T
Embedded Engineer
Accepting applicationsTravelxp · Mumbai, Maharashtra, India
Full-Time Entry DFTJTAGRF
Estimated market salary
₹11-20 LPA
This is a SiliconBoard market estimate, not an employer-posted salary.
Posted
19h ago
Category
Verification
Experience
Entry
Country
India
Title: Hardware Engineer (PCB Design + Bring-Up + Testing | KiCad/Altium | DFT/DFM | IoT)
Location: Mumbai, India (on-site — lab work is core to this role)
Experience: 3–6+ years
We're building Senti — a Make in India IoT sister brand of Travelxp — with a multi-SKU roadmap for 2026/27 across multiple silicon vendors. We are looking for ambitious Hardware Engineers who can design and review schematics, contribute to PCB layout, bring up new boards in the lab, and ensure every board is testable and manufactured before it reaches DVT.
What you'll do:
Design and review schematics: power trees, charging circuits, sensor interfaces, connectivity modules, clock/reset/boot, programming pads
Own and contribute to PCB layout: RF keep-outs, ground strategy, decoupling placement, EMI/ESD, connectors, mechanical robustness
Enforce DFT/DFM: test points, SWD/JTAG access pads, current measurement points, bed-of-nails, factory flashing, production strapping options
Lead board bring-up: first power-on checklist, power rail verification, peripheral init, sensor verification, debug loops
Support manufacturing readiness: factory test planning, fixture/jig requirements, calibration hooks, yield analysis
Manage BOM basics: component selection, lifecycle, alternates, regional availability
Collaborate with firmware engineers during bring-up and debug — firmware knowledge is a strong advantage here
Use lab tools daily: oscilloscope, DMM, logic analyser, bench power supply, current probe
Must-have
3+ years hardware engineering with real schematic design and PCB layout or review experience
KiCad or Altium experience — schematic capture plus PCB layout or detailed layout review
Board bring-up experience: first power-on, power rail debug, peripheral verification in the lab
DFT awareness insists on test points, programming pads, and current measurement access on every board
Lab tool proficiency: oscilloscope, DMM, logic analyser, bench power supply, current probe
RF/power layout instincts: keep-outs, return paths, decoupling placement, DC/DC layout
Bonus (strongly valued)
Embedded C basics — can read firmware, flash a board, and understand what the firmware team needs from hardware
RTOS / Zephyr firmware exposure — helps immensely during bring-up and debug
BLE RF certification debug experience (RE, FCC, CE)
Factory test firmware contribution or fixture design experience
LTE/GNSS hardware design and antenna placement experience
Altium Designer specifically (preferred, but KiCad is fine)
Candidates with backgrounds in both hardware design and embedded firmware are strongly preferred. If you can design the board and then flash and debug the firmware yourself — that is exactly what we want.
Show more Show less
Location: Mumbai, India (on-site — lab work is core to this role)
Experience: 3–6+ years
We're building Senti — a Make in India IoT sister brand of Travelxp — with a multi-SKU roadmap for 2026/27 across multiple silicon vendors. We are looking for ambitious Hardware Engineers who can design and review schematics, contribute to PCB layout, bring up new boards in the lab, and ensure every board is testable and manufactured before it reaches DVT.
What you'll do:
Design and review schematics: power trees, charging circuits, sensor interfaces, connectivity modules, clock/reset/boot, programming pads
Own and contribute to PCB layout: RF keep-outs, ground strategy, decoupling placement, EMI/ESD, connectors, mechanical robustness
Enforce DFT/DFM: test points, SWD/JTAG access pads, current measurement points, bed-of-nails, factory flashing, production strapping options
Lead board bring-up: first power-on checklist, power rail verification, peripheral init, sensor verification, debug loops
Support manufacturing readiness: factory test planning, fixture/jig requirements, calibration hooks, yield analysis
Manage BOM basics: component selection, lifecycle, alternates, regional availability
Collaborate with firmware engineers during bring-up and debug — firmware knowledge is a strong advantage here
Use lab tools daily: oscilloscope, DMM, logic analyser, bench power supply, current probe
Must-have
3+ years hardware engineering with real schematic design and PCB layout or review experience
KiCad or Altium experience — schematic capture plus PCB layout or detailed layout review
Board bring-up experience: first power-on, power rail debug, peripheral verification in the lab
DFT awareness insists on test points, programming pads, and current measurement access on every board
Lab tool proficiency: oscilloscope, DMM, logic analyser, bench power supply, current probe
RF/power layout instincts: keep-outs, return paths, decoupling placement, DC/DC layout
Bonus (strongly valued)
Embedded C basics — can read firmware, flash a board, and understand what the firmware team needs from hardware
RTOS / Zephyr firmware exposure — helps immensely during bring-up and debug
BLE RF certification debug experience (RE, FCC, CE)
Factory test firmware contribution or fixture design experience
LTE/GNSS hardware design and antenna placement experience
Altium Designer specifically (preferred, but KiCad is fine)
Candidates with backgrounds in both hardware design and embedded firmware are strongly preferred. If you can design the board and then flash and debug the firmware yourself — that is exactly what we want.
Show more Show less