EMBEDDED HARDWARE DESIGN ENGINEER · PUNE, INDIA

Hardware from
schematic to
working system.

I’m Ved J Raundal. I design, validate, and bring PCBs, embedded firmware, and electronics to production readiness for robotics, precision medical devices, industrial systems, drones, and more.

Explore my work ↓

PCB · FIRMWARE · VALIDATIONPUNE / INDIA

PROJECT SHOWCASE / AIO01 / 07

Top side render of the blue and gold AIO flight controller PCB

PCB DESIGN · RF · MOTOR CONTROL

Small boards.
Complex problems.

Hardware across flight, motion, sensing, and control. Each project starts with a system constraint and ends at the test bench.

FEATURED PROJECT / DRONE SYSTEMS

AIOAll-in-one flight controller

8-layer PCBMotor controlRF & telemetry

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02 / DEFENSE & DRONE APPLICATIONS

RF Board2.4 GHz wireless communication

RF designTelemetryTop-side assembly

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THE DESIGN BRIEF

A compact RF link.
Built for connected platforms.

A 2.4 GHz communication board for defense and drone applications, bringing wireless telemetry into a compact, single-sided assembly.

From schematic to hardware

End-to-end schematic capture, component selection, PCB layout, bring-up and validation. The RF design focus: controlled-impedance routing, ground stitching and antenna matching to manage signal loss.

Engineering challenges

RF tuningAntenna matching and RF path tuning to manage signal loss.
Range validationChecking link stability and communication range in practical test conditions.
Communication firmwareDeveloping and debugging firmware for radio configuration, packet exchange and link handling.

MY ROLEEnd-to-end hardware design

APPLICATIONDefense & drones

ASSEMBLYTop side only

Radio specifications

2.4 GHzOperating band

−132 dBmRated radio sensitivity · best case

RECEIVED SIGNAL (RSSI)−45 dBm

MODULATIONLoRa · FLRC · (G)FSK

RATED RADIO TX OUTPUTUp to +12.5 dBm

RANGING SUPPORTTime of flight

03 / ROBOTICS & MOTOR CONTROL

FOC Motor ControllerField-oriented control for BLDC actuators

FOCCurrent sensingCAN bus

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THE DESIGN BRIEF

Power, sensing and control.
Robotic actuator board.

A field-oriented motor controller for BLDC robotic actuators, combining a power stage, current sensing and CAN communication for coordinated multi-node robot networks.

From schematic to hardware

Owned schematic design, component selection, PCB layout, bring-up and validation. The design brings motor-driving circuitry and control electronics together around the actuator’s mechanical constraints.

Engineering focus

Current sensingVerifying current feedback during hardware bring-up.
Motor commutationChecking commutation accuracy across operating conditions.
Thermal performanceValidating power-stage behavior under load.

24–48 VSupply voltage

80 AContinuous phase current · up to

COMMUNICATIONCAN · up to 5 Mbps

APPLICATIONBLDC robotic actuators

MY ROLEEnd-to-end hardware design

More from the bench

Project summaries from my engineering experience. Select a project to read the design focus.

02 / THE ENGINEER

I like the point
where design
becomes real.

I’m an electronics and communication engineer based in Pune, working across PCB design, embedded systems, and hardware validation. My work spans drone controllers, robotic actuators, RF links, and industrial control.

Altium DesignerProteusSchematic captureHigh-density multilayer PCBRF PCB designPower electronics PCBCAN · 5 MbpsI²C · UARTEthernet · 10/100 Mbps2.4 GHz RFLTspiceMATLABSimulinkMultisimVivadoCadenceVerilog · RTLEmbedded C / C++Python 3AssemblyFOC / BLDC · encodersIEC 62304 Class CIndustrial control

DEC 2025 — PRESENT

Hardware & Embedded Engineer

Quoppo · Pune

End-to-end hardware development across drone, robotics, industrial, and medical projects.

JAN — DEC 2025

Hardware Embedded Intern

DLOGIXS USA · Hybrid

Industrial embedded modules, power regulation, signal conditioning, and MCU-based control.

EDUCATION / 2026

B.Tech, Electronics & Communication

MIT World Peace University · Pune

8.81 / 10 CGPA · STM32 workshop instruction for 150+ students.

03 / GET IN TOUCH

Have a hardware
problem in mind?

Let’s build something. ↗

vedjraundal@gmail.com

GitHub LinkedIn Resume ↗

Hardware fromschematic toworking system.

Small boards.Complex problems.

AIOAll-in-one flight controller

RF Board2.4 GHz wireless communication

FOC Motor ControllerField-oriented control for BLDC actuators

More from the bench

I like the pointwhere designbecomes real.

Hardware & Embedded Engineer

Hardware Embedded Intern

B.Tech, Electronics & Communication

Have a hardwareproblem in mind?

Hardware from
schematic to
working system.

Small boards.
Complex problems.

I like the point
where design
becomes real.

Have a hardware
problem in mind?