Software Engineer, Java

Zih-Siang Lin

**** * ***** ****,*** Angeles, CA *0007

626-***-****

********@***.***

EDUCATION

University of Southern California, Los Angeles, CA Dec 2016 Viterbi School of Engineering

Master of Science, Electrical Engineering

Overall GPA: 3.8

National Taiwan University (NTU), Taipei, Taiwan September 2014 Bachelor of Science, Mechanical Engineering

Overall GPA: 3.8

TECHNICAL SKILLS

Programming Languages: C, C++, Java, SQL, PHP, HTML, CSS, JavaScript, Python Design & IDE Tools: Xcode, Eclipse, Netbeans, Atom Application: Git, Labview, Matlab, Solidworks, AutoCAD, Arduino, MS Office PROJECT EXPERIENCE

Employee Payroll Management System Fall 2016

• Developed the system by using SQLITE database and Java Netbeans.

• Designed a user-friendly GUI for managing all information about Employees like Payroll and Salary Slips.

• The system can easily export employees’ information into PDFs and have an audit trail for monitoring activities. To-Do List Application

• Developed the to-do list application by using HTML, CSS, JavaScript Fall 2016

• The intuitive GUI provides great functionalities for managing upcoming and completed events. Robot NAO walking and standing project Spring 2016

• Managed project schedule and distributed the work based on the individual ability.

• Utilized the inverse kinematic and the minimum jerk trajectory to make NAO robot standing on one leg and walking.

• Programmed in C to realize the inverse kinematic and the minimum jerk trajectory. Mechanical Leg and Pneumatic Artificial Muscle Fall 2014 The goal of the project was to evaluate and compare the power-to-weight ratio of a one-legged model utilizing pneumatic artificial muscles to a motor-driven model.

• Designed a mechanical leg using Solidworks and fabricated it

• Analyzed the mechanical leg through finite element analysis.

• Programmed in Labview to control pneumatic equipment and artificial muscles.

• Measured power-to-weight ratio of the mechanical leg.

• Concluded that the low power-to-weight ratio of pneumatic artificial muscles would increase energy efficiency while keeping the same weight, versus assistive devices with motors. INTERN EXPERIENCE

Masimo, Irvine, CA

Automation Intern Summer 2016

• Reviewed the control logic of an automated conveyor belt system.

• Developed the programming logic for an automated dispensing robot.

• Collaborated and developed the schematic diagram of a pneumatic and a hydraulic system of dispensing robot.

• Performed the installation qualification and the operation qualification

• Managed the schedule and agreements with vendors for customized components.

• Performed tolerance stack-up analysis on customized components.

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