PRAKASH BHARTI

• Designed hardware architecture and finalized component selection.
• Validated circuits through simulations using LTspice and PSpice.
• Performed layer stackup simulations utilizing Hyperlynx.

Projects: A) Defense computer system, which consists of multiple signal both Analog(AC) and Digital Signals. Controlled with a microcontroller (mil-grade); it gives correction signals to the system for aiming the target.

B) Launching Mechanism based ST-Controller for digitization of old Launcher System.

• Designed hardware architecture and finalized component selection for projects.
• Validated circuits using LTspice and PSpice simulations.
• Developed mixed signal and high-speed boards using Orcad and Altium.
• Participated in board bring-up activities and conducted thorough testing.

Projects: A) Data logging product with various sensors, such as temperature and humidity, used in cold chain monitoring.

B) Gateway with smart tracking and environment monitoring, which enables the user to track its shipment location and the condition of the product with sensors present in the device, can be configured online, and can also interact with other BLE beacons.

• Conducted hardware and firmware development for products based on Microchip controllers and up to six-layer PCB designs.
• Executed mixed signal and high-speed hardware development with PCB layouts for RK339 processor.
• Developed innovative solutions using Microchip ,Nordic, ST microcontrollers to enhance product functionality.

Projects: A) A product similar to Alexa that is installed in cars, having connectivity through Bluetooth, with GPS enablement, and sound recognition, and monitors the inside activity.

B) BLE Beacon

C) X-ray Baggage Scanning System

• Designed PCBs for various controller boards, supporting architectures up to four layers.
• Executed hardware design, including component selection and layout for driver validation.
• Conducted thorough testing and validation of drivers to ensure optimal performance.

Projects: A) Switching mode power supply design based on Buck, Flyback, and LLC topology comprises Constant Current and Constant Voltage functioning up to 200W.

B) Smart bulb and downlight development with the help of a controller.

• Coordinated daily project activities, ensuring effective planning and implementation across multiple teams.
• Designed hardware components, selecting appropriate elements for optimal functionality.
• Created prototypes and conducted testing of designed drivers to meet specifications.
• Executed PCB designs with capabilities of up to four layers.

Projects: A) Switching mode power supply design based on Buck, Flyback, and LLC topology comprises Constant Current and Constant Voltage functioning up to 200W.