Job Summary

In this role, you will be responsible for leading the design verification & validation, PCB Design Tool, and test/interface/uc board design. The primary focus will be on ensuring the efficient and accurate design verification and validation processes, utilizing PCB Design Tools effectively, and developing test/interface/uc board designs to meet project requirements.

Key Responsibilities

1. Lead the design verification and validation activities to ensure the correctness and functionality of the designs.
2. Utilize pcb design tools to create and validate pcb layouts and designs.
3. Develop test/interface/uc board designs according to project specifications.
4. Collaborate with cross functional teams to ensure seamless integration of designs.
5. Conduct thorough testing and validation of designs to meet quality standards.
6. Provide guidance and mentorship to junior team members in design processes.

Skill Requirements

1. Proficiency in design verification & validation processes.
2. Strong knowledge and experience in working with pcb design tools.
3. Ability to create and implement effective test/interface/uc board designs.
4. Excellent problem-solving skills and attention to detail in design processes.
5. Strong communication and collaboration skills to work effectively with cross functional teams.
6. Proven ability to lead design projects from concept to completion.

Other Requirements

1.Hardware design & development, System & Functional Requirements understanding & identify Hardware/Electrical requirement, Clarifications with the customer and cross functional team. Interaction & technical support with Onsite & offshore Hardware & cross functional team.

2. Solid experience for electrical new design, existing design changes. Design calculation & analysis, Schematic circuit design, PCB & Gerber review in Expedition tool. Component selection, Writing Hardware verification test protocol & HW verification with board bringup. failure debug and work with system level understanding mindset, Knowledge on Hardware requirements

3. Exposure of EMI-EMC, Safety standard as per medical devices, Ability to conduct EMI-EMC, Safety testing, Ability to prepare rationale 

4. Reliability, DFMEA, FMEA, Power Integrity Analysis, Thermal Analysis, DC-AC analysis, Derating Analysis, SI Analysis, Obsolescence & Lifecycle Analysis, GAP Analysis, Risk Analysis 

5. Review the work products, documents and mentoring Junior team members in technical aspect

6. Follow medical devices design process with Adaptation for Self learning & self motivated with Agile mindset

7. Design Calculation & Documentation,