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Photo-Joodaki

Prof. Dr.-Ing. Mojtaba Joodaki

Modern Electromagnetics and Nanoelectronic Devices (MEND)
School of Computer Science & Engineering
Constructor University Bremen gGmbH, Campus Ring 1, 28759 Bremen, Germany
Phone number
+49 421 200-3215
Fax number
+49 421 200-3103
Email Address
mjoodaki@constructor.university
Office
Research I, Room 62
Research Interests

Nanoelectronics is a major technology boomer in the 21st Century, with many current applications and enormous potential to alter humanity’s future in areas such as electron - ics, computers, information technology, aerospace defense, and consumer goods. Our research interests lie at the interface of high-frequency engineering and nanoelectronic devices and materials. We focus on developing devices, circuits and systems for memo - ries, sensors, energy harvesting and communication applications.

Selected Publications

Design and fabrication of a 2D-isotropic flexible ultra-thin metasurface for ambient electromagnetic energy harvesting

A Ghaneizadeh, K Mafinezhad, M Joodaki

AIP Advances 9 (2)

Two-dimensional displacement sensor based on CPW line loaded by defected ground structure with two separated transmission zeroes

M Rezaee, M Joodaki

IEEE Sensors Journal 17 (4), 994-999

Shielding effectiveness estimation of a metallic enclosure with an aperture using S-parameter analysis: analytic validation and experiment

A Shourvarzi, M Joodaki

IEEE Transactions on electromagnetic compatibility 59 (2), 537-540

Coplanar waveguide (CPW) loaded with an electromagnetic bandgap (EBG) structure: Modeling and application to displacement sensor

M Joodaki, M Rezaee

IEEE Sensors Journal 16 (9), 3034-3040

Selected advances in nanoelectronic devices: logic, memory and RF

M Joodaki

Springer Science & Business Media

Analysis, design, and implementation of a new extremely ultrathin 2-D-isotropic flexible energy harvester using symmetric patch FSS

A Ghaneizadeh, M Joodaki, J Börcsök, A Golmakani, K Mafinezhad

IEEE Transactions on Microwave Theory and Techniques 68 (6), 2108-2115

Method for producing a conductor path on a substrate, and a component having a conductor path fabricated in accordance with such a method

M Joodaki

US Patent 7,705,420

UV and IR cut-off filters based on plasmonic crossed-shaped nano-antennas for solar cell applications

V Khoshdel, M Joodaki, M Shokooh-Saremi

Optics Communications 433, 275-282

Systematic design of hybrid high power microwave amplifiers using large gate periphery GaN HEMTs

M Forouzanfar, M Joodaki

AEU-International Journal of Electronics and Communications 84, 225-233

Method for producing a coplanar waveguide system on a substrate, and a component for the transmission of electromagnetic waves fabricated in accordance with such a method

M Joodaki

US Patent 7,307,497

Probe-induced resistive switching memory based on organic-inorganic lead halide perovskite materials

A Shaban, M Joodaki, S Mehregan, IW Rangelow

Organic Electronics 69, 106-113

Method for producing a spiral inductance on a substrate, and a device fabricated according to such a method

M Joodaki

US Patent 7,053,747

Using aperture impedance for shielding effectiveness estimation of a metallic enclosure with multiple apertures on different walls considering higher order modes

A Shourvarzi, M Joodaki

IEEE Transactions on electromagnetic compatibility 60 (3), 629-637

Thermal analysis of microwave GaN‐HEMTs in conventional and flip‐chip assemblies

R Feghhi, M Joodaki

International Journal of RF and Microwave Computer‐Aided Engineering 28 (8 …

Uprising nano memories: Latest advances in monolithic three dimensional (3D) integrated Flash memories

M Joodaki

Microelectronic Engineering 164, 75-87

A new compact dual-band perfect absorption ultrathin planar metasurface energy harvester in X-and V-bands with a wide incident angle

A Ghaneizadeh, K Mafinezhad, M Joodaki

AIP Advances 10 (8)

Realization of a broadband hybrid X-band power amplifier based on fT-doubler technique

R Feghhi, M Joodaki

AEU-International Journal of Electronics and Communications 104, 119-127

Investigation of the tensile strain influence on flicker noise of organic solar cells under dark condition

M Joodaki, M Salari

Organic Electronics 59, 230-235

Small-signal characterization of SiGe-HBT fT-doubler up to 120 GHz

M Joodaki

IEEE Transactions on Electron Devices 52 (9), 2108-2111

An enhanced quasi-monolithic integration technology for microwave and millimeter wave applications

M Joodaki, G Kompa, H Hillmer

IEEE transactions on advanced packaging 26 (4), 402-409

 

University Education

University of Kassel

Doctor of Philosophy (PhD), Electrical and Electronics Engineering

1999 - 2002

Quasi-Monolithic Integration Technology for Microwave and mm-Wave Applications

Work Experience

Professor at Ferdowsi University of Mashhad

Device Engineer at Qimonda Dresden GmbH & Co. OHG i.IN.

Development Engineer at Infineon Technology

Device Engineer at ATMEL Germany GmbH