Pareekshith P

A passionate electronics engineer with a deep appreciation on intricate designs and a strong foundation in Electronics Engineering. Applying fundamentals strategically to address engineering challenge. Continually driven by a thirst for learning. I embrace new concepts in electronics, embodying the mindset of an inventor. Particularly fascinated by the physical principles which transform into a working electronics. Possessing a keen interest in exploring electronic designs across diverse sectors , including Automotive , Industrial, Medical and Avionics. Committed to pushing the boundaries of innovation in the felid.

• Wireless EV charger: Design and testing of voltage , current sensing circuits, active filters , signal conditioning circuit. Gilbert cell mixer. Testing of high voltage AC-DC , DC-AC converter. Sensory circuits using Bi-directional couplers and Fully differential amplifier.
• Magnetic flow meter: Hardware design and development. PCB design, prototyping and testing.
• Water level sensor: Hardware design and development. PCB design, prototyping and testing.
• Tryptophan sensor: Hardware design and development. PCB design, prototyping and testing. Firmware development.
• Viscosity and density analyzer: Hardware design and development of Instrumentation amplifier. PCB design, prototyping and testing. Firmware development for Lock-in detection.
• Automated current monitoring system: Hardware design and development. PCB design, prototyping and testing.
• Gas composing analyzer: Hardware design and development. PCB design and Testing.
• Ultrasonic water flow meters: Hardware and firmware design and development. PCB design, prototype development and testing.
• Water quality analyzer: Hardware design.
• Industrial 10kVA 3-phase UPS: System level design. Control card design. Power components selection. Flexible and modular gate driver design. Layout design of control and power PCBs.
• LED Wallpack luminaire: Selection of off-the-shelf LED drivers. Selection of power LEDs. Design calculations to determine suitable current for LEDs. LED MC-PCB and schematic design.
• Asset tracker: Upgradation to CAT M1 LTE from existing HSDPA. Design calculations and component selection. Power budgeting. Schematic drafting and PCB layout. Prototype development.
• PoE LED luminaire: AM3359 application development on client and server. Configuration of TI-RTOS, PoELumi protocol development. Module, integration and system testing.
• Wireless Power bank (Wireless Power Transfer): Complete Hardware and Software design and development. Enclosure design, Mechanical prototype development, Testing.
• Supercapacitor active balancing: Circuit redesign and thermal analysis.
• LED Battery backup system: Hardware and firmware design and development. PCB design, prototype development, EMI/EMC testing.
• MMU and CMU - Shunt & Hall CT: Design Verification Testing, Environmental testing.