Role & responsibilities

Electrical Engineering Leadership

- Act as a technical lead for electrical systems and subsystems, including PCBAs, power systems, signal integrity, and embedded interfaces.
- Lead design, analysis, and troubleshooting of electrical components and systems.
- Drive root cause investigations for electrical and system-level issues, including field failures and quality signals.
- Support design trade-offs and component selection to optimize performance, cost, and reliability. Sustaining Engineering & Lifecycle Management
- Lead electrical engineering workstreams for sustaining activities, including design updates, component obsolescence, and supplier changes.
- Ensure electrical designs meet reliability, manufacturability, and regulatory requirements.
- Partner with global teams to support knowledge transfer and maintain product continuity. Value Analysis / Value Engineering (VAVE)
- Identify and implement cost reduction opportunities within electrical designs and components.
- Collaborate with sourcing and manufacturing to evaluate alternative components, suppliers, and architectures.
- Support design for cost and scalability initiatives across platforms. System Integration & Technical Contribution
- Collaborate with systems, mechanical, and software teams to ensure robust system integration.
- Contribute to system requirements, interface definitions, and verification activities.
- Provide input to technology and product roadmap discussions from an electrical engineering perspective. Global & Cross-Functional Collaboration
- Collaborate with global R&D; teams (Finland, US, Singapore) to support technical alignment and knowledge transfer.
- Partner with Business Unit Product Management to align engineering execution with product priorities.
- Interface with manufacturing, quality, service, and sourcing to resolve issues and improve product performance.




- Mentor junior engineers and contribute to building electrical engineering capability within the team.

Preferred candidate profile

- Solid experience in PCB design, analog/digital circuits, and system-level electrical integration.
- Proven ability in troubleshooting, root cause analysis, and design improvements.
- Experience working in cross-functional and global engineering teams.

1.Analog & Mixed-Signal Circuit Design

• Design and analyze analog front ends, signal conditioning blocks, op-amp circuits, ADC/DAC interfaces, sensor interfaces, and mixed-signal architectures similar to experience demonstrated in high-reliability systems.

• Develop power supply topologies (buck/boost, flyback, LDOs, DC-DC converters) with attention to efficiency, stability, and EMI performance. • Perform SPICE-based simulation, worst-case analysis, tolerance checks, and stability verification.

2. PCB Development

• Create schematics and mentor layout teams on critical routing (impedance control, return-path integrity, component placement).

• Apply SI/PI principles such as crosstalk control, decoupling strategy, IR drop, and power rail noise mitigationaligned with practices seen in the sample resume.

3. Hardware Bring-Up, Debug & Validation

• Hands-on debugging using oscilloscopes, logic analyzers, power analyzers, TDR, spectrum analyzers, etc.

• Conduct design verification, performance validation, and system-level integration tests.

• Drive compliance readiness for EMC/ESD, safety certifications, and regulatory requirements (UL/IEC/FCC).

4. Project Engineering Responsibilities

• Own design from requirements architecture design verification release.

• Coordinate with firmware, mechanical, global engineering, manufacturing, and sourcing teams.

• Prepare design documentation: HLD, DFMEA, FMEA, traceability matrix, verification plan, design review packs.

• Manage component obsolescence and PCB refresh programs (aligned with PCBA risk mitigation activities from the reference JD).

📌 Senior Hardware/Embedded Design Engineer (Hyderabad)
🏢 Talendroid Technologies
📍 Hyderabad