Device Studio


Device Studio (DS)

Device Studio (DS) is an integrated environment with a graphical user interface (GUI) platform for simulating, designing and modeling materials and Devices. Besides having the commonly available functionality for modeling molecules crystal structure and materials at the atomistic level, DS has a powerful built-in functionalities for easy creation of nano-devices from nanostructures and components. Hence, it has been found useful for researchers working in the field of material science, chemistry, nanotechnology, Nano-engineering, condense matter and device physics.

Being developed by HZWTECH, a company that is specialized in materials design and device simulation and powered by leading scientists and research teams from varies institution, DS can create input file for many software such as VASP, Gaussian, NWChem, PWMAT, LAMMPS, Materials Studio, Nanodcal, MOMAP, RESCU and STEMS. In addition, it can seamlessly integrate with and manage, visualize and analyze result from the other HZWTECH’s software.

In addition, DS has a built-in material database that consists of more than 500 kinds of materials. This allows users to build the desire structure or device conveniently. The numbers of available materials in the database are updating continuously. Possible open quantum systems (as it is the case for nanodevice) includes LR, LCR, BT, BCT, FB, FCB structure can be created easily. Futhermore, using the GUI, buffer layer thickness can also be adjusted quickly. Depending on the requirement, users can submit the input files to Nanodcal, MOMAP and RESCU software at a local host or remote servers. Finally, users can monitor the computation schedule and visualize and analyses the result. It is available on Windows and Linux platform.

Input file

hzw、cif、xyz、xsd、POSCAR、gjf and some py format.

output file

hzw、xyz、png format


With DS, you don’t want to miss :

a) High quality visualization of the physical system and phenomena
b) Visualization of the data and data analysis (make data understandable and presentable)
c) Handy one-click construction and modelling of your nano-device, crystal structure, molecules (shorten your time and effort)
d) All-in-one integrated platform for many software, including Nanodcal, MOMAP, RESCU, Nanoskif、Nanoskim、STEMS (reduce learning cycle for each software and be productive)
e) Continuously updating Material and Device Structure Database compromises of common and novel materials
f) Remote management and job


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