Assistant Software Developer

Liam C. Dawson

***** ***** **., ********** **, **433 814-***-**** ************@*****.***

Education

B.S. PHYSICS ALLEGHENY COLLEGE CLASS OF 2017

Major: Physics - Computational and theoretical Physics Minor: Economics - Business management and microeconomics GPA: 3.0

Skills & Abilities

● Advanced physics knowledge

● Software development experience

● Can program in C#, Java, Javascript, and Fortran

● Experience with GPU based supercomputing

● Programmed for multithreading

● Can assemble and disassemble computers

● Monte Carlo Markov Chain experience

● Video game programming experience

● Programmed visualization tools

Work Experience

JUNIOR ● Developed SOFTWARE software DEVELOPER for the web LOJIC and LLC windows JULY to allow 2017 manufacturers - MAY 2018 to gather and visualize data on

● ● their Updated Managed production, the and internal developed finances, purchase a system and request employee of providing system performance. of visual our parent work company. instructions to the workers and machinists of our parent company.

COMPREHENSIVE SENIOR PROJECT DR. RAHMAN (ALLEGHENY COLLEGE PHYSICS DEPT.) AUGUST 2016 ● ● - MAY Worked Determined 2017 to simulate rough temperature both the Ising values and for Potts an models intermediate using phase a Monte transition Carlo Markov within a chain particular simulation. version of the Potts Model

IT HELP ● ● ● Provided Handled Performed DESK TECHNICIAN the general maintenance installation help and ALLEGHENY of on advice computers students to students, and and COLLEGE staff audiovisual faculty, machines, IT DEPT. and equipment staff. such MAY as, to 2014 installing update – all APRIL new classrooms software, 2017 on the campus. removal of viruses, and installing new computer components. Assistant Researcher Dr. Lombardi (Dept. Chair, Allegheny College Physics Dept.) May 2016 - July 2016● Modified a hydrodynamics program known as ‘Starsmasher’ to try and eliminate discontinuities in

● energy Created conservation 3D virtual reality by dynamically visualizations decreasing of our stellar the time collision steps during simulations simulations. using Unity3D for viewing

● within Designed the and Oculus helped Rift. produce a ‘hologram’ pyramid to be used as a tool for visualising stellar collision simulations in a novel and new way.

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