PRIYADARSHAN PATIL
Graph theory basics, Complexity analysis, Search algorithms, Flow decomposition theory, Maximum flow - minimum cut, Minimum cost flow, Network simplex algorithm, Network design: models and algorithms, Minimum spanning tree
Introduction to MDPs, Finite horizon models, Infinite horizon discounted problems, Approximate dynamic programming, Reinforcement Learning, Infinite horizon average cost problems, Value and policy iteration, Continuous time MDPs
Inventory control models (EOQ and extenstions, Base stock, ROP), MRP, JIT and lean manufacturing, Factory dynamics, Variability basics, Push and pull production, Scheduling, Supply chain management
General laws and analysis of single station systems, Classical stochastic networks, Open multiclass networks, Stability/throughput optimality, Networks with setup & batching, Fluid networks, Fluid model optimization
Problem formulations, Linear problems, Simplex method and geometry, Duality, Revised simplex, Dual simplex, Sensitivity, Parametric programming, Bounded variables, Interior point methods
Models, Theory, and Computational methods for problems with discrete decision alternatives, Greedy algorithms, Branch and Bound, Cutting plane methods, Lagrangian relaxation, Heuristics
Stochastic modeling, Discrete-time markov chains, Poisson processes, Martingales, Continuous-time markov chains, Renewal processes, Applications and Examples
Utility theory, Probability as a statement of belief, Risk preference, Value of information and control, Influence diagrams, Risk sharing/scaling, and Life and Death decision making
Flow theory and models, CTM, LTM, Time dependent shortest paths, Dynamic user equilibrium, DTA algorithms, Paradoxes and exceptional cases
Basic probability theory, Combinatorial analysis of random phenomena, Conditional probability, Parametric families of distributions, Expectation, Distribution of functions of random variables, Limit theorems
Manufacturing logistics, Distribution, Supply chain design, Inventory models, Transportation and service logistics systems modeling, Vehicle routing problem, analysis and Optimization, Healthcare applications
Traffic assignment problem, Algorithms (FW, MSA, gradient projection, Algorithm B), Elastic demand, Sensitivity analysis, Stochastic loading
Assessment of the nature of arguments, Survey of the argument assessment frameworks in engineering, Comparison and critique of argument assessment frameworks.
Effect of prior knowledge, Knowledge organization, Student learning motivation, Developing mastery, Enhancing learning by practice and feedback, Student development and course climate, Self-directed learners.
Classroom assessment techniques, STEM education instruments, learning theories, ABET and NSF directives, Inclusive teaching, Survey methods, Rubric development.
Basics of Swing (four count, six count, triple step), Waltz (rotary and cross-step), Tango, Bachata, Merengue, Salsa, West Cost Swing, Country Two-Step
Charleston and Lindy Hop, Cross-step Waltz, Tango, Country (progresive, shuffle and rhythm), Hustle, Polka
Don Crowley
Various stroke techniques, turn techniques, competetive dives, SCUBA diving, water polo
Feel free to drop me a mail for any questions, or just to say hi ☺