Nov 2023 – Dec 2024 · 1 yr 1 mo · Bengaluru, Karnataka, India

• Advanced Defence Systems R&D | Manpack / Handheld HFSDRs | PHY (Baseband) | System Integration / Bring up| AGC Techniques | Frequency Hopping Algorithms | Digital Filter Design & Performance Analysis | Mixer / Synthesizer Control Modules
• [Make II R&D commissioned by the Ministry of Defence, Govt of India to boost indegenous development and "Atma-Nirbharta" (Self-reliance) amongst the Indian Armed Forces].

Nov 2019 – May 2021 · 1 yr 6 mos · Bengaluru, Karnataka, India

• LTE-A/NR Modem R&D | L1(PHY) | MIMO Reciever Algorithms | Diversity and Power Control | Elementary Hybrid Beam Management | Protocol Software Development Cycle

Aug 2018 – Nov 2019 · 1 yr 3 mos · Bengaluru, Karnataka, India

• Was a part of the “Indigenous 5G Testbed” Project funded by the Department of Telecommunications, Government of India.
• Project Investigators at IISc-
• Principal Investigator: Dr. Chandra R Murthy
• Co - Investigators : Dr. KVS Hari and Dr. Neelesh B Mehta
• I was a member of the Baseband Team (5G Lab, IISc) that focused on the design and development of novel and implementation flexible algorithms for Link adaptation , Channel Estimation and Massive MIMO based techniques in Wireless systems.
• Key roles : O-RAN Software Development , PHY Layer design, Physical Downlink Control Channel (PDCCH) research and C implementation, End to end Wireless System establishment for data throughput/accuracy tests and testing own L1 algorithms, Efficient Python scripting for video streaming applications.
• > Actively on the lookout to incorporate Neural Nets(ML) based methodologies for intelligent resource allocation, Fast Joint Source-Channel estimation and smart PHY Layer processing in next generation wireless systems.
• Presentations, Demos and workshops :
• 1. Presented talks on “5G-NR PDCCH” and ”Insights into Intel FlexRAN for testbed development”.
• 2. Presented a Demo on the “E2E LTE compliant system with live video streaming in downlink” using USRP B210s to achieve initial data rates of 10Mbps at the National Conference on Communications(NCC 2019) held at IISc , Bangalore[21-24 February 2019].
• 3. Presented a Demo on Spatial Modulation (index modulation) for the Open Day 2019 at IISc using Skylark Iris SDRs (4 Tx and 1 Rx) setup to highlight the role of antenna switch and the gain of 2 additional bits of data (antenna bits) at the Rx by employing the Maximum Likelihood algorithm based design of the receiver[23 March 2019].
• 4. Participated in the “All India 5G Conference” held at Lonavala, India [2-4 December 2018].
• 5. Attended a 2 day training workshop on “Intel FlexRAN” held at Intel SRR4 Campus, Bangalore [14,15 March 2019].

Aug 2016 – Jul 2018 · 1 yr 11 mos · Bengaluru Area, India

• Virtual eye is a venture under The National Science & Technology Entrepreneurship Development
• Board (NSTEDB),NewGen IEDC Scheme (Government of India).
• A research funded by the Department of Science and Technology, Government of India.
• An assistance device aimed at promoting self reliance among the visually impaired
• community with the usage of real time Image Processing,Segmentation and machine learning.
• A multi-feature package which includes an enhanced form of face detection,distress alert and
• obstacle avoidance are developed and being customised to meet the needs of a visually impaired user,
• thereby enriching his experience.
• Virtual Eye has undergone stage 1 of miniaturisation with the overall size approximately halved and the obstacle avoidance system is now wireless.