Sri Vyshnavi Kampelli

• Developed embedded logic for partition state handling and zone specification in security systems, supporting up to 8
partitions and multiple zone types (wireless, output, IB2).
• Integrated HX module support into existing H3-based firmware while maintaining backward compatibility and meeting
strict real-time constraints.
• Designed and executed automated unit tests in Lua using Busted, achieving full coverage for partition and zone encoding
validation.
• Rewrote wired touchscreen startup logic to detect IB2 disconnection and block enrollment if a battery is present, preventing
potential hardware faults and improving safety compliance.
• Optimized MQTT communication by replacing legacy handlers with topic-specific subscriptions, reducing message
processing latency by 15%.
• Conducted root-cause analysis of partition/zone logic issues through log analysis and simulation, reducing defect recur
rence in production builds.
• Maintained and refactored Lua scripts to align with updated business rules, improving maintainability and enabling faster
test-driven development.

Firmware Development: Write clean, optimized code in C and C++Driver Writing: Develop custom low-level device drivers for sensors, actuators, displays, and memory modules.
• OS Implementation: Deploy and configure Bare-Metal systems or Real-Time Operating Reduced Power Consumption:Enhanced System Reliability:Rewrote critical sensor-polling routines using Direct Memory

• Engineered real-time embedded software for aerospace systems, including hybrid electric propulsion and avionics safety
modules, adhering to DO-178C/DO-254 safety standards.
• Implemented CAN protocol communication between control units, sensors, and actuators, ensuring deterministic and
error-free message transmission.
• Utilized oscilloscopes, JTAG, and real-time debuggers to resolve timing and hardware interface issues, reducing integration
delays by 20%.
• Led functional and regression testing campaigns to full traceability, achieving audit readiness for safety certification.
• Collaborated with electrical, systems, and test engineers to integrate software with hardware, enabling seamless cross-do
main system validation.
• Authored technical documentation, interface specifications, and verification reports to support compliance and knowledge
transfer.
• Participated in peer code reviews, adopting continuous improvement practices for embedded software reliability.

• Developed and maintained effective professional relationships with internal teams and operational staff to understand
large-scale industrial workflows.
• Gained hands-on exposure to switchyard operations, observing the functionality of protective equipment and control
mechanisms during fault conditions and routine maintenance.
• Studied the steel manufacturing process, including the working of furnaces converting iron ore and scrap into molten steel
and subsequent rolling operations for steel sheathing.
• Observed and worked with preventive and corrective maintenance procedures for high-power electrical equipment such as
motors, transformers, and switchgear in both mechanical and electrical workshops.
• Gained hands-on experience with various engineering tools, equipment, and materials through active participation in
practical workshops.
• Acquired foundational knowledge of heavy industrial safety protocols, equipment diagnostics, and repair strategies critical
to uninterrupted plant operation