techniques and automation for development of large systems.
• Improved division efficiency by defining and publishing common system modeling techniques, guidelines, and training material across organizations and projects.
• Defined statistics-based System Performance Engineering modeling and analysis guidelines for division.
• Designed and developed formal proof system for assessing correspondence between system requirements and design models for concurrent processes.
• Defined system requirements, requirements database schema, traceability modeling guidelines, requirements management plans, and automated specification generation for large systems.
• Developed concept, design, and algorithms for automatic generation of test data and test plans from system design models.
• Defined System Performance Analysis methods and selection strategy for determining requirement compliance and for quantitative comparison of design alternatives.
• Performed technical evaluation of systems engineering suppliers
• Generated and analyzed security requirements for multiple systems
Master of Science (M.S.)
Computer Science
Doctor of Philosophy (PhD)
Industrial Engineering
Area of Study: Operations Research & Production Systems
Master of Business Administration (MBA)
Business Administration, Management and Operations
High Technology Program
Adjunct Professor
Prepared and taught Operations Planning/Execution for W.P. Carey School of Business, Department of Supply Chain Management.
• Forecasting, Scheduling, Aggregate Planning, Statistical Process Control, Simulation, Facility Location, Linear Programming.
MISTA Conference
MISTA Conference
Proceedings of Computer Science and Statistics: 8th Symposium on the Interface
MISTA Conference
Proceedings of Computer Science and Statistics: 8th Symposium on the Interface
European Journal of Operational Research