Medical Training

Naser Shakery

Name Naser Shakery

Nationality Iranian

Birthday 22/2/1966

Marital status Married

Phone +982*********

Cell phone +98-912-*******

E-mail *********@*****.***

Addresse # 2, Golha blvd, Golestan-5, pasdaran ave,

Zip code 16696

Education

M.Sc : Medical Physics , Tehran Medical University,Tehran, Iran 1994 - 1998

B.Sc : Applied Physics (Solid State) , “Shahid Beheshti” University, Tehran, Iran 1985 - 1990

Language

English: Good in writing, reading and speaking (last MCHE test score: 62)

Persian: Mother Language

Computer skills

MATLAB, C/C++, Microsoft Office, SPM, ImageJ, SPSS , General acquaintance to Network concepts.

Jobs and activities

• 1998 – 2005: working as associate scientist in Rcstim in Imam Khomeini Hospital, affiliated to Tehran Medical University. Responsible of radiation Lab; and involving in research activities of B.S and M.s. in radiation lab, and teaching to radiology, medical physics, and medicine students in the following activities:

• Doing some spectroscopy experiments by radioisotope materials and Gamma detectors (NaI (Tl)) for radiology and medical physics students.

• Associating in designing and making an industrial ct-scan (first-generation) by NaI(Tl)

• Associating in designing and making an Thyroid uptake system by NaI(Tl) detectors; Patented in the name of Rcstim in Iran.

• Teaching the principal and technical methods in MRI to MS and Bs students

• Cooperating in many MRI projects as consultant (which were done by MRI system of Imam Khomeini Hospital, Picker 1.5 – T scanner) as follows:

• Brain mapping and tissue characterization (T1, and T2 mapping) of MS patients

• Designing and evaluating of 4 - kinds MRI phantoms which are using to do quality assurance and quality control in clinical centers (advised by AAPM)

• MRS protocol optimizing for H1 nucleus and shimming

• MRS application for differentiating Ischemia and infarct (project of a PhD student of medical physics- 1998-2000)

• Designing and optimizing clinical protocols for picker 1.5-T

• Evaluating of MRI role in BMD (Bone Mineral Densitometry)

• fMRI of human brain by gradient echo protocols (BOLD Contrast)

• Pulse sequence designing by Tab Generation program of Picker 1.5-T system.

2005 up to Now: Working full time basis in BNM medical company (www.bnmed.com) as Medical Radiation department supervisor until 2008 and also, as service manager from last Febuary Up to now. I have been working as service and marketing staff, and working on Imaging systems of Hitachi Co. (MRI, CT-Scan, and Ultrasound), and BrainLAB Co.(Navigation systems) and cardiovascular systems of Fukuda Co.(ECG, Monitoring, Echocardiography, sonography, defibrillator, and holter monitoring systems). I have passed many related training courses in BNM too.

My experience in BNM:

1. Associate in servicing MRI and CT-san imager of Hitachi (optimization of protocols, repairing and troubleshooting many MRI and Ct-scan systems, changing CT- tube).

2. Installation of 2- navigation systems of BrainLab on March 2008 (Tehran –Iran).

3. Presenter of systems in many national congress and exhibitions.

Professional training

• 1 week training on medical imaging systems training of GE Co. held in Tehran, Iran, 2003, on behalf of RCSTIM research center.

• 3 weeks field service engineering training on CT-scan systems of Hitachi medical Co. held in Kashiwa, Japan, 2005, on behalf of BNM medical company

• 1 week field service, and marketing training for Ultrasound systems of Hitachi medical Co. , held in Kashiwa Japan, 2005, on behalf of BNM medical company

• 1 week training on Navigation systems(IGS and IGRT, IGRS) of BrainLAB Co. held in Munich Germany, 2006, on behalf of BNM medical company

• 1 week training on Navigation systems(IGS and IGRT, IGRS) of BrainLAB Co. held in Munich Germany, 2007, on behalf of BNM medical company

• 1 week training on medical instrument of Fukuda Denshi Co. held in Kashiwa Japan, 2007, on behalf of BNM medical company

• 10 days training course on ISO concepts in medical importer company to achieve a certificate of technical supervisor

• Three days training for Introducing Nanotechnology improvements and the differences between their thermodynamic properties with normal sizes.

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