Mechanical Engineering Developer

AMIN ARAMOON

**** ******** ***, ******

Baltimore, MD, 21211

443-***-**** LinkedIn

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

SUMMARY

Ph.D. in Mechanical engineering with years of experience in programming, specialized in design and implementation of high performance computing algorithm for MPI, and CUDA applications. Proven track record of productive scientific research. Extensive experience in solving multi-physics problem using variety of numerical techniques. demonstrated leadership strengths and proven ability to manage multiple responsibilities in a fast-paced environment with critical deadlines. Works efficiently in international teams, Works well independently as well as collaboratively in a team setting.

SKILLS

Programming:

Professional programmer in C++, Java, Python, and C#

Professional HPC algorithm designer in MPI, OpenMP, and CUDA

Experienced in Hadoop, MATLAB, FORTRAN

Relevant grad. level courses: Parallel programming, GPU programming, Data mining, database systems, etc.

Expert in numerical simulations of physics-based equation (Soft-Mater, Solids, Fluids, MD modeling) [demo]

Expert in material modeling and characterization using numerical techniques such as MD, FEM, CFD, etc.

RESEARCH AND WORK EXPERIENCE

Research Assistant Johns Hopkins university, Baltimore, MD

2012- Present

Development of two HPC open-source libraries for LAMMPS in collaboration with Air Force Research Lab at Dayton, OH.

Characterization of thermal and mechanical properties of aerospace composite materials.

Designed and implemented highly parallel algorithms in CUDA, and MPI and achieved speed-up of 80 times over commercially used algorithms.

Research Assistant Sharif university of technology, Tehran, Iran

2009- 2011

Developed a novel mathematical method, and implemented an HPC computational algorithm for bridging the length scale between molecular dynamics and continuum simulations

This model provides a tool for bridging the length scales without introducing artificial effects at the hand-shake region

Successfully used to model crack and wave propagation in single crystalline metals.

Researcher and Scientific Developer Giti-Pasand Corp. Tehran, Iran

2010- 2012

Research and implementation of highly parallel algorithms for solving PDE equations using GPU.

Slashed the complexity of solution algorithm from O(n3) to O(n.log(n))

Dramatic reduction of memory consumption using aggressive memory management algorithms

Scientific Developer Third-party Contractor

2011

Numerical simulation and development of a software of Steadicams used for by cameramen at sport venues. [demo]

Mobile App developer Main developer of Nine mobile app for UWP.

2015-Present

This app is a smart mail client app currently submitted to the store for alpha testing phase. I have used data mining techniques to classify emails into multiple categories for ease of exploration. The app targets over 300 mil users using Windows 10. [demo]

Volunteer Mentor for SABES Arlington Elementary school, Baltimore, MD

2014-Present

Volunteer science mentor for after-school outreach program in poorly funded schools in Baltimore city

EDUCATION

Ph.D. in Mechanical Engineering

Johns Hopkins university, Baltimore, MD 2012- Aug 2016 (Expected)

Thesis: Development of a coarse-grained MD model for characterization of composite materials

MS in Mechanical Engineering

Johns Hopkins university, Baltimore, MD 2012- 2014

GPA 3.98, Out of curriculum courses such as parallel programming, GPU programming, data mining, database systems.

MS in Structural Engineering

Sharif university of technology, Iran, Tehran 2009- 2011

GPA 3.96, ranked 1st among graduate students, Thesis: developing a bridging scale method for single crystalline materials

BS in Civil Engineering

Sharif university of technology, Iran, Tehran 2005- 2009

GPA 3.87, ranked 2nd among all the undergraduate students

AWARDS

Winner of the best poster at MMT conference

2014

Ranked 2nd among undergrad students in Sharif university of technology

2009

Ranked 1st among graduate students in Sharif university of technology

2011

Ranked 157th among 600,000 students in national university entrance exam

2005

Winner of the student of the year (given to top 10 students with highest GPA)

2005-2009

Winner of the TA of the year award

2011

TEACHING EXPERIENCE

TA for Mechanics of Solids and Material

Johns Hopkins university, 2013-2015

TA for FEM I, FEM II and advanced FEM courses

Sharif university of technology, 2010-2012

Lecturer of Adv. Num. Methods for Engineers

Sharif university of technology, 2011-2012

TA for Intermediate programming (CS course)

Sharif university of technology, 2008

PUBLICATIONS

A coarse-grained molecular dynamics simulation of the curing and properties of highly cross-linked epoxy polymers, In Revision, J. Phys. Chem. B (2016)

A concurrent multi-scale technique in modelling heterogeneous FCC nano–crystalline structures, Mech. of Mat., 83, (2015)

A temperature-related Cauchy-Born for multiscale modeling of silicon nano-structures, Phy. Let. A, 378, (2014)

A coupling atomistic–continuum approach for modeling behavior of nano-crystalline structures, Com. Mech, 54, (2014)

A concurrent multi-scale approach of atomistic-continuum coupling for modelling mechanical behavior of nano-crystalline structures, Com. Mech. Jour,79, (2013)

Multi-scale modeling of edge effect on gap offset in polygonal cross-section Si nanowires, Comp. Mech. Jour., 79, (2013)

A multi-scale modeling of surface effect via the modified boundary Cauchy-Born model, Mat. Sci. Eng. C, 32, (2012)

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