I am a software engineer with a passion for Ruby on Rails, React, and Redux. With a creative side to me that I have always enjoyed exploring, I'm happy that I am able to do that with software development.
Email: elson.li@berkeley.edu
Phone: (415) 203-6973
I love learning about new technologies and challenging myself to think logically, methodically, and creatively. When building an idea, a user's experience is very important to me, so I strive to craft an interface that is innovative, visually appealing, and intuitive for everyone.
Name: Elson Li
Phone: (415) 203-6973
Berkeley - California
- Facilitated the learning of 90-100 students through assignments and projects to internalize core concepts
- Identified individual weaknesses and tailored teaching methods specific to each student
- Wrote and shared assignment walkthroughs with students and other academic interns
2017 - 2018
San Francisco - California
- Assisted staff with supervising 100+ students and coordinating school-wide events to spark new interests
- Used time management skills to reorganize schedules, resulting in >80% event satisfaction based on surveys
2008 - 2015
San Francisco - California
- Assisted the program coordinator by managing and inputting data in student records to ensure everyone was able to receive their A-G credits for graduation.
2014
San Francisco - California
- Full stack immersive web development course. Studied Ruby on Rails, Javascript, React, Redux, jQuery, HTML/CSS, SQL, TDD, OOP, design patterns and agile development.
2019 - 2020
Berkeley - California
Relevant Coursework :
- The Beauty and Joy of Computing, CS 10
- The Structure and Interpretation of Computer Programs, CS 61A
- Data Structures and Programming Methodology, CS 61B
- Discrete Mathematics and Probability Theory, CS 70
- Designing Information Devices and Systems I, EE 16A
- Great Ideas of Computer Architectures (Machine Structures), CS 61C
- Principles and Techniques of Data Science, DATA 100
- Introduction to Artificial Intelligence, CS 188
- Efficient Algorithms and Intractable Problems, CS 170
- Computational Models of Cognition, COGSCI 131
2015 - 2019