Design Manager, Engineer, Project Engineering, Management, Physics

Bryan E. Greenly

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

CAREER SUMMARY: EXPERIENCED DESIGN ENGINEER, MANAGER AND PHYSICS LAB

INSTRUCTOR

Applying Sound Scientific and Design Principles with Critical Problem Solving Strategies in Developing

Physical and Engineering Solutions

University physics laboratory instructor for General Physics labs, teaching students from science and engineering

majors proper experimental procedures and physical principles.

Effective and committed leader with 15 years of experience in creating custom-engineered structural systems for

residential and commercial applications.

PROFESSIONAL EXPERIENCE:

Florida Institute of Technology – Melbourne, FL August 2012 – May 2013

Nationally recognized top-tier University

PHYSICS LAB II INSTRUCTOR

Teach science and engineering undergraduates the fundamentals of experimental physics by introducing

them to optics, electric circuits and their components, electromagnetism, and sound.

• Develop instructive lectures and grading rubrics for each experimental unit.

• Instruct students in proper laboratory safety procedures and use of experimental equipment.

• Provide guidance in learning and implementing scientific concepts.

• Stress critical thinking and relationships between mathematics and physical phenomena.

• Evaluate student performance and progress through grading of weekly lab reports, pre-lab exercises, and

final examination.

Component Concepts, Inc – Easton, MD 2000 to 2008

Innovative, Solutions-based Design for Engineered Wood and Steel Structural Systems

MANAGER, DESIGN DEPARTMENT

Employed sound, innovative design strategies and personnel management expertise. Improved work flow,

job tracking, and profitability by implementing standardized and systematic office protocols.

• Displayed strong leadership and interpersonal skills with subordinates, customers, and management.

• Assessed technical requirements and specifications to insure correct project design.

• Designed structural systems including metal plate connected wood trusses, pre-fabricated wall panels,

engineered wood products, steel columns, and beams.

• Recommended project modifications for cost savings and design efficiency.

• Assured integration of structural systems with other trades within each project.

• Conducted field visits to ensure correct fit and guide installation of structural components.

• Hired, trained, and supervised junior design staff.

• Communicated directly with customers, tradesmen, architects, and engineers throughout design process.

• Proficient with MiTek 20/20 Enginneering, eFrame Layout, and Microsoft Office programs.

Adams Building Materials, Inc. – Winter Haven, FL 1996 to 2000

Regional supplier of custom engineered wood trusses, engineered wood products, and construction supplies

DESIGNER/ESTIMATING SUPERVISOR

Trained new designers/estimators for continued growth of company design capabilities. Stressed

implementation of proper costing, pricing, and design strategies to insure efficiency and profitability.

• Designed systems of metal plate connected wood trusses, light-gauge steel trusses, and engineered wood

products.

• Supervised costing and pricing of truss and engineered wood product jobs.

• Facilitated transition of estimating concepts and procedures to Adams Building Materials, Inc. design

department after purchase of previous employer’s company (McGinnis Industries, Inc.)

Internships and Research in Higher Education

Accepted three internships with NASA centers from 2009 to 2012:

NASA Johnson Space Center, EV3 Human Interface Branch May to August 2012

Systems engineering for human spaceflight

• Investigated state of 3D scanning technology (primarily Microsoft Kinect) and software for potential use

in crew health monitoring during deep space missions.

• Constructed a Deep Space Habitat mockup as a test bed for various audio, video, and computer

technology to be evaluated for use by astronauts during extended deep space missions, possibly in a

station located at L2 point.

NASA Langley Research Center, Nondestructive Evaluation Sciences Branch June to December 2009

Advanced wireless sensor research for aerospace vehicle safety

• Created a LabVIEW Virtual Instrument (VI) to automate data collection and processing for

investigations into viability of Surface Acoustic Wave (SAW) devices as wireless strain sensors.

• Enabled remote setup and control of Agilent network/spectrum/impedance analyzer for improved

efficiency and accuracy in experimental testing.

• Coordinated project with engineers conducting parallel evaluations of strain gauge and fiber optic strain

sensing systems.

Delaware State University Physics Research Laboratories 2009 to 2012

NASA funded program related to atomic clock development

• Conducted research into resonant magneto-optical rotation (MOR) in rubidium vapor.

• Designed and coordinated fabrication of test articles used in MOR research.

• Created MATLAB code for theoretical modeling and processing of MOR experimental data.

NSF funded program for early cancer detection

• Prepared chemical samples and collected experimental data for investigation of matrix effects in carbon

and iron mixtures subjected to Laser Induced Breakdown Spectroscopy (LIBS).

EDUCATION

BS, Physics, Delaware State University, 2012 GPA: 3.66/4.0

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