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Job Description Job Description Job Description We are seeking an experienced and highly motivated Senior Application Engineer to join our team focusing on DDR5 solutions. In this role, you will play a critical part in driving the validation, implementation, and optimization of DDR5 memory systems, specifically focusing on digital and power efficiency. You will collaborate with cross-functional teams, to ensure that DDR5 power systems meet the highest standards of quality and reliability. Key Responsibilities: Product Validation : Validation of new products within the power modules for DDR5 memory and memory controllers, ensuring compliance with industry standards and customer requirements. This includes heavy bench measurements to collect data and validate full functionality of new products. System-level Analysis : Conduct analysis of different DDR5 modules to identify performance and develop strategies to enhance system power efficiency without compromising performance. Tool Development : Create and maintain bench automation software for data collection, as well as simulation models and tools to analyze DDR5 power consumption at various system levels (e.g., chip, board, and system). Customer Support : Provide technical support for DDR5 power-related issues during product development and integration phases. Work directly with customers to resolve any technical issues or complex power-related challenges. Collaboration with Cross-functional Teams : Work closely with design, product, test, packaging and other teams to ensure DDR5 solutions meet all performance and specification requirements. Documentation and Reporting : Prepare technical documentation, including specifications, datasheets, power analysis reports, validation reports and test plans to support internal and external stakeholders. Qualifications Education : Bachelor's or Master's degree in Electrical Engineering (or a related field). Experience : 4+ years of experience in power management, memory system design, or related fields (3+ years of focus on DDR5 or similar high-speed memory technologies will be a plus). Skills & Expertise : Hands-on experience with bench validation of analog, digital, and power management devices (such as PMICs, SPD Hub, I3C switches, Temp sensor, etc.) Strong understanding and knowledge of analog and mixed signal circuits (such as amplifiers, temperature sensors, ADC, DAC, voltage regulators, and related power components) Automation experience using LabVIEW, Python or similar programming languages Experience with customer support for technical design and resolving any issues at the application level Experience with developing customer reports, Application notes, datasheets and other technical collateral Communication : Excellent written and verbal communication skills, with the ability to explain complex technical concepts to cross-functional teams and customers. Preferred Qualifications: Advanced Degree : Master's or Ph.D. in Electrical Engineering (or a related field). Additional Experience : Familiarity with DDR5 JEDEC standards and protocols is a plus Expertise in power modeling and simulation tools will be a plus Expertise in hardware design tools will be a plus Additional Information The expected annual pay range for this position is $120K-$145K. This position is also eligible for bonus opportunities. Please note that final offer amount will be dependent on geographic location, applicable experience, and skillset of the candidate. Renesas offers a full range of elective benefits including medical, health savings account (with applicable medical plan), dental, vision, health and/or dependent care flexible spending accounts, pre-tax commuter benefits, life insurance, AD&D, and pet insurance. In addition to elective benefit options, benefited employees receive company-paid life insurance and AD&D, LTD, short term medical benefits as well as paid sick time, paid holidays, and accrued paid vacation. New employees will attend a detailed benefit orientation to learn more about our many benefits and resources Renesas is an embedded semiconductor solution provider driven by its Purpose, To Make Our Lives Easier . With a global team of over 21,000 engineers and problem solvers in more than 30 countries, we offer the opportunity to work on world leading technology for Automotive, Industrial, Infrastructure, and IoT, shaping a safer, healthier, greener, and smarter future. At Renesas, TAGIE is our culture, grounded in being Transparent, Agile, Global, Innovative, and Entrepreneurial. It shapes how we work, grow and deliver on our purpose together. This collaborative spirit and mindset drive our semiconductor technology to transform industries and impact millions of lives. We believe in rewarding our employees with a competitive benefits package alongside their salary. More information will be provided during the hiring process. Are you ready to join our team and shape the future with us? Renesas Electronics is an equal opportunity and affirmative action employer, committed to supporting diversity and fostering a work environment free of discrimination on the basis of sex, race, religion, national origin, gender, gender identity, gender expression, age, sexual orientation, military status, veteran status, or any other basis protected by law. For more information, please read our Diversity & Inclusion Statement. Renesas Electronics deals with dual-use technology that is subject to U.S. export controls regulations. Under these regulations it may be necessary for Renesas to obtain U.S. government export license prior to release of technology to certain persons. The decision whether or not to file or pursue an export license application is at the sole discretion of Renesas.

Job Description Job Description ElevATE Semiconductor designs low-power, high-density ICs for Automated Test Equipment (ATE), including integrated pin electronics. Our products sit inside the testers that test everyone else's chips, so our customers are some of the most demanding engineers in the industry. Applications Engineering is a role that sits between those customers and our Design, Product and Quality engineers. We write the guides customers rely on, build the EVMs and software they evaluate with, and drive the end to end technical debug when something in their system doesn't work. A typical week includes time at the bench, and time explaining what we find to someone who needs to act on it. What we look for at every level: Bench instinct. You've debugged real hardware with a scope, supplies and an SMU, and you trust measurements over assumptions. Curiosity. When a result looks wrong you want to know why, not just make it go away. Clear Communication. You can turn a complex problem into a clear investigation someone else can act on. Ownership. On a small team, the problem you pick up is yours until it's closed or handed off cleanly. About this role This is the engineer who takes a customer issue or a new EVM from start to finish with little hand-holding. You'll spend real time in the lab, own documentation for the products you support, and be the customer's go-to technical contact. Responsibilities Lead complex customer and system-level investigations: define the problem, reproduce it in the lab and drive root cause with Design, Product and Quality Engineering and close the loop with the customer. Generation of technical documentation for Elevate products including datasheets, product guides, application notes and other material to support integration of these devices into customer systems. Interface with internal engineering teams to help bring new products from initial concept through production release. Perform bench testing and analysis to support customer inquiries and troubleshooting issues. Reproduce customer observations and provide technical guidance on how to use Elevate parts. Support failure, quality, and reliability analysis in conjunction with the operations team. Coordinate with the sales team through the entire sales process by assisting with product recommendations for new customer designs and on-site customer visits to promote Elevate IC products. Requirements BS in Electrical Engineering, Computer Engineering, or a related field 3-7 years professional experience in applications, test, product or systems engineering on semiconductor products. Extensive experience with bench equipment: scopes, SMUs, supplies, AWGs, probing technique, and knowing when the setup is the problem. You should be able to walk us through a problem you found and fixed at the bench. Experience with analog and mixed-signal circuits. Clear communication and the ability to explain technical findings to both an engineer and a manager. Willingness and ability to travel occasionally as business needs require. Preferred Qualifications Experience in Semiconductor Test, ATE, measurement equipment or high-performance instrumentation Experienced in Analog, Mixed Signal Design or Transistor Level Debug Exposure to PCB design review and bring up or using tools such as Altium or Allegro Familiarity with SPICE simulation tools such as LTspice, PSpice Experience using programming languages or tools for test automation and data analysis such as python, C, JMP, Excel Benefits The anticipated annual base salary range for this position is $110,000.00 to $130,000.00 . Actual compensation will be determined based on factors such as experience, skills, qualifications, education, location, and business needs. In addition to base salary, employees may be eligible for incentive compensation and a comprehensive benefits package. This salary range represents the Company's good-faith estimate of the compensation it reasonably expects to pay for this position at the time of posting.

Job Description Job Description ElevATE Semiconductor designs low-power, high-density ICs for Automated Test Equipment (ATE), including integrated pin electronics. Our products sit inside the testers that test everyone else's chips, so our customers are some of the most demanding engineers in the industry. Applications Engineering is a role that sits between those customers and our Design, Product and Quality engineers. We write the guides customers rely on, build the EVMs and software they evaluate with, and drive the end to end technical debug when something in their system doesn't work. A typical week includes time at the bench, and time explaining what we find to someone who needs to act on it. What we look for at every level: Bench instinct. You've debugged real hardware with a scope, supplies and an SMU, and you trust measurements over assumptions. Curiosity. When a result looks wrong you want to know why, not just make it go away. Clear Communication. You can turn a complex problem into a clear investigation someone else can act on. Ownership. On a small team, the problem you pick up is yours until it's closed or handed off cleanly. About this role This role is ideal for an experienced engineer who knows how to solve a technical problem with no obvious cause. You'll hold deep product and ATE knowledge for the team, lead challenging customer escalations, and have opportunities to collaborate cross functionally to drive the solutions. Responsibilities Lead complex customer and system-level investigations: define the problem, reproduce it in the lab and drive root cause with Design, Product and Quality Engineering and close the loop with the customer. Generation of technical documentation for Elevate products including datasheets, product guides, application notes and other material to support integration of these devices into customer systems. Interface with internal engineering teams to help bring new products from initial concept through production release. Perform bench testing and analysis to support customer inquiries and troubleshooting issues. Reproduce customer observations and provide technical guidance on how to use Elevate parts. Analyze competitive landscape and identify differentiation for Elevate IC products. Support failure, quality, and reliability analysis in conjunction with the operations team. Coordinate with the sales team through the entire sales process by assisting with product recommendations for new customer designs and on-site customer visits to promote Elevate IC products. Requirements BS in Electrical Engineering, Computer Engineering, or a related field 10+ years professional experience in applications, test, product or systems engineering on semiconductor products. Extensive experience with bench equipment: scopes, SMUs, supplies, AWGs, probing technique, and knowing when the setup is the problem. You should be able to walk us through a problem you found and fixed at the bench. Strong analog and mixed-signal circuit understanding, down to transistor-level behavior when debug requires it. A track record of leading ambiguous, multi-variable engineering investigations to a defensible conclusion. Clear communication and the ability to explain technical findings to both an engineer and a manager. Preferred Qualifications Experience in Semiconductor Test, ATE, measurement equipment or high-performance instrumentation Experienced in Analog, Mixed Signal Design or Transistor Level Debug Experience across the silicon lifecycle, from validation, characterization, and design verification through quality and mass production ramp Exposure to PCB design review and bring up or using tools such as Altium or Allegro Familiarity with SPICE simulation tools such as LTspice, PSpice Experience using programming languages or tools for test automation and data analysis such as python, C, JMP, Excel Benefits The anticipated annual base salary range for this position is $150,000.00 to $180,000.00 . Actual compensation will be determined based on factors such as experience, skills, qualifications, education, location, and business needs. In addition to base salary, employees may be eligible for incentive compensation and a comprehensive benefits package. This salary range represents the Company's good-faith estimate of the compensation it reasonably expects to pay for this position at the time of posting.

Job Description HCLTech is looking for a highly talented and self-motivated Senior Signal & Power Integrity Engineer to join it in advancing the technological world through innovation and creativity. Job Title: Senior Signal & Power Integrity Engineer Job ID: 183100 Position Type: Full Time Location: Redmond, WA - Onsite Role Overview We are seeking a Senior Signal & Power Integrity Engineer to work in a dynamic, cross-functional environment focused on optimizing ASIC, package, and PCB designs for mixed-signal circuits. The engineer will own Signal Integrity (SI) and Power Integrity (PI) throughout the complete hardware development lifecycle, working at the intersection of electrical, mechanical, thermal, and RF engineering. As part of a cryogenic hardware team, this role will support the development of advanced technologies operating in challenging environments. The position will focus on SI/PI design and analysis for ICs, advanced packages, substrates, interposers, redistribution layers (RDL), PCBs, connectors, and cables. Responsibilities will span silicon architecture, IP evaluation, package performance, interconnect stack-up selection and characterization, channel and PDN architecture, and PCB layout optimization. Key Responsibilities Own the Signal Integrity and Power Integrity requirements for cryogenic ASICs, packages, PCBs, connectors, and cables. Model and simulate end-to-end high-speed channels, including transceivers, IC packages, PCBs, cross-board connectors, and cables. Perform time-domain and frequency-domain SI/PI analysis using SPICE and full-wave electromagnetic simulation methodologies. Analyze link quality, including insertion loss, return loss/reflection, crosstalk, impedance, and other signal degradation mechanisms. Identify and resolve SI issues across transition structures, including die bumps, package BGA, PCB, connectors, and cables. Perform Power Delivery Network (PDN) analysis and optimization. Interpret simulation results and provide design guidelines for PCB materials, stack-up, transmission-line routing, component placement, and layout optimization. Define best practices, simulation workflows, test methodologies, signoff criteria, and lab equipment requirements for SI/PI. Evaluate package and interconnect performance and support advanced packaging architectures. Work closely with multidisciplinary teams, including ASIC designers, electrical engineers, package engineers, PCB designers, and hardware measurement engineers, to optimize overall system performance. Support SI/PI debugging, root-cause analysis, and hardware validation. Required Qualifications 4+ years of experience working within IC design, SI/PI, packaging, or related hardware development environments. Deep understanding of electrical engineering fundamentals, electromagnetic theory, and coupling mechanisms. Hands-on experience with transmission-line simulation, channel modeling, Signal Integrity, and Power Integrity analysis. Strong understanding of high-speed interfaces, IC packages, PCB interconnects, and PDN architecture. Hands-on expertise with relevant EDA and simulation tools, such as: Ansys HFSS, Q3D, and SIwave Cadence PowerSI, Clarity, PowerDC, Allegro, APD, and Spectre Keysight ADS Synopsys HSPICE Experience performing SI analysis of interposers and advanced IC packages, such as FCBGA, chiplet-based architectures, CoWoS, 2.5D, and 3D packaging. Practical knowledge of laboratory measurements using Vector Network Analyzers (VNA) and oscilloscopes. Strong debugging and root-cause analysis skills. Preferred Qualifications 6+ years of experience in Signal Integrity and Power Integrity, including designing, implementing, and debugging Power Delivery Networks for large processors, FPGAs, SoCs, or ASICs with complex power requirements. Experience with analog electronic circuit design. Knowledge of on-chip power analysis flows, including tools such as PrimeTime PX (PTPX), RedHawk, and Voltus. Understanding of SoC physical design, including floorplanning and power delivery. Experience with scripting and automation using Python and Bash. Experience debugging and resolving EMI/EMC and de-sense issues. Experience with IC packaging in extreme environments and/or cryogenic temperatures. Strong technical documentation and report-writing skills. Strong communication and cross-functional collaboration skills. Experience mentoring engineers or providing technical guidance across teams. Ability to work effectively in a rapidly evolving research and hardware development environment. Pay and Benefits Pay Range Minimum: $95000/Year Pay Range Maximum: $192000/Year HCLTech is an equal opportunity employer, committed to providing equal employment opportunities to all applicants and employees regardless of race, religion, sex, color, age, national origin, pregnancy, sexual orientation, physical disability or genetic information, military or veteran status, or any other protected classification, in accordance with federal, state, and/or local law. Should any applicant have concerns about discrimination in the hiring process, they should provide a detailed report of those concerns to for investigation. A candidate's pay within the range will depend on their skills, experience, education, and other factors permitted by law. This role may also be eligible for performance-based bonuses subject to company policies. In addition, this role is eligible for the following benefits subject to company policies: medical, dental, vision, pharmacy, life, accidental death & dismemberment, and disability insurance; employee assistance program; 401(k) retirement plan; 10 days of paid time off per year (some positions are eligible for need-based leave with no designated number of leave days per year); and 10 paid holidays per year How You'll Grow At HCLTech, we offer continuous opportunities for you to find your spark and grow with us. We want you to be happy and satisfied with your role and to really learn what type of work sparks your brilliance the best. Throughout your time with us, we offer transparent communication with senior-level employees, learning and career development programs at every level, and opportunities to experiment in different roles or even pivot industries. We believe that you should be in control of your career with unlimited opportunities to find the role that fits you best.

Job Description Job Description Principal Hardware Engineer, Analog & RF About Mesa Quantum Mesa Quantum is building the manufacturing backbone of the quantum economy. We specialize in chip-scale quantum devices, starting with clocks and sensors, that unlock resilient Position, Navigation, and Timing (PNT) for defense, telecom, space, and critical infrastructure. Our team combines world-class expertise in AMO physics, photonics, microfabrication, and engineering to transform breakthrough science into scalable, deployable technology. Backed by top-tier deep-tech investors and the U.S. Department of Defense, Mesa Quantum is rapidly scaling and actively recruiting exceptional innovators who want to build the future of quantum technology from the ground up. The Role We are hiring a Principal Hardware Engineer to own the board-level control electronics at the core of our chip-scale atomic clock. This is a circuit board design role, not an IC design role: you will take precision analog and RF boards from schematic through layout, bring-up, characterization, and production. You will be the senior hardware engineer on the clock. You own the analog front end, the microwave synthesis chain, the laser drive and thermal control electronics, and the boards that tie them together. You will work daily with our AMO physics, photonics, firmware, and systems teams, and you will set the standard for how Mesa Quantum designs hardware. This is a hands-on principal role. You are expected to personally do the bulk of the circuit and PCB design work, not delegate it. We want an engineer who loves designing circuits, takes pride in clean analog topology and a well-routed board, and would rather be at the bench than in front of slides. Reports to the CTO. Full-time, on-site in Boulder, CO. What You Will Do Design and lay out multi-layer precision analog and RF circuit boards yourself, from schematic capture and simulation through PCB layout, fabrication, bring-up, and debug Own the precision analog front end: photodetector signal conditioning, low-noise transimpedance and instrumentation amplification, and lock-in detection for weak atomic signal recovery Design and validate the microwave synthesis chain that drives atomic interrogation, including PLL and VCO design, phase noise optimization, and reference distribution Design precision VCSEL current drive and thermal control electronics for the laser and physics package Architect successive generations of the control electronics, driving size, power, and noise down at each iteration Build characterization protocols, test fixtures, and automation to validate clock performance against Allan deviation, phase noise, and holdover targets Partner with firmware engineers on the hardware and software interface, and with physicists on the system noise budget Drive Design for Manufacturability and Design for Test with PCB fabricators, assembly houses, and contract manufacturers as we scale toward volume production Set hardware design standards, lead design reviews, and mentor engineers Requirements What You Bring: 10+ years of board-level analog and RF hardware design, including at least one product taken from prototype through volume production A track record of multi-layer boards you personally designed and laid out, mixing sensitive analog, RF, and digital circuits: stack-up definition, controlled impedance, grounding and return-path control, shielding, and thermal management. Be ready to walk us through one in the interview. Current, hands-on proficiency in a professional PCB design tool such as Altium Designer, Cadence Allegro/OrCAD, or KiCad Deep expertise in low-noise precision analog: signal conditioning, low-noise amplifiers, ADC and DAC interfacing, and rigorous noise budgeting RF circuit design through GHz frequencies, with hands-on experience in low phase noise frequency synthesis, PLLs, and VCOs Strong SPICE simulation and circuit analysis skills, including noise, stability, and tolerance analysis Hands-on bench proficiency with oscilloscopes, spectrum and phase noise analyzers, network analyzers, source measure units, and signal generators Scripting experience for instrument control, characterization, and data analysis Version control (Git or similar) for hardware design files Strongly Preferred Chip-scale atomic clocks, rubidium or cesium oscillators, OCXOs, or other precision frequency references Optoelectronics: VCSEL or laser diode drive, photodetector readout, laser frequency locking Embedded firmware in C/C++ on ARM Cortex-M class microcontrollers FPGA development in Verilog or SystemVerilog, including real-time DSP (lock-in detection, PID, digital filtering) Hardware design under hard size, weight, and power budgets Board-level integration of custom mixed-signal silicon, including block specification or characterization Hands-on management of PCB fabricators, assembly houses, and contract manufacturers Defense, aerospace, or space-qualified hardware experience Familiarity with atomic physics or other quantum sensing modalities Experience leading or mentoring a small hardware team Eligibility Due to U.S. Department of Defense funding requirements, applicants must be U.S. persons (U.S. citizens or lawful permanent residents). The ability to obtain and maintain a U.S. security clearance may be required for certain projects. Benefits Base salary of $180,000 to $230,000, based on experience, skills, and demonstrated expertise Meaningful equity in a deep-tech company at the inflection point between prototype and product Comprehensive benefits package Direct ownership of a critical subsystem with measurable impact on a product that matters to U.S. national security A team that includes deep AMO physics, RF, photonics, and microfabrication expertise Boulder location with access to Colorado's strongest tech and outdoor communities

Job Description Job Description Position 1 Sr.ASIC designer: This Senior Architect position will be responsible for guiding and developing ASICs for applications within Magnetic Resonance (MR) systems. The successful candidate will interface with ASIC simulation & design teams, and Hardware Subsystem teams to help deliver mixed-signal and digital ASIC design solutions. Essential Responsibilities Duties include (but are not limited to): • Guide ASIC development leveraging experience in mixed-signal (RF ADC/DAC & associated demodulation, digital filtering, etc functional blocks) and digital ASIC design • Familiarity with System Verilog and VHDL code to understand FPGA-based designs; familiar with transitioning FPGA solutions to ASIC • Scope and define ASIC test and verification plans, ensuring test coverage & debugging are key parts of initial designs. • Support verification using UVM or equivalent industry standard methodology • Write detailed functional specifications that document newly created designs and support product introduction. • Provide technical support to team throughout product development and implementation process. • Model, build, test, and modify product prototypes using working models or theoretical models constructed with simulation. • Provide input requirements & definition to firmware team to develop low-level drivers for communication links. • Select hardware and material, assuring compliance with specifications and product requirements. • Engaging in all phases of new product introduction: concept, architecture, documentation, design, prototype, test, supplier interfaces, manufacturing introduction and service support. • Update knowledge and skills in order to keep up with rapid advancements in ASIC/mixed-signal processes & technologies. • Identifying and developing new opportunities to leverage Strategic Sourcing objectives and Common Technology initiatives in the MR product line. Qualifications/Requirements BS in Electrical Engineering or similar with at least 10 years mixed signal ASIC design experience. Experience in full cycle mixed-signal ASIC development & realization, including understanding of all involved tasks to drive a design to tape-out Familiarity with analog ASIC design tools (Synopsys, Cadence, etc). Demonstrated experience in digital ASIC (System Verilog/VHDL) design and simulation tools (QuestaSim, Xcelium, etc) Demonstrated experience in MATLAB or equivalent simulation/modeling tool Working knowledge of project management processes and procedures. Experience with typical related electrical test equipment such as oscilloscopes, logic analyzers Position 2 Lead Wireless Engineer This Wireless Electrical Engineer position will primarily be responsible for the development of wireless modules and interfaces implemented within a Magnetic Resonance (MR) system. The candidate will leverage knowledge of industry standard wireless protocols, digital communication standards, circuit board design process to ensure quality design output. Essential Responsibilities • Assess commercially available wireless solutions for implementation within MR designs, with focus on link reliability, power, and platforming/lifecycle. • Define and execute testing to evaluate wireless concepts in challenging RF environments. • Drive schematic capture for circuit boards implementing associated wireless designs and high speed interfaces. • Write detailed functional specifications that document newly created designs and support product introduction. • Lend technical expertise to Installed Base teams to support design fixes and customer Escalations. • Engaging in all phases of new product introduction: concept, architecture, documentation, design, prototype, test, supplier interfaces, manufacturing introduction and service support. Qualifications/Requirements 1. BS in Electrical Engineering with 5 years relevant industry experience, 3+ years wireless / RF experience 2. Experience and knowledge in the area of digital design and control 3. Wireless test equipment: protocol analyzer, spectrum analyzer etc 4. Working knowledge of project management processes and procedures. 5. Experience with typical electrical test equipment such as oscilloscopes 6. Working knowledge of PWA board bring-up and system integration experience Position 3 Firmware Embedded Linux Engineer Work closely with systems and hardware teams on requirements gathering and capture. Interact with global software and hardware teams to ensure software platform consistency across all MR platforms. Develop software which meets rigorous quality, reliability, performance, and testability requirements. Work closely with architects and team leads on design and architectural improvements. Perform code and design reviews when appropriate. Use Scaled Agile Framework to implement software. Support planning and execution through user stories to meet commitment made by scrum team. Qualifications/Requirements: Bachelor's degree, or foreign degree equivalent, in Computer Science, Electrical Engineering or related computer field. A minimum of 3 years of experience working with embedded Linux (Yocto or similar) including OS customization and developing kernel modules. A minimum of 5 years of experience developing object oriented (OO) software leveraging object oriented design methodology. A minimum of 5 years of experience with C++ software development. Familiarity using standard tools for embedded software development such as emulators, debuggers, analyzers.

Job Description Job Description Position Title : Senior Loudspeaker Systems Engineer (Acoustics / Hardware / DSP) Location : Lawrence, KS Department : Product Development (ML - R&D) Reports To : Sr. Project Manager (Martin Logan - ML) Job Type : Full-Time Company Overview : Martin Logan (ML) is a renowned manufacturer of high-fidelity premium audio equipment, specializing in electrostatic and hybrid loudspeakers. Founded in 1983 in Lawrence Kansas, ML has become a leader in innovative speaker design, offering exceptional sound quality and sophisticated aesthetics. We at ML are seeking a skilled and motivated Electronic Designer to join our dynamic team of professionals and contribute to our cutting-edge projects. Position Summary : We are seeking a visionary Senior Loudspeaker Systems Engineer to pioneer the next generation of our world-class, high-end speaker systems. In this role, you will own the entire acoustic and electro-mechanical signal chain. You will bridge the gap between physical transducer mechanics, premium analog/digital hardware, and advanced digital signal processing (DSP). From customizing bespoke driver architectures to programming precision active crossovers and room-correction filters, your work will directly define the signature sonic luxury and breathtaking imaging our brand is celebrated for. Key Responsibilities: Electro-Acoustic System Design: Architect high-performance, multi-way active and passive loudspeaker systems, optimizing the synergy between cabinets, custom drivers, and electronics. Premium Electronics Design: Develop audiophile-grade, low-noise analog input stages, ultra-clean DAC/ADC paths, and robust power delivery networks. Advanced DSP & Crossover Design: Architect and implement analog/digital crossover networks, phase correction, dynamic protection algorithms, and boundary/room-compensation filters. Advanced Lab Metrology: Lead exhaustive objective validation using state-of-the-art diagnostic tools (e.g., Klippel R&D systems, Audio Precision). Critical Listening: Conduct structured, subjective double-blind listening tests to "voice" the loudspeaker, gracefully balancing perfect engineering data with emotional musicality. Qualifications: Education: Bachelor's or Master's degree in Electrical Engineering or Acoustical Engineering, Software Engineering (with an acoustics focus) Experience: 7+ years designing high-end consumer, studio monitor, car audio, or professional concert-level loudspeaker electronics systems DSP & Simulation Tools: Proficiency in analog filter as well as DSP filter mathematics with the ability to use Mathcad, Matlab, or specialized design software for designing and simulating passive and active and DSP filter behaviors and the resulting acoustic responses Mixed-Signal Circuit Design : Proven track record of designing low-distortion analog and digital circuits, schematics and PCB layouts optimized for audio signal integrity Preferred Qualifications: Embedded Software: Experience writing embedded C and/or configuring dedicated audio DSP architectures (e.g. Analog Device SigmaDSP or Dream DSP). Audio Precision: Experience setting up Audio precision systems for quality control and using the equipment for design validation. Software : C# experience helpful for in house software maintenance. Equal Opportunity Employer : ML is an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all employees. As part of the Fighting Against Forced Labour and Child Labour in Supply Chains Act (the"Act"), Paradigm Electronics Inc. will not employe any children under the age of 15, by taking special precautions to safeguard the health, security, and rights of persons under the age of 18 and ensure that they do not perform any hazardous work. We are committed to an inclusive, equitable and accessible workplace where all employees are valued. Accommodations are available upon request for candidates participating in our selection process.

Job Description Job Description At Atom Computing, we build quantum computers using arrays of optically trapped neutral atoms that will empower customers to achieve unprecedented computational breakthroughs. Join a world-class team of scientists, engineers, and business professionals to advance the state-of-the-art in quantum computing. We are seeking a hands-on Senior Hardware Engineer with expertise in high-speed mixed-signal design to research, design, develop, and test custom instrumentation for our quantum computing control systems. In this role, you will represent the Control Systems team, working closely with Quantum Engineering to integrate, deploy, and support this hardware in our quantum computers. Due to the need for collaboration with Atom's theory, software and hardware teams, this role is required to be in the office in Boulder or Austin at least 3 days per week. Responsibilities Design high level system architectures for instruments with particular focus on driving definition of analog and RF front end designs, including signal conditioning and amplification stages, DAC and ADC selection, power and clocking schemes, as well as control and monitoring circuitry. Own the research, simulation, prototyping, evaluation, and design of high speed mixed-signal front ends used for driving high speed and high resolution analog signals used to interface with the lasers and actuators that control our quantum computers. Collaborate with software, quantum, laser, optical, and systems engineers to understand system needs, discuss solutions and define hardware design requirements. Board-level circuit design, schematic capture, and PCB layout (working with a PCB layout designer) in Altium Designer of custom control system hardware. Actively participate in the bring-up, verification, and testing of control system hardware systems, collaborating closely with FPGA, firmware, and software engineers. Experience & Education BS or MS in Electrical Engineering, Computer Engineering, or a related technical field. 5+ years of relevant postgraduate professional experience in board-level analog and digital circuit design, preferably with Altium Designer. Required Qualifications Experience completing at least one full hardware design cycle, from concept development and schematic capture through PCB layout, fabrication, and initial board bring-up. Mixed signal design experience Working knowledge of PCB design best practices and a keen attention to detail. Demonstrated proficiency with electronic test equipment (e.g., oscilloscopes, spectrum and logic analyzers, signal generators) for the bring-up and debug of prototype electronics assemblies. Experience working on boards with complicated ICs (FPGAs, processors, etc) requiring several power supplies, high speed busses, and high speed memory interfaces Self-motivated, collaborative, and driven to work effectively in a fast-growing startup environment. Ability to effectively communicate and collaborate with a diverse team of experimental physicists, hardware, and software engineers. Preferred Qualifications Familiarity with RF design concepts and/or software defined radio Experience designing for and characterizing high-speed data-converter systems for low phase noise, low spurious content, and high linearity. Experience with multi-gigabit serial transceiver lane design, evaluation, equalization Experience with IBIS-AMI modeling and correlation for multi-gigabit serial interfaces Experience designing high speed memory interfaces Experience with high speed digital and analog I/O and connector/cable selection and characterization Capable in scripting languages (e.g., Python) for basic data acquisition, instrument control, and automating hardware test and characterization. Experience working in a Linux environment Familiarity with the MicroTCA, PXIe, or similar pluggable instrument standards Atom Computing provides a wide variety of perks and benefits, including fully paid medical, dental, and vision insurance for our employees and their dependents. Additionally, unlimited paid time off, 401K company matching, short- and long-term disability, FSA, dependent care benefits, and life insurance. We also offer drinks, snacks, and catered team lunches in our offices, every day! The base salary range for this position is between $140,000 - $160,000 annually, commensurate with experience. In addition to salary, we offer an annual bonus and equity in the company. We may use artificial intelligence (AI) tools to support parts of the hiring process, such as reviewing applications, analyzing resumes, or assessing responses and identifying potential inconsistencies or verification signals in application materials based on available information. These tools assist our recruitment team but do not replace human judgment. Final hiring decisions are ultimately made by humans. If you would like more information about how your data is processed, please contact us.