Guruprakash Singh

Worked as Senior Software Engineer at Capgemini.

Worked as Senior Software Engineer at Capgemini.

Key Result Areas
 Working with STM32 Cortex M33 for developing application using ARM’s Trusted Firmware for Cortex-M
 Working open source project MCUBOOT to support secure boot and image validation
 Creating platform development kit to provide abstraction layer for hardware and OS specific functionalities
 Proof of concept using Nordic’s NRF52 development kit to port TFM and MCU baseline for B

Key Result Areas
 Working with STM32 Cortex M33 for developing application using ARM’s Trusted Firmware for Cortex-M
 Working open source project MCUBOOT to support secure boot and image validation
 Creating platform development kit to provide abstraction layer for hardware and OS specific functionalities
 Proof of concept using Nordic’s NRF52 development kit to port TFM and MCU baseline for B

- Working with Linux based SoCs to build application stack for Telecom Products based on O-RAN
- Using C++ for designing and developing software stack
- Using UML diagrams to create software design documents
- Participating in code reviews

- Working with Linux based SoCs to build application stack for Telecom Products based on O-RAN
- Using C++ for designing and developing software stack
- Using UML diagrams to create software design documents
- Participating in code reviews

• Worked with Xilinx’s 64-bit SoC aimed at providing secure real time solution for defence applications
• Briefly touched up DO-178 certified RTOS, involving Kernel and Virtual Address Space Architecture for thread safe software development
• Worked with driver abstraction layer to provide clean and transparent API interface to the application layer for drivers related to memories, security and en

• Worked with Xilinx’s 64-bit SoC aimed at providing secure real time solution for defence applications
• Briefly touched up DO-178 certified RTOS, involving Kernel and Virtual Address Space Architecture for thread safe software development
• Worked with driver abstraction layer to provide clean and transparent API interface to the application layer for drivers related to memories, security and en

• Worked with Altera SoC using A-9 hard IP, for board bring-up, using U-Boot and QNX BSP. Modifying the BSP to support custom hardware requirements such as flash and network switch peripherals
• Worked with Xilinx Zynq SoCs for board bring-up using U-Boot run time environment to boot into QNX RTOS kernel.
• 2+ years of experience working with QNX RTOS using Momentics IDE. Expertise in IPC routine

• Worked with Altera SoC using A-9 hard IP, for board bring-up, using U-Boot and QNX BSP. Modifying the BSP to support custom hardware requirements such as flash and network switch peripherals
• Worked with Xilinx Zynq SoCs for board bring-up using U-Boot run time environment to boot into QNX RTOS kernel.
• 2+ years of experience working with QNX RTOS using Momentics IDE. Expertise in IPC routine

• Firmware development for Audio Video (AV) products, involving AV Gateway Switches, Hubs and Modular AV server stackable cards, using C++ and RTOS based environment
• Working with 10G Ethernet Technology, developing software to configure AV streams for data broadcasting
• Working with SDI standard for AV transmission of 1080p High Quality AV content, seamlessly across the communication channel
•

• Firmware development for Audio Video (AV) products, involving AV Gateway Switches, Hubs and Modular AV server stackable cards, using C++ and RTOS based environment
• Working with 10G Ethernet Technology, developing software to configure AV streams for data broadcasting
• Working with SDI standard for AV transmission of 1080p High Quality AV content, seamlessly across the communication channel
•

- Making handover document for installation and software integration team
- Mapping Market Requirement Document (MRD) to Product Requirement Document (PRD) for designing appropriate solution to the problem at hand
- Coordinating project development with cross functional teams including Mechanical, Electronics and Electrical teams
- Managing project by creating detailed work break down structure al

- Making handover document for installation and software integration team
- Mapping Market Requirement Document (MRD) to Product Requirement Document (PRD) for designing appropriate solution to the problem at hand
- Coordinating project development with cross functional teams including Mechanical, Electronics and Electrical teams
- Managing project by creating detailed work break down structure al

- Firmware Development for Industrial Automation products like Sorters and PPTLs.
- Firmware development for micro-controller (Cortex-M0/M3/M4) and System-On-Chip (MSP430) based Robotics solutions
- Register level understanding of peripheral software configuration for Timers, Pulse Width Modulation (PWM) and General Purpose Inputs and Outputs etc.
- Application programming using standard vendor l

- Firmware Development for Industrial Automation products like Sorters and PPTLs.
- Firmware development for micro-controller (Cortex-M0/M3/M4) and System-On-Chip (MSP430) based Robotics solutions
- Register level understanding of peripheral software configuration for Timers, Pulse Width Modulation (PWM) and General Purpose Inputs and Outputs etc.
- Application programming using standard vendor l

Embedded Firmware Development for warehouse solutions product line. Hardware-Software Integration aiming for an optimized end product.

Embedded Firmware Development for warehouse solutions product line. Hardware-Software Integration aiming for an optimized end product.

- Understanding and Implementation of Software Protocol Standards like ISO 14443 and ISO 15693, for Near Field Communication (NFC) Library
- Using Eclipse based software coding and debugging environment (LPCXpresso Integrated Development Environment) with Embedded C as the coding platform, following C99 coding guidelines and standards
- Worked upon Automation of Test Framework for Hardware Abstra

- Understanding and Implementation of Software Protocol Standards like ISO 14443 and ISO 15693, for Near Field Communication (NFC) Library
- Using Eclipse based software coding and debugging environment (LPCXpresso Integrated Development Environment) with Embedded C as the coding platform, following C99 coding guidelines and standards
- Worked upon Automation of Test Framework for Hardware Abstra

Base Station Sub-System Configuration, including both BTS and cell configuration, NodeB Software up-gradation in RNC using MSDP Applications
MO concept including transceiver gate, media or DIP concept, Trx and time slots
•Activities such as BTS migration, cabinet expansion, multi-band cabinet definition, edge definition, Trx addition and deletion, New Site Integration (Definition& Loading)

Base Station Sub-System Configuration, including both BTS and cell configuration, NodeB Software up-gradation in RNC using MSDP Applications
MO concept including transceiver gate, media or DIP concept, Trx and time slots
•Activities such as BTS migration, cabinet expansion, multi-band cabinet definition, edge definition, Trx addition and deletion, New Site Integration (Definition& Loading)

Nov 2023

Nov 2023

I had interest in Embedded Systems, in which I have done course in ARM7 (LPC2148) and 8051. Also have practical experience in the same while making projects on Engineering level. Major project specifically targeted upcoming stream of robotics and sensor data manipulation.

I had interest in Embedded Systems, in which I have done course in ARM7 (LPC2148) and 8051. Also have practical experience in the same while making projects on Engineering level. Major project specifically targeted upcoming stream of robotics and sensor data manipulation.