Company Profile:

Thermo Fisher Scientific Inc is the world leader in serving science with annual revenue exceeding billion Our Mission is to enable our customers to make the world healthier cleaner and safer

Job description:

In the role of Embedded engineer you will perform various Hardware development & Sustenance activities, testing and documentation duties on projects assigned

• Identify risk and propose a preliminary mitigation idea. Perform risk assessments to develop response strategies.
• Independently build and execute work breakdown structure (WBS) of projects
• Prepare project status reports by collecting, analyzing, and summarizing information and trends.
• Critical Thinking, ability to comprehend the situation/ Problem, Escalate on time
• Handled More than 5 projects, end to end Product development experience.
• Firm understanding & hands on experience on working through the complete project life cycle management (PLM)
• Thorough understanding of EOL management
• Design for Robustness (DFR. DFSS, DFT & DFM)
• Coordinate effectively with the Labs to perform the testing & technical execution
• Work independently cross functional teams to understand customer requirement, participate in system / subsystem design review.
• Lead finalization of electronics design requirements by collaborating / reviewing with systems & global engineering teams.
• Understand & capture product requirements/needs and articulates technical specifications.
• Build and develop design concepts, trade off analysis. Component selection and suggest alternate components based on cost, function, performance and DFX.
• Conceptualize/ Create /Conduct & Document testing as per test plans (V&V- including functional and regulatory test cases)
• Critically review failures & create root cause analysis on design issues and provide design solutions.
• Design schematic of digital, mix signal and power electronics circuit board that satisfied the design requirement.
• Create design documents & artifacts as per design process
• Technically capable of independently performing design modeling, simulation and predictive analysis considering performance parameters like power, timing, signal integrity, etc. Implement the design optimization and confirmation to requirements by using these analyses.