Report On TEQIP-III Sponsored, ISTE Approved and Entuple Pvt Ltd supported One week National Faculty Development Program

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1 Report On TEQIP-III Sponsored, ISTE Approved Entuple Pvt Ltd supported One week National Faculty Development Program Electromagnetics, Microwave, RF Antenna Design using Ansys HFSS Tool flow During 4th 9th June 2018 Convener: Dr.T.D.Pawar Technical Program Chair & Coordinator: Dr. J. M. Rathod Organizing Secretary: Prof. M. M. Solanki Coordinator: Prof.P.H.Panchal Organized by Electronics Engineering Dept. BVM Engineering College (An Autonomous CVM institution) Page 1 of 9

2 About CVM: Charutar Vidya Mal was established in the year 1945 by Shri Bhaikaka Shri Bhikabhai Saheb as a charitable trust with a prime objective of rural development through education to bring about the social awakening, social upliftment enrichment. Over the subsequent years, Dr. H M Patel (the first finance minister of India) consolidated the efforts put in by the founders. Various self-financed educational institutions started being established in the areas of Technology, Science Engineering, Commerce Management, offering emerging innovative courses programs. At present, CVM operates 48 educational Institutions with students on the rolls from 18 states 12 countries across the world under the dynamic chairman Shri Bhikhubhai Patel. About BVM: Seven decades ago, Shri Sardar Vallabhbhai Patel kindled a lamp of rural knowledge centre Vallabh Vidyanagar in Gujarat, today this centre is a Bodhigaya for over forty thous young scholars studying in thirty six disciplines affiliated to Sardar Patel University Gujarat Technological University. A branch sprigged out from this Bodhigaya tree for technical education as Birla Vishvakarma Mahavidyalaya (BVM) exactly 101 years after the technical education was initiated in India. Functioning under the umbrella of Charutar Vidya Mal (CVM), BVM is the first engineering college of Gujarat state established way back in BVM is the first Autonomous Engineering institute of Gujarat to obtain academic autonomy for all its UG & PG programs, from University Grant Commission (UGC).More than engineers have graduated from BVM College. It offers B.Tech M.Tech degree courses. The college is affiliated to the Gujarat Technological University. It is a matter of pride, that the Institute has successfully completed prestigious World Bank Assistance Project, TEQIP-II of INR 10 crores further has been awarded with TEQIP-III grant of INR 7 crores. Majority programs of BVM are awarded accreditation by NBA-AICTE.BVM is listed in top 200 Engineering institutes in NIRF ranking TEQIP III project BVM has been selected under as a mentor under sub-component Twinning Arrangements to Build Capacity Improve Performance of Participating Institutes. Page 2 of 9

3 The Departments of Electronics Engineering was established in 1984 at BVM. Dedicated faculty members, meritorious students, well equipped laboratories, skilled support staff, are major strengths of the department. Department Vision: Produce Innovative Globally accepted Electronics Engineers with core values Department Mission: Promote innovative practices to strengthen teaching learning process in Electronics engineering Develop faculty staff members to meet challenges in Electronics engineering Adapt engineering curricula to meet global requirements for Electronics engineering program Reform policies, systems processes at all levels. Imbibe core values. Objectives of the National Faculty Development Program: The participants will be able to: Explain the concepts of computational Electromagnetics. Illustrate the key elements of High frequency simulations. Design, simulate, optimize antennas for the given specification. Characterize measure the parameters of antenna using VNA with technical advancement impetus on quality education globalization, it is much required to enhance update the technical education through research development. Keeping in mind the above scenario, this National Faculty Development Program is in tune with the above objectives for the discipline of Computer, Electrical, Electronics related Dept. About Program: The program provided an immersive learning experience on the concepts of computational Electromagnetics runs through the design of filters, wave guides different types of Antennas using industry stard 3D electromagnetic simulation tools like HFSS. Page 3 of 9

4 HFSS is high frequency structure simulator it is high performance full wave electromagnetic field simulator 3D volumetric passive device modelling that takes advantages of familiar Microsoft Windows graphical user interface.it integrates simulation, visualization,solid modelling automaton in easy to learn environment. Typical uses 1. Package Modelling 2. PCB Board Modelling 3. EMC/EMI 4. Antenna Mobile Communications 5. Connectors 6. Waveguide 7. Filters Mathematical Method used in HFSS, a numerical technique called the finite element method. This is procedure where a structure is subdivided into many smaller subsection called finite element. The finite element used by HFSS are tetrahedral entire collection of tetrahedral is called mesh. Solution is found for the fields within the finite element these fields are interrelated so that Maxwell's equations are satisfied across inter element yielding a field solution for the entire original structure. Once the field solution has found the s matrix solution is determined. HFSS is full wave 3D electromagnetic high frequency structure simulator. HFSS is based on frequency domain FEM (finite element method) simulation technology. HFSS integrates solid modeling, simulation visualization in a common environment. It divide complete structure in tetrahedral mesh then boundary conditions are applied. Maxwell equation inside structure is solved using finite element method. On first day Introduction to Computational Electromagnetics & HFSS Introduction + High Frequency Simulation Analysis basics explored by & Boundary conditions excitations was thoroughly explained by. Second day Fundamentals of Waveguides, Modes-TE, TM TEM + Design, Simulation a Rectangular Waveguide was taught by & Design, Simulation a Rectangular Waveguide + B pass filter / Eigen mode Coaxial resonator filter using HFSS explored by. Third day SAR Analysis using HFSS + SAR Analysis using HFSS was taught by,whereas Design, Simulation + Page 4 of 9

5 a Horn fed Reflector Antenna explored by Fourth day Getting started with Designer + Designer RF HFSS dynamic linking &Impedance matching of an antenna: - 1 was hled by. Fifth day High performance test measurement in RF, Microwave applications -an overview: 1 was delivered by Er.Anoop Sagar-Anritshu-Noida Antenna characterization analysis using VNA Demo session: 1 Er.Jaydeep Parmar Optimized Solution Pvt Ltd + Teaching aids tips for RF area based subjects in UG PG levels was delivered by Dr.J.M.Rathod. Sixth day speech delivered on Antenna based on Meta Material by Dr.Trushit Upadhyay, Head-EC-Charusat. Program Schedule: DAY SESSION-I SESSION-II SESSION-III SESSION-IV /6/18 Introduction to Computational Electromagnetics HFSS Introduction: High Frequency Simulation Analysis basics Boundary conditions excitations Design, Simulation, optimization a patch Antenna. 5/6/18 Fundamentals of Waveguides, Modes-TE, TM Tea TEM 9:30-10:00 Engineer- Entuple Design, Simulation a Rectangular Waveguide Lunch 1 to 2 Design, Simulation a Rectangular Waveguide Tea 15:30-15:45 B pass filter / Eigen mode Coaxial resonator filter using HFSS 6/6/18 SAR Analysis using HFSS Engineer- Entuple Design, Simulation a Horn fed Reflector Antenna SAR Analysis using HFSS Design, Simulation a Horn fed Reflector Antenna Page 5 of 9

6 7/6/18 Getting started with Designer Engineer- Entuple Designer RF HFSS dynamic linking &Impedance matching of an antenna:- 1 Designer RF HFSS dynamic linking &Impedance matching of an antenna: 2 Designer RF HFSS dynamic linking &Impedance matching of an antenna: 3 8/6/18 High Designer RF HFSS performance test measurement in RF, Microwave applications -an overview: 1 Er.Anoop Sagar- Antenna characterization analysis using VNA Demo session: 1 Er.Jaydeep Parmar Optimized Solution Pvt Ltd dynamic linking &Impedance matching of an antenna:- 4 Teaching aids tips for RF area based subjects in UG PG levels. Dr.J.M.Rathod Anritshu 9/6/18 Antenna based on Meta Materials: 1 Dr.Trushit Upadhyay, Head- EC-Charusat (10:-11 am) Antenna based on Meta Materials: 2 Dr.Trushit Upadhyay, Head- EC-Charusat ( 11:00-12 am) Valedictory Function Five Speakers delivered expert talks on practical implementation of antenna design using HFSS. Hs on experiments were provided using HFSS. Different types of antennas, filter designing applications were demonstrated using HFSS. Experts from Entuple Technologies Er. Kush Parikh Er. Kaviarashu have shown the designing flow of different types of antennas filter. Antenna testing demonstration has been done by Er. Anoop Sagar (Anritsu Pvt. Ltd) Er. Jaydeep Parmar (Optimum Solution). Vector Network Analyzer its Applications have been shown to participants by Dr. J. M. Rathod. Uses of metamaterial in antenna field was covered by Dr. Trushit Upadhyay. 31 participants were attended this FDP. Page 6 of 9

7 Glimpse of the FDP: Group Photo of Participants with Principal others Dr.Indrajit Patel is felicitating Er.Kaviarshu Er. Kush Parih, Entuple Pvt Ltd. For their service as an Expert to out FDP. Page 7 of 9

8 Participants were engaged in hs-on. Er.Anoop Sagar-Anritshu & Kaviarshu, Entuple are honored by Dr.T.D.Pawar Technical discussion participants hs on training is going on. Page 8 of 9

9 Expert talk discussion given by Dr.J.M.Rathod Photograph of Valedictory Function was held on 9/6/2018 *************************** Page 9 of 9

REPORT ON. National Workshop on Antenna Modeling using HFSS and its Applications (AMHA-2012)

REPORT ON. National Workshop on Antenna Modeling using HFSS and its Applications (AMHA-2012) REPORT ON National Workshop on Antenna Modeling using HFSS and its Applications (AMHA-2012) Introduction: The Department of Electronics & Communication Engineering of Narula Institute of Technology under