Chandan Srinivas Email and Phone Number

Engaged in developing low level driver and firmware to interface position sensors and motors in an agile environment. - Coordinated closely with Electronics hardware and Actuation team to develop firmware for STM32-H7 dual core microcontroller to interface resolver, a position based sensor and close the feedback loop to control motor.- Designed and developed firmware for TI's C2000 real-time controllers using CLB's, to interface BiSSC based and SSI based sensors.- Maintained and… Show more Engaged in developing low level driver and firmware to interface position sensors and motors in an agile environment. - Coordinated closely with Electronics hardware and Actuation team to develop firmware for STM32-H7 dual core microcontroller to interface resolver, a position based sensor and close the feedback loop to control motor.- Designed and developed firmware for TI's C2000 real-time controllers using CLB's, to interface BiSSC based and SSI based sensors.- Maintained and upgraded python-based multi-threaded CANOpen compliant GUI, to interface, interact and collect data from custom hardware on Windows and Mac platforms.- Configured peripherals - CAN, GPIO, Timers ADC, DAC, DMA.Tools - STM32 IDE, PyCharm, CCStudio, Matlab/Simulink, Technology - BiSS C, CAN, CANOpen, SSI, Resolvers, SVN/JIRA. Show less

• Explored the architecture of the Ubuntu Linux distribution, gaining hands-on experience in system-level programming and debugging.• Designed a resilient chat application by applying concepts of TCP/UDP protocols and socket programming, bridging networking concepts with system-level coding.• Engineered a program capable of Kernel communication through syscalls, simulating shell-like functionalities.• Adhered to industry-standard Software Development Life Cycles (SDLCs) including… Show more • Explored the architecture of the Ubuntu Linux distribution, gaining hands-on experience in system-level programming and debugging.• Designed a resilient chat application by applying concepts of TCP/UDP protocols and socket programming, bridging networking concepts with system-level coding.• Engineered a program capable of Kernel communication through syscalls, simulating shell-like functionalities.• Adhered to industry-standard Software Development Life Cycles (SDLCs) including V&V and ASPICE methodologies.• Received recognition for exceptional performance and distinguished as a top performer. Show less

• Successfully understood Semi-Custom ASIC Design Flow and implemented PnR using Cadence Innovus.• Simulated and Synthesized the RTL code of Counter and ALU using NCSim and Genus. The netlist was flushed through Physical Design steps using Cadence Innovus and GDS-II file was obtained after performing Physical Verification.

• Developed an AHB-APB bridge module using Verilog, implemented a master-slave interface for the AHB andAPB buses and constructed a Finite State Machine of the APB Controller module.• Concluded the project by successfully synthesizing, simulating and functionally verifying the design. The waveforms were verified against the design specifications.

• Headed a team of 15 to participate in the Design/Build/Fly Challenge organized by AIAA, USA.• Developed a progressive plan of action for designing, fabricating and testing a lightweight, high-strength UAS.• Supervised the team to ensure successful completion of project goals.• Led the team to win 19th position globally for their Technical Design Report.

• Executed a dynamic design life-cycle to create an optimized and constrained UAV fuselage, meeting the requirements.• Assembled finalized components based on their test outcomes. Served as a manufacturer in a team-oriented environment.• Conducted research and reviewed content of reports and presentations.• The team won 2nd place internationally for Technical design report.

• An Embedded system prototype was tested and implemented to Track Heavy Vehicles.• The collected data was pushed to a server for further analysis.• An innovative solution was introduced to reduce human dependency and increase self-sustainability.• The solution featured the ability to switch between the vehicle battery and onboard battery supply.