2025 IEEE Wireless, Antenna & Microwave Symposium
WAMS 2025
June 5-8, 2025
Organized by
Indian Institute of Information Technology, Design and Manufacturing
Kancheepuram, Chennai
Kancheepuram, Chennai
2025 IEEE Wireless, Antenna & Microwave Symposium
WAMS 2025
June 5-8, 2025
Organized by
Indian Institute of Information Technology, Design and Manufacturing
Kancheepuram, Chennai
Kancheepuram, Chennai
SHOWCASE YOUR INNOVATION AND COMPETE WITH THE BEST AT THE WAMS PROJECT CONTEST ---- WHERE IDEAS MEET EXCELLENCE.
Round 1:
- Register for the contest through the provided link.
- Submit your one-page summary/abstract which includes the project’s objectives, methodology and expected outcomes on the provided theme.
Round 2:
- The shortlisted team should present their work within 10 (8+2) minutes. (Strictly limited to 15 slides).
- *Note: Shortlisted teams from round 1 will have to register for the conference to present their work.
PARTICIPATION RULES
- Each college can send up to 2 teams.
- Each team must consist of 3 members and be mentored by a professor from their college.
- Undergraduate students are only allowed to apply.
- Work should be related to the theme provided.
| PROBLEM STATEMENTS |
- Design a Wi-Fi network for a university campus having 1000 students, 300 faculty and staff, and an estimated 4000 devices during peak usage hours, ensuring coverage and capacity requirements as follows:
- Capacity: Support 1,500 simultaneous connections in high-density areas such as lecture halls, cafeterias, and auditoriums, with a minimum throughput of 5 Mbps per user.
- Coverage: Ensure 90% indoor coverage across key areas such as classrooms, labs, auditoriums, libraries, and offices.
- Design a wireless channel model for an urban environment and include the following:
- Sampling rate – Assume a system bandwidth of 20 MHz
- Path delays – Include 6 multipath components to represent reflections and scatterings in an urban environment
- Average Path gains
- Maximum Doppler Shift-Provide models for both high-mobility (e.g., vehicles) and low-mobility
3. Design a triple band/quad-band microstrip/SIW antenna for Sub 6GHz frequency with the following specifications
- Gain 6dBi or more at all the bands.
- Front to Back ratio more than 18dB
- Return loss better than 15dB at all the resonance frequencies.
- Each resonance frequency bandwidth > 200MHz.
4. Design a SIW based Bandpass filter for C/X band radars
- |S11| better than 20dB
- Insertion loss less than 1dB
- Compact size
- Filter roll-off rate to be greater than 50dB/octave
5. Design a triple/quad-band equal split 1:2 power divider for C/X band frequency
- Return loss should be better than 20dB
- Isolation between output arms should be greater than 18dB
- Insertion loss should be less than 4dB.
Congratulations to all the finalists!
Here are the selected students for the WAMS Student Project Contest 2025:
Winners will be awarded with a cash prize.
Shortlisted candidates can apply for travel grants.
Free Hostel accommodation will be provided for the shortlisted candidates.
| Student Activities Organizing Committee |
- Ms. S. Keerthipriya
- Dr. Gaurangi Gupta
- Dr. N. C. Pradhan
- Ms. I. Surya Rajitha
- Ms. Sai Harshini
- Mr. Avinash Choudhary