• Introduction
• Project length
• Submitting Your Own Idea
• Title
• Potential Mentors
• Table of Contents
• High Priority
• Polynomial GCD
• Benchmarks and performance
• Assumptions
• Speed: Improve SymEngine - SymPy Integration
• Mathematics Projects
• Solvers
• GSoC 2014 Project: Harsh Gupta
• GSoC 2015 Project: Amit Kumar
• GSoC 2016 Project: Kshitij SaraogiKshitij Saraogi | GSoC 2016 Project: Shekhar Rajak
• GSoC 2018 Project: Yathartha Joshi
• Optimize floating point expressions
• Group theory
• Risch algorithm for symbolic integration
• Other ODE ideas
• Improving Series Expansions & Limit Computations
• Cylindrical algebraic decomposition
• Efficient Groebner bases and their applications
• Multivariate polynomials and factorization
• Univariate polynomials over algebraic domains
• Concrete module: Implement Karr algorithm, a decision procedure for symbolic summation
• Physics Projects
• Symbolic Control Systems (sympy.physics.control)
• Symbolic quantum mechanics (sympy.physics.quantum)
• Continuum Mechanics: Create a Rich 2D Beam Solving System
• Classical Mechanics
• Classical Mechanics: Generalize the Equations of Motion System Output
• Classical Mechanics: Implement and Benchmark Equations of Motion Methods
• Classical Mechanics: Efficient Equations of Motion Generation
• Classical Mechanics: Implement Specific Forces and Torques
• Classical Mechanics: Constructing Systems From Bodies and Joints
• Classical Mechanics: Implement an O(N) Equations of Motion Method
• Computer Science, Graphics, and Infrastructure Projects
• Enhancing the flexibility of MatchPy
• Code Generation
• Parsing
• Improve the plotting module
• Documentation tooling
• Hypothesis testing
• User Application Projects
• LFortran SymPy Project Ideas
• SymPy -> Fortran Code Generation and JIT
• Parsing Fortran code to SymPy
• SymEngine Projects
• Polynomials and the rest of SymEngine
• Improve SymPy integration
• Implement solvers for SymEngine
• Improve Ruby wrappers
• Idea Prompts
• Other Related Projects
• PyDy
• Non-Ideas