Advanced Research & Technology Center

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Ania Investment And Trading Company

Our Science and Technology Department was established in 2013 and started its activities under the name “Microwave Technology Research Group” with analysis, design and manufacturing in the field of Electronic, Telecommunication, Mechanical and Environmental Sciences. With expert teams and up-to-date knowledge, this company leads the edge of technology. Our mission is to build, develop and use technology in order to improve performance, energy efficiency, security, and well-being to create the most added value deduced from knowledge and years of experience. According to the comprehensive and complete memorandum that “Ania Investmnet And Trading Company” has signed with “Microwave Technology Research Group”, it continues its activities under the supervision and financing of this company and as one of the departments.

Our Professional Team

Telecommunication Team

Sattar Samadi, Field Communication, PhD
Amin Hasanzadeh, Field Communication, PhD
Nafiseh Radkani, Field Communication, PhD
Mohammad Haghpanah, Field Communication, MSc
Hossein Amininasab, Field Communication, MSc

Electronic and Computer Science Team

Dariush Zakeri, Electronic & Computer Engineer, MSc
Khalil Jafarzadeh, Electronic Engineer, MSc
Rashid Behdarvand, Electronic Engineer, MSc
Neda Pirhadi, Computer Engineer, MSc
Masoud Ghasemzadeh, Electronic Engineer, BSc

Chemical and Environmental Engineering Team

Seyyed Javad Mousavi, Chemical Engineer, PhD
Ebrahim Sadeghi, Chemical Engineer, PhD
Sara Nanva Kenari, Chemical Engineer, PhD
Seyyed Mohammad Hosseini, Environmental Engineering, PhD
Ali Kazemi, Chemical Engineer, MSc
Vahid Moghimifar Chemical Engineer, MSc

Mechanical Engineering Team

Related experiences

Basic and Advanced
Electromagnetics
Communication Systems
Radars Systems and Signal Analysis
Antennas, Microwave, and Active Circuits
Radio and Cellular Monitoring
Digital and Analog Electronics
Robotics, Automation, Control Systems
Data Acquisition
Artificial Intelligence and Machine Learning
Mechanical Design and Machinery

Professional done projects

Electronic & Telecommunication Technology

Multibeam Scanning Programmable Metasurface Using Miniaturized Unit-cells for 5G Applications, 2022.
Efficient Design and Implementation of a Electrically Small Antenna with a Bandwidth of 1.6 to 30MHz, 2019.
Design and Simulation of Secure Datalink for Submarines, 2018.
Access to the Technical Knowledge of Navigation of Subsurface Systems Based on the Effect of the Earth's Gravity, 2015.
Design and Construction of Acoustic Data Acquisition System of Surface Vessels, 2015.
Design, Simulation, and Construction of 1/80 Stealth Vessels Model, 2015.
Pilot Floating Field Test to Extract IR Thermal ID, 2014.
Achieving Technical Knowledge and Designing and Simulating Surface Vessels with Minimal Radar Cross Section and Infrared Radiation, 2012.
Calibration of Phased Array Radars, 2011.

Manufactured Subsystems

Ka-band Image Rejection Mixer with improved suppression and Bandwidth.
X band 4-stage, 40 Watt (46dBm) Pulsed mode SSPA at 8-8.5 GHz with fast drain switching technique.
C-band 3-stage, 35-Watt (45.5dBm) CW SSPA at 7.7-7.8 GHz with a low loss built-in Microstrip to Waveguide transition at the output.
Class AB, 450-Watt peak power Pulsed mode SSPAs for DVB-T Application with Gate Switching Technique.
High Power 8-Way Radial Power Combiner in L band Frequency with Average Insertion Loss less than 0.3 dB.
High Power 8-Way Radial Power Combiner in UHF Frequency with Average Insertion Loss Less than 0.3 dB.
Bias Circuit for 50V GaN Microwave Power Transistor with a Built-in Sequencer, Gate Switching, Over Voltage, and Current Protection.
Solid State Power Amplifier Using High Power Microwave Discrete BJT, LDMOS, GaAs FET, GaN, MMIC Amplifier. (CW& Pulse Mode).

Environmental Science

Dry Digester Garage type for Conversion of Organic Fraction of Municipal Solid Waste (OFMSW) to Energy.
Food Waste Disposal Microwave Dryer, 2021.
Nano Co-Polymer Absorbent Socks.
In-vessel composting plant convert OFMSW to compost.
Wastewater Treatment Plant for various industries: Dairy Process, Meat Process, Poultry Slaughterhouse, MDF Production Factories, Hospital and Sanitary Waste Water (Residential Area).

Mechanical Design and Machinery

Microfluidic chips with a precision equal to 1 micron for separation are utilized in medical applications for illness recognition.
Stereolithography for industrial and medical molds production.
Artificial Prothesis with a new, time-efficient, and accurate method for both industrial and medical applications

Novel Products

Efficient Design and Implementation of a Electrically Smallest HF Antenna (Electrically Small Antenna at 1.6 to 30MHz)

HF small antennas are widely used in military, mobile, radar, Emergencg Communications and more importantly marine applications. It is worth noticing that our lightweight product with the smallest size (1.33 meters in length) was designed with inexpensive materials and is easily implementable.

Design and Construction of Tremor Assessment Device

Tremor is an impairing symptom associated with several neurological diseases. Some of such diseases are neurodegenerative, and tremor characterization may be of help in the differential diagnosis. New non-invasive, portable, and wearable devices have been recently proposed for a better characterization of tremors. Such devices have proven to be useful for monitoring the efficacy of therapies or even aiding in the differential diagnosis.

Food Waste Disposal Microwave Dryer

The most harmful waste to the environment is wet waste, which is very expensive to remove and has many side effects. According the fact that a significant amount of waste is produced daily, it is possible to process them and ultimately prevent the wastage of capital and damage to the environment. Our Product significantly reduces the processing time using microwave technology, and finally, the output dried waste can be used as fertilizer in the agricultural or horticultural industry, or as an animal feed with additional processes.

Dry Digestor Garage type for OFMSW to Energy

Dry Digestor is a product for the conversion of OFMSW to biogas and digested compound. Based on our pilot study results, each ton of OFMSW with 10 percent impurities could produce 70 -80 cubic meters of biogas. At this moment, we are able to design and construct of small capacity digestor and we need financial support to develop our capacity.

Nano Co-Polymer Absorbent Socks

Nano Co-Polymer Absorbent Socks are specially designed absorbents, which can be used as barriers during a spill, retaining their strength even when they are wet. They can be placed easily around the bottom of machines or into gaps and runners to absorb or catch leaks.

Microfluidic Chips

Microfluidics is both the science that studies the behavior of fluids through micro-channels, and the technology of manufacturing microminiaturized devices containing chambers and tunnels through which fluids flow or are confined. Microfluidics provides efficient tools for multiple research areas, and more specifically for biological analysis: whole biological process integrated and simplified for the end-users, high-throughput, multiplexed and highly paralleled assays, faster analyses due to the shorter reactions and/or separation times, portable devices for point-of-care applications, low reagent consumptions, global cost reduction per analysis, accurate measurement, microfluidics allowing to increase the measurement resolution in given applications.

Stereolithography

Our Team uses this method to print high-precision industrial mold and more importantly some medical molds such as teeth molds. Stereolithography or SLA is an industrial 3D printing process used to create concept models, cosmetic prototypes, and complex parts with intricate geometries. A wide selection of materials, extremely high feature resolutions, and quality surface finishes are possible with SLA.