Principal {Hardware} Engineer At Renesas Electronics In Bengaluru

– Commercial –

Location: Bengaluru

Firm: Renesas Electronics

Thrilling alternative to affix a newly-created group with the intention of creating system options that may assist increase the corporate’s enterprise. You’ll lead the {hardware} design of extremely built-in techniques containing energy electronics, analogue and digital subsystems that may function demos and reference designs to attraction to the commercial market. You’ll collaborate throughout a number of features to facilitate the combination of a number of subsystems. You should have the prospect to make use of your Energy Electronics and Energy Administration information to contribute to the system design in its conception. This is a chance to deepen your experience and study new techniques, and to steer the event of demos and proof-of-concepts that may have a direct influence on the enterprise

– Commercial –

We’re searching for an skilled {Hardware} Engineer to affix our increasing Methods and Options Advertising and marketing group. You’ll work on a mix of system definition/design and supporting check {hardware} The best candidate may have confirmed experience in PCB design and expertise in prototyping complete techniques that combine energy, analogue, sensor, digital and electromechanical parts. A superb information of energy administration (AC/DC, DC/DC and DC/AC energy conversion techniques) and the flexibility to contribute to system design and conception is strongly fascinating. She or he will have the ability to design a whole system from idea via proof-of-concept improvement. Initiative, self-motivation, and distinctive communication abilities are paramount for the success of this position.

Obligations

• Capacity to work on a mix of system definition/design and supporting check {hardware}.
• Lead the design, improvement, and optimization of complicated energy electronics {hardware}, together with energy converters, MCUs, sensors, analogue parts, and electromechanical components.
• Translate high-level system necessities into detailed schematics, PCB layouts, and bill-of-material (BOM) choice to assist proof-of-concept execution.
• Apply superior understanding of energy conversion topologies, magnetics, management principle, and energy gadgets to optimize designs for electrical efficiency, effectivity, compactness, and manufacturability.
• Carry out board-level thermal, sign/energy integrity, EMC/EMI simulations, to refine designs earlier than the prototype section, making certain the very best high quality of output.
• Capacity to break-down actions in sub-tasks and milestones to stick to timelines and to respect price range constraints.
• Work intently with cross-functional groups to make sure seamless integration of {hardware} parts with different system components, facilitating a cohesive and purposeful product.
• Lead the analysis, troubleshooting, and debugging of {hardware} prototypes. Determine the basis causes of failures and implement corrective actions.
• Oversee the creation and upkeep of technical documentation. Launch and maintain system board designs on the Altium platform to assist design reuse and standardization.

{Qualifications}

• Qualification in electronics engineering or comparable self-discipline
• 12+ years expertise in {hardware} system design and bodily prototype validation, particularly in energy electronics.
• Expertise in system degree and sub-system integration and debug.
• Sound information of energy conversion topologies, magnetics, management principle and energy gadgets.
• In-depth information of PCB structure methods in energy electronics, and mitigation of the issues/challenges arising in high-power and multi-domain environments.
• Proficient with simulations and CAD instruments (MATLAB/Simulink, SPICE, SIMPLIS…)
• Proficient with PCB design and simulation instruments (eg Altium, Ansys…).
• Expertise in taking system designs from idea to proof of idea.
• Good understanding of energy electronics parts (together with silicon-based IGBTs, MOSFETs and Broad Bandgap applied sciences) and their driving.
• Information {of electrical} machines and motor drive can be a plus.
• Information and understanding of medium energy (as much as a number of a whole bunch of kW) and medium voltage (as much as >1kV) and associated issues of safety in testing a prototype in excessive voltage setting can be a plus.
• Thermal design expertise (loss calculations, simulations and cooling unit specs).
• Understanding of EMC/EMI mitigation methods.
• Good undertaking administration abilities and talent to work with restricted supervision.
• Good communication abilities and talent to work successfully in a cross-functional group setting.