eMACS Lab - Prospective Graduate Student Evaluation Form

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Please complete the questions to provide a sense of your skillset and interests for projects in the electro-Magneto-Active Composites and Structures Lab at the University of Maryland Baltimore County. I appreciate you using this form.

Email *

Your Name *

I currently live in the US *

Yes

Other:

Pick the ONE option that best applies to you for the current academic year. "I am a ... *

enrolled UMBC undergraduate student

enrolled UMBC graduate student seeking a terminal Masters degree in Mechanical Engineering

enrolled UMBC graduate student seeking a terminal Masters degree in Engineering Management

enrolled UMBC graduate student committed to obtaining a PhD degree

enrolled UMBC graduate student considering a PhD degree

student with / pursuing a graduate degree from a US institution.

student with / pursuing a graduate degree from a non-US institution.

Other:

GPA out of 100% *

Please mark your proficiency / skill level with each technology (scroll to see all skill options) *

Professional Level or Post-Graduate Level

Advanced User or Graduate School Level

Average User or Senior Undergraduate Knowledge

Beginner User or Early Undergraduate Level

Never Used or No Knowledge

Comsol Multiphysics

Other finite element software

Matlab

Python

g-code for 3D printingp

Solid Modeling and CAD

Labview

Material testing machines (tensile testing)

Mechatronics (ardiunos, servos, etc)

Please mark your knowledge in each academic area (scroll to see all knowledge options) *

Professional Level or Post-Graduate Level

Advanced User or Graduate School Level

Average User or Senior Undergraduate Knowledge

Beginner User or Early Undergraduate Level

Never Used or No Knowledge

Continuum Mechanics (matrix/tensor descriptions)

Solid Mechanics (advanced beam theory)

Numerical optimization techniques (gradient methods, genetic algorithms)

Machine learning algorithms and data science techniques

Classical Electromechanics

Constitutive modeling of polymers and rubbers

Engineering Mathematics (PDEs and Linear Algebra)

Professional Level or Post-Graduate Level

Advanced User or Graduate School Level

Average User or Senior Undergraduate Knowledge

Beginner User or Early Undergraduate Level

Never Used or No Knowledge

Continuum Mechanics (matrix/tensor descriptions)

Solid Mechanics (advanced beam theory)

Numerical optimization techniques (gradient methods, genetic algorithms)

Machine learning algorithms and data science techniques

Classical Electromechanics

Constitutive modeling of polymers and rubbers

Engineering Mathematics (PDEs and Linear Algebra)

Please mark your knowledge or experience in the following work / task areas (scroll to see all experience options) *

Professional Level or Post-Graduate Level

Advanced User or Graduate School Level

Average User or Senior Undergraduate Knowledge

Beginner User or Early Undergraduate Level

Never Used or No Knowledge

Use of 3D printers

3D printer hardware and trouble shooting

Physical "wet lab" experimentation

Medium scale software projects (example: scripting in python to call commercial software)

Fabrication and prototyping outside of 3D printing

Physical experimentation (measurements and manual data collection)

Professional Level or Post-Graduate Level

Advanced User or Graduate School Level

Average User or Senior Undergraduate Knowledge

Beginner User or Early Undergraduate Level

Never Used or No Knowledge

Use of 3D printers

3D printer hardware and trouble shooting

Physical "wet lab" experimentation

Medium scale software projects (example: scripting in python to call commercial software)

Fabrication and prototyping outside of 3D printing

Physical experimentation (measurements and manual data collection)

Working on projects that fit your interests is better for everyone. On the scale of 1-5, select your interest level and motivation to complete projects in each category (be honest - the MACS lab has them all) *

Strongly motivated / interested

Somewhat Motivated / interested

Nuetral

Less motivated / interested

Not Motivated / interested

Projects where I develop physical experiments or prototypes

Medium to large scale software projects where I link multiple software packages with a scripting language

Derivations of theory; application and solution of governing equations

What other skills do you have that you think would fit well within the eMACS lab?

Anything else you would like to add?

I am in need of a funding commitment to start my program at UMBC

Yes

Other:

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