Mixed-Signal SoC Architect

Last Mile Solutions
Dresden, Germany
18 days ago
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Role details

Contract type
Internship / Graduate position
Employment type
Full-time (> 32 hours)
Experience level
Expert
Experience required
10 years minimum
Working hours
Shift work
Languages
English
Job source

Tech stack

4G (Telecommunication) Systems Engineering Bluetooth C++ (Programming Language) Software Documentation Computer Engineering Logic Synthesis of Circuits Firmware Python (Programming Language) MATLAB Software Requirements Analysis Verification and Validation (Software)
+8 more
SystemC SystemVerilog Verilog Wi-Fi Technology Digital Access Carrier System 5G NR Information Technology Front End Software Development

Job description

  • Responsibility for the technical SoC architecture from the perspective of implementation, integration, and system interdependencies.
  • Deriving a technical system and SoC architecture based on product requirements, customer needs, application scenarios, and technical constraints.
  • Defining the functional division between analog, RF, digital, firmware, and-where relevant-external components.
  • Defining and documenting interfaces between analog, RF, digital, and firmware components, including data, control, timing, clock, reset, power, calibration, and register interfaces.
  • Evaluation of the architecture in terms of performance, power consumption, chip area, cost, robustness, testability, development effort, and time-to-market.
  • Coordinating the architecture with technical management, project management, and the responsible leads of the involved development departments.
  • Taking customer requirements, product goals, and application scenarios into account when making technical architecture decisions.
  • Preparing, facilitating, and documenting architectural decisions, design reviews, and technical decision documents.
  • Defining interfaces, responsibilities, and handoffs between Systems Engineering, RF/Analog Design, Digital Design, Synthesis & Physical Implementation, Firmware, and Validation.
  • Assisting in defining the hardware/software partitioning and in assigning functions and responsibilities among the SoC, firmware, and higher-level system components.
  • Assessing the impact of architectural decisions on implementation, verification, integration, silicon bring-up, and subsequent product maintenance.
  • Support in defining verification strategies and in mapping requirements to appropriate verification and validation measures.
  • Early identification, assessment, and tracking of technical integration risks.
  • Support in the preparation and execution of pre-silicon and post-silicon activities through tape-out and beyond.
  • Support for the integration of analog, RF, digital, and firmware components into the overall architecture.
  • Maintenance of architecture, interface, and decision documentation throughout the entire development lifecycle.
  • Serving as a liaison between technical teams, product managers, customer requirements, and project goals.
  • Contribute to the further development of architectural methods, review processes, documentation standards, and integration processes within a growing deep-tech company., + Hardware/software interfaces, firmware requirements, and register and driver concepts.
  • Architecture and modeling tools, as well as formal or simulation-based system verification.
  • Safety-critical, reliability-critical, or highly energy-efficient embedded systems.
  • Collaborating with customers or product teams, as well as prioritizing and technically interpreting requirements.
  • Establishing or further developing architecture, review, and integration processes in a startup or scale-up environment.
  • Functional partitioning, system modeling, reference models, or early feasibility assessments for complex SoC architectures.
  • RF and analog subsystems, such as ADCs, DACs, PLLs, LNAs, PAs, analog front-ends, digital front-ends, or power management blocks.
  • Knowledge of SystemC, MATLAB/Simulink, Python, C/C++, Verilog/SystemVerilog, or comparable modeling and implementation environments.

Requirements

  • A degree in electrical engineering, microelectronics, telecommunications engineering, computer science, computer engineering, or a comparable qualification.
  • Extensive practical experience in the development and integration of complex SoCs, ASICs, mixed-signal systems, or comparable embedded systems; typically, you have at least ten years of relevant professional experience outside of your studies and internships.
  • Proven experience in translating product, customer, and system requirements into a clear, consistent, and implementable system and SoC architecture.
  • Practical experience in defining and coordinating interfaces between analog, RF, digital, and firmware components.
  • A solid understanding of development and integration processes, from system definition through design and verification to tape-out, silicon bring-up, or product release.
  • You can systematically evaluate technical trade-offs between performance, power consumption, die area, cost, robustness, testability, and development effort, and translate them into sound architectural decisions.
  • Experience in structuring and facilitating technical decision-making, architecture reviews, and cross-team coordination.
  • Excellent communication and coordination skills when interacting with technical leads, project management, product managers, and-where relevant-customers.
  • You can convey complex technical concepts precisely, clearly, and in a way tailored to different audiences.
  • A structured, analytical, and solution-oriented approach to work, along with a high degree of initiative, personal responsibility, and decision-making ability.
  • Good written and spoken English skills for technical documentation and working in an international team.

Nice-to-have:

  • Experience with
  • mixed-signal SoCs for wireless, communications, or IoT applications.
  • DECT NR+, DECT-2020, 4G/5G, Wi-Fi, Bluetooth, or comparable wireless communication systems.

Benefits & conditions

Creative freedom & responsibility

  • Ample creative freedom and genuine ownership instead of micromanagement
  • Short decision-making paths and direct influence on strategic decisions
  • A tangible contribution to the success of our product and company
  • The opportunity to play a key role in a growing deep-tech company
  • Contributing to a technology that can transform the future of wireless communication
  • The opportunity to help shape the architecture of complex mixed-signal SoCs, from the initial system concept through to silicon validation, * Employer contribution toward the Deutschlandticket or DVB-Jobticket in the amount of €55.10 per month
  • Alternatively, an employer contribution toward the JobRad of €54.90 per month
  • Unlimited free access to the gym located right in the building
  • Retirement savings and disability insurance with contributions ranging from €100 to €200 per month

Flexibility & Work Environment

  • Flexible work hours with core working hours from 10:00 a.m. to 3:00 p.m.
  • Hybrid work with a high degree of flexibility
  • Modern hardware and professional work equipment
  • Bright, modern office spaces in a central location in Dresden
  • Ergonomically equipped workstations

Team & Culture

  • An international team with flat hierarchies and short lines of communication
  • Direct interaction with management and technical decision-makers
  • Colleagues who support one another and share knowledge
  • Lunch breaks together and regular team events
  • A corporate culture in which initiative and new ideas are actively encouraged

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