Mark Bouwens Email and Phone Number

•Instruct college level physics lecture and lab courses.

•Instructed college level physics lecture and lab, and math courses.•Developed curriculum for all physics courses, Linear Algebra, and Differential Equations.•Designed and implemented university caliber physics lab experiments.•Developed and maintained physics department budget.•Ordered, maintained, and repaired physics lab equipment.•Identified, recommended, and implemented institutional changes to grow the engineer, physics, and math programs by 400% in 4 years.•Increased enrollment to a level to justify hiring of a full-time engineer professor.•Initiated the physics cluster project. Collected funds for, designed, and built a 33.5 TFLOPS, 320 GB RAM, hybrid computational cluster and 180 TB storage cluster on a 56 Gb infiniband network.•Planned an undergraduate physics research program centered around many-body simulations to be performed on the physics cluster.•Assisted in developing ideas and written material related to the undergraduate research program (Title III STEM grant proposal) and was selected as the Principle Investigator.•Initiated, developed, and implemented two-year physics, engineer (3 tracks), and math curriculum.•Initiated and performed the redesign of the physics lab (2011).•Consulted with administration, professors, and architects regarding the redesign of the Math/Science Bldg and redesigned the physics lab for a renovation project (2015).•Initiated, developed, and maintained the Division of Math, Physics, and Engineering website.•Initiated a high school outreach program consisting of a 3 member team to provide a presentation of math, physics, and engineer programs and a 7 member team to provide a presentation of STEM programs.•Coordinated with campus resources, local universities, and local corporations to provide internships and scholarships to physics and engineer students.•Initiated, setup, and maintained online study lounge forum and voice communication servers for students.

•Instructed college level and college preparatory math courses.•Tutored college preparatory math and college level physics and math students.

•Conducted thin film deposition Monte Carlo simulations to study epitaxial structures (dissertation - publication sited below).----Developed and optimized a C program simulation of N-body (many-body) 2D (25.3 million atoms) and 3D (3.4 billion atoms) thin film crystal growths.----Performed large data set statistical analysis of thin film crystal growths.----Identified and analyzed 14 distinct thin film crystal growths and explained their growth mechanisms.•Completed graduate course projects related to simulations and statistical analysis (listed below).•Instructed college level physics lab, math, and math lab courses.•Tutored college level physics and math students.•Maintained Blackboard for math courses.

•Performed routine and reactive inspections, as an individual and a team (participated and lead), of x-ray machine and radioactive material user facilities to determine compliance with department rules and regulations to protect the public and environment.•Performed radiation emergency response duties: assessed hazards and took appropriate actions to minimize radiation exposure to the public, environment, and radiation workers.•Performed environmental radiation sampling and analysis.•Participated in nuclear power plant emergency response training.

•Researched graphics engine technology.•Researched new advanced algorithm for a 3D virtual reality terrain graphics engine to run on a VGA processor.•Developed and optimized a VGA 640x480 resolution 3D virtual reality terrain graphics engine capable of 130+ fps (For fps testing, I did not sync to the refresh rate of the VGA processor).•Worked with partner to develop new terrain coding format.•Coordinated the implementation of the graphics engine with my partner who created a new terrain generating engine.

•Performed routine and reactive inspections, as an individual and a team (participated and lead), of radioactive material user facilities to evaluate safety of licensee operations and licensee compliance with regulatory requirements to protect the health and safety of the public and environment.•Performed radiation surveys and sampling of licensee facilities, as an individual and a team (participated and lead), to determine compliance with guidance for the release of facilities for unrestricted use.•Reviewed license applications and requests for NRC action to identify deficiencies in proposed safety programs.•Project Manager of three Site Decommissioning Management Plan task force sites. Reviewed license applications and performed inspections, as an individual and a team (participated and lead), of licensee operations related to the characterization and remediation of facilities. The largest facility underwent a six year $120 million remediation project.•Calculate 500 yr dose estimates of facilities undergoing remediation for release for unrestricted use.•Completed 14 weeks of Health Physics training and 5 weeks of regulatory training.•Participated in nuclear power plant emergency response training.•Developed training curriculum for Health Physics Inspectors.•Developed, implemented, and maintained documentation and database tracking system for review of terminated licenses and follow-up actions.•Developed Hotel and Restaurant database and locator, using MS Access and Netscape.•Held Q-level (Top Secret) security clearance.

•Developed and operated software designed to complete an auto-correlation function analysis of the fractal dimension of digitized pictures of sputter-deposited YBaCuO thin film clusters at different growth stages (publication sited below).•Instructed college level physics lab courses.•Setup and operated lab designed to study cold fusion.