Aditya Shenoy Email & Phone Number

Cambridge, Cambs, GB

Coherent and non-coherent Interconnect IP performance model development

College Station, TX, US

Grader for ECEN676: Advanced Computer Architecture

Santa Clara, California, US

• Register transfer level (RTL) performance analysis and microbenchmarking for the Infinity Fabric IP deployed on high-performance systems-on-chip (SOC) memory system designs
• Supported C++ performance modeling efforts to maintain correlation with the RTL for CPU Server and Consumer Graphics design variants
• Developed performance microbenchmarks for the Infinity Fabric IP, and debugged performance bottlenecks in RTL simulations at IP and SOC level
• Theoretical analysis of memory system optimizations, design benchmarks to run in RTL simulations, and enhanced regression scripts to automate them
• Debugged cases where benchmarks fail their performance metrics, identified design bottlenecks and proposed solutions

College Station, TX, US

Grader for ECEN325: Electronics

San Diego, CA, US

• Application software development and audio subsystem debugging on multi-core Bluetooth Low Energy (BLE) chipsets used in earbuds, headphones and source dongles.
• Successfully integrated and delivered Adaptive Noise Cancellation (ANC), HQ Stereo Recording (SREC) and Low-latency Gaming Mode (GMAP) solutions on BLE platforms.
• Implemented novel split-stereo and joint-stereo operating modes on existing LE audio framework, which accelerated the release of LE audio voice & music support for headphone applications.
• Revamped conventional audio graph architecture and audio chain configurations to meet customer KPIs - End-to-end latency, Peak power consumption, Audio quality.
• Resolved blocking issues relating to inter-subsystem communication in application, audio and bluetooth processors using proprietary python-based tools and coredump analysis.
• Collaborated with project management and marketing team for weekly ADK releases, while supporting CI/CD and PQE teams with bug triage and development issues.

Bengaluru, Karnataka, IN

• Devised embedded hardware architecture for processor-sensor interconnects in avionics and power subsystems for customized fixed-wing UAVs
• Programmed flight control and data acquisition algorithms on an ARM Cortex-based on-board processor in smart micro gliders
• Implemented Climb & Glide algorithm for extended flights in Solar UAVs using a custom ARM processor and PixHawk AutoPilot flight controller. The system evaluates flight parameters from sensor data and communicates with.
• Designed a Telemetry system (comprising of application software, firmware and hardware prototype) for In-house AutoPilot controller design via Radio Frequency, TCP/IP and UART communication
• Composed python applications for live-position trackers and real-time status monitors in UAVs using Antenna Trackers and u-blox GPS receivers
• Software driver and firmware development for RADARs, LiDARs, GPS-GNSS receivers and MEMS-based inertial sensors used in UAV swarming

Bengaluru, Karnataka, IN

• Orchestrated the end-to-end avionics subsystem design, software development and validation of a dual-core Autopilot flight controller built on ARM Cortex-M processors
• Optimized the application, middleware and hardware drivers in the newly composed software stack for Autopilot controller, which reduced the single-cycle operating latency by 200%
• Developed HAL and low-level libraries for Data Acquisition, MPPT and BMS controllers in Solar UAV prototype.
• Validation of Autopilot models through SIL/HIL simulations on X-Plane simulator using UDP, Windows Serial API and Socket programming.

Bangalore, Karnataka, IN

• Software architecture design and embedded driver development for "Current Cards" - ECU bench-testing modules centered around dual-core microchip MCU
• Developed peripheral driver library for digital signal micro-controller - I2C, SPI, UART, CAN, ADC, Non-volatile memory, Multi-core mailbox, PWM, Timers, Interrupts and GPIOs
• Developed API library for temperature monitor, programmable DC supply, current controller and ECU testing interface

Delhi, New Delhi, IN

Design and implementation of Serial Peripheral Interface (SPI) controller using Verilog HDL

Bangalore, Karnataka, IN

• Introduced software-controlled model for automation of ECU bench-testing using MCUs and current/voltage sensors
• Software function programming for function generators, current-level monitors and DC Voltage Supplies
• Evaluation of reliability routines for automobile active safety features (ABS, ESP, TCS) in Bosch ECUs

Master Of Science - Ms, Computer Engineering

Bachelor Of Technology, Electronics & Communications Engineering

Higher Secondary School, Major: Computer Science

Cbse 10Th Standard