Lead mechanical product development from concept, design, prototyping, testing, validation, and production.
Design precision mechanical systems including enclosures, sheet metal parts, mechanisms, thermal management, automation, optical, or fluidic components.
Conduct design reviews and provide technical guidance to engineering team members.
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Lead mechanical product development from concept, design, prototyping, testing, validation, and production.
Design precision mechanical systems including enclosures, sheet metal parts, mechanisms, thermal management, automation, optical, or fluidic components.
Conduct design reviews and provide technical guidance to engineering team members.
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Lead the end-to-end mechanical product development process, from concept design to production release.
Design and develop precision mechanical systems, including enclosures, sheet metal chassis, mechanisms, automation, thermal management, optical, and fluidic systems.
Lead technical design reviews and mentor junior engineers.
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Responsible for Physical Design tasks at block or subsystem level. The tasks will include Floorplanning, Synthesis, Placement, CTS, Routing, Static Timing, Physical Verification, Formal Equivalency, Power Efficiency, IR-Drop, and EM.
Owning the entire process from SYN to PNR using Synopsys Fusion Compiler. Crafted the convergence recipe & design collateral to meet project requirement.
Run signoff flow including PV, extraction, STA, VCLP, FEV and EMIR, analyse the violation and converge the design.
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Participating in the development of state-of-the-art IPs and specialized analog circuit blocks in advanced deep sub-micron process technology for SoC, FPGA and Automotive projects.
Being responsible for the definition, design, evaluation, enhancement and validation of IPs and specialized analog circuit blocks.
Performing circuit design and simulation to verify functionality, performance, reliability and quality of analog/mixed-signal blocks, ensuring robust and reliable design.
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Role Description The Sr Design Electrical Engineer will be responsible for designing and reviewing electrical systems and components, focusing on safe, reliable, and efficient power distribution and power systems for industrial and high-technology environments. Day-to-day activities include developing electrical schematics and layouts, performing calculations and simulations, preparing technical documentation and bills of materials, and ensuring designs comply with relevant codes, standards, and regulatory requirements. The role involves collaborating closely with cross-functional teams such as mechanical, firmware, and manufacturing engineering to support prototyping, testing, and design validation, as well as resolving design issues during build and commissioning. The engineer will also participate in design reviews, provide technical guidance to junior team members, and support continuous improvement of design processes and tools. This is a contract, on-site role based in Bayan Lepas.
Collaborate with all IP designers to ensure that tasks required for generating power numbers and developing power models are properly planned which include custom layout IP and ASIC IP
Develop power models that cover multiple IPs and operating modes; this requires familiarity with schematic design, SPICE simulation, reading Liberty files, and analyzing power reports
Understand IP functionality to define power estimation methodologies (vector-based or vector less) according to software requirements
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