The role involves the design, development, testing, and validation of HVAC equipment control strategies, along with supporting existing products and resolving field issues.
Compensation
competitive compensation and comprehensive benefits and programs
Responsibilities
Collaborate with product management and application engineering teams to understand product requirements
Develop HVAC equipment or system control strategies and algorithms to meet product requirements
Formulate technical specifications for software development and validation
Use communication skills to help project team members understand and implement design control strategies
Provide control testing support: test plans, laboratory testing support, data analysis
Lead and execute hardware development activities for embedded controllers, mixed analog/digital systems, communication devices, motor-drive interfaces, power converters, and industrial electronics.
Responsibilities
Lead the design and development of mixed analog and digital hardware for embedded control, communications, sensing, motor-drive interfaces, and power conversion systems.
Own the full PCBA design lifecycle, including architecture, requirements analysis and definition, schematic design, PCB layout review, component selection, prototyping, bring-up, validation, and production release.
Define hardware requirements, design trade-offs, validation strategy, and acceptance criteria.
Model and analyze electrical systems such as power converters, motor-drive circuits, protection circuits, and control interfaces.
Support or define digital control requirements based on simulations, calculations, and experimental data.
The Technical Solution Engineer – Inverter Products supports the design, evaluation, and integration of utility‑scale energy storage systems (ESS) with a strong focus on Power Conversion Systems (PCS). This role requires a system-level understanding of power electronics, safety, and multi-product integration across inverters, EMS, batteries, and grid interfaces.
Responsibilities
Lead in-depth technical due diligence for inverter products, evaluating performance, reliability, safety, and compliance.
Support both internal product development and externally sourced product review processes.
Review and validate technical specifications, certifications, vendor data, and control features.
Develop internal tools for sizing, system modeling, and design validation.
Participate in product roadmap discussions, providing engineering input on features, testing needs, integration and certification requirements.
Senior Engineer II – System Protection Electrical Engineer 4
Responsibilities
Specifies, selects, and applies protective relaying equipment, determines device settings, and develops protection, control, and automation philosophy.
Completes relay coordination analyses and determines appropriate settings for substation projects.
Leads the development of protection, control, and substation automation schemes, and specifies relaying and associated equipment, including automation methodologies and large to complex remedial action schemes.
Performs studies, prepares, and provides protection documentation to executive management, internal and external customers.
Applies technical expertise and knowledge in developing state-of-the-art solutions for large to complex protection problems.
Requirements
Engineering degree from an ABET accredited college/university.
Lead the technical design, development, and operation of a specific Muon mission, serving as the ultimate technical authority and primary interface with customers and cross-functional teams.
Compensation
The salary range for this role is $159,000 - $219,000, plus a competitive equity grant and comprehensive benefits package.
Responsibilities
Serve as the ultimate technical authority for your designated mission
Lead the conceptualization, design, and development of the mission
Drive critical cross-functional technical trades and decisions
Own the translation of customer objectives into technical requirements
Serve as the primary technical point of contact
Requirements
Bachelor's in an engineering field or higher
Nice to have: experience with major space programs for USG, DoD, IC customers
Nice to have: experience with USG/IC acquisition programs
Nice to have: understanding of USG/IC contracts
Nice to have: proposal development for government contracts
Distinguished Member of Technical Staff (DMTS) to lead architecture analysis for AI, cloud and enterprise platforms, connecting DRAM architecture with system-level modeling and analysis.
Compensation
The US base salary range that Micron Technology estimates it could pay for this full-time position is: $216,000.00 - $430,000.00 a year.
Responsibilities
Lead architecture analysis for AI, cloud and enterprise platforms
Analyze DRAM and LPDRAM component and circuit designs across multiple competitive parts
Build deep understanding of DRAM architecture, device organization and layout effects
Analyze technology's electrical margins, signaling, thermal behavior, power and performance
Quantify tradeoffs across: Cost per GB, Power efficiency, Latency, Bandwidth, Reliability, Thermals, Controller and platform complexity
Leading the development of sophisticated electrical systems that power and control Lam’s advanced semiconductor equipment, including electrical architecture, power distribution, controls, and PCB integration.
Responsibilities
Managing an electrical engineering team that develops, designs, and releases next-generation semiconductor process equipment
Responsible for the research, design, development, modification, and evaluation of our product’s control signal and power distribution system
Design, development, and evaluation of subsystems consisting of electrical, electro-mechanical, and electronic systems with a focus on high voltage power enclosures
Determining and leading design approaches and analyzing equipment to establish operating data, conduct experimental tests, and evaluate results
Successfully managing engineering resource assignments, priorities, and deadlines