Location: Bengaluru
Firm: Bengaluru
Place Overview
Be a part of the {Hardware} R&D crew as an Embedded {Hardware} Design Intern, the place you’ll assist flip product ideas into sturdy, testable digital prototypes. You’ll work alongside senior {hardware}, firmware, and manufacturing engineers on schematic seize, PCB format help, bring-up, and lab validation—gaining actual, hands-on publicity to embedded techniques utilized in client, IoT, and industrial purposes.
Job Tasks
- Help in schematic seize for MCU-, sensor-, and power-based circuits utilizing Altium/KiCad below steering.
- Contribute to PCB format actions (layer stack selections, placement, routing, DRC fixes) and put together fabrication/meeting information (Gerbers, BOM, pick-and-place).
- Help board bring-up: solder/rework prototypes, power-on testing, interface checks (I²C, SPI, UART), and primary firmware flashing by way of JTAG/SWD.
- Execute lab validation utilizing oscilloscope, logic analyzer, DMM, and energy provides; log measurements and anomalies with clear check notes.
- Debug widespread {hardware} points (sign integrity, noise, grounding, energy rails) with systematic root-cause evaluation.
- Carry out part choice from datasheets; create and keep symbols/footprints and correct BOMs.
- Run primary simulations (LTspice/PSPICE) for filters, energy levels, and sign chains; evaluate outcomes with bench knowledge.
- Take part in design critiques; seize actions, implement fixes, and replace documentation/model management (Git).
- Help DFM/DFT readiness: footprints, test-points, panelization inputs, and meeting tips for EMS companions.
- Help in pre-compliance checks for EMI/EMC and ESD dealing with practices; doc findings and suggest mitigations.
- Collaborate with firmware/mechanical groups to resolve electro-mechanical match, connector pinouts, and interface timing.
- Put together concise construct stories, check plans, and person notes for inner and manufacturing stakeholders.
{Qualifications}, Expertise, Abilities
- B.E./B.Tech or M.E./M.Tech in ECE/EEE (final-year or latest graduate); sturdy analog/digital electronics fundamentals.
- Familiarity with schematic/PCB instruments (Altium Designer or KiCad/Eagle) and library administration (symbols, footprints, 3D).
- Working data of microcontrollers (STM32/ESP32/AVR) and customary interfaces: I²C, SPI, UART, GPIO, ADC/DAC.
- Fingers-on with lab gear (oscilloscope, logic analyzer, DMM, bench PSU) and secure ESD practices.
- Fundamentals of energy electronics (buck/enhance regulators, LDOs), decoupling, grounding, and sign integrity.
- Capacity to learn datasheets, create BOMs, and carry out part derating/alternate identification.
- Publicity to circuit simulation (LTspice/PSPICE/Multisim) and easy worst-case/thermal checks most popular.
- Understanding of prototyping workflows (reflow/soldering, rework) and bring-up/board-level debugging.
- Bonus: consciousness of EMI/EMC concerns, IEC/BIS security norms, and DFM/DFT for quantity manufacturing.
- Robust documentation habits, model management (Git), curiosity, and willingness to study in a fast-paced atmosphere.
