Senior Electronics Engineer

This important role demands adaptability in a swift, agile setting where tasks and priorities may swiftly shift. You thrive in intricate technical scenarios, delving deeper than the apparent solutions to discern the optimal one.

You will be responsible for designing and rolling out superior, cost-efficient products, crafting inventive solutions that align with specifications and client demands. This includes conceiving initial ideas, developing electrical hardware and associated components, formulating test strategies, assessing performance, and ensuring all regulatory standards are met, all the while emphasizing scalability and long-term relevance.

• Oversees the design of electronic power/control circuits, selecting components for cost-efficiency and reliability in order to meet specific standards and demands.
• Handles and updates BoMs, component details, schematics, wiring diagrams, PCB layouts, and component databases.
• Utilizes CAD software, particularly Altium, for designing, simulating, and verifying design components and databases.
• Facilitates the transition of designs to the manufacturing phase (NPI).
• Identifies, evaluates, and approves alternative or replacement components.
• Pioneers and refines designs in accordance with RAD guidelines and standards.
• Drafts design criteria, project outlines, and testing documentation.
• Outlines or constructs engineering and production testing apparatus, including Automated Test Equipment (ATE).
• Assembles, assesses, and rectifies prototype designs, including undertaking Accelerated Life Tests (ALT).
• Composes and evaluates testing strategies and findings.
• Address and solves approval challenges for CE, CSA, FCC, among others concerning safety and EMC.
• Conducts feasibility reviews, cost assessments, and simulations to evaluate both technical and financial viability of concepts.
• Always considers Design for Manufacturability (DFM) with the aim of achieving high-yield, mass-produced products without compromising on reliability.
• Develops tolerance analyses to ensure that products can be efficiently produced and will operate as intended under varied conditions.
• Engages in or reflects upon Failure Mode and Effects Analysis (FMEA).
• Evaluates design options using analytical or simulated methods to satisfy performance, dependability, and regulatory standards.
• Collaborates with multidisciplinary teams, spanning Mechanical to Sales and Marketing, to innovate and address customer concerns.
• Coordinates closely with external stakeholders, such as suppliers and consultants, to enhance designs and address related challenges.
• Engages in or aids failure assessments of products returned from the field and those from the production line.
• Innovates new designs while supporting existing ones and ongoing projects.
• Plays a role in and adheres to the Product Development Process.
• Oversees project initiatives.