Seb***Dr.

Director AI Competence Center

Education

RWTH Aachen University

RWTH Aachen University (2016 - 2019)

  • Degree: Ph.D.
  • Field of Study: Electrical and Electronics Engineering
  • Description:

Karlsruhe Institute of Technology (KIT) (2012 - 2015)

  • Degree: Master of Science (M.Sc.)
  • Field of Study: Electrical, Electronics and Communications Engineering
  • Description:

Universidad de Cádiz (2013 - 2013)

  • Degree: Unknown Degree
  • Field of Study: Unknown Field
  • Description: Erasmus student exchange semester

Skills:

Deep Neural Networks (DNN), Embedded Systems, C, Software Development

Work Experience:

Director AI Competence Center at NXP Semiconductors

  • Location: Munich, Bavaria, Germany
  • Duration: 2023-07 to Present
  • Description: Building and leading the NXP AI Competence Center and its high-performing research and engineering team at the central NXP Chief Technology Office.

Research Engineer for embedded AI at NXP Semiconductors

  • Location: Eindhoven, North Brabant, Netherlands
  • Duration: 2021-02 to 2023-06
  • Description: Scouting, evaluating and developing embedded AI technology in the Automotive System Innovations team at the Central Technology Office of NXP. My current research focuses on hardware-aware neural architecture search targeting resource constrained embedded systems. Main evaluation use-cases lie in the computer vision domain.

Research Engineer for embedded AI at Bosch

  • Location: Stuttgart Area, Germany
  • Duration: 2019-03 to 2021-02
  • Description: My research work focused on: * Methods for embedding deep neural networks (DNNs) in resource constrained systems. - Techniques: Network compression by quantization, distillation, pruning, neural architecture search - Applications: Automotive computer vision (SemSeg, ObjDet), activity recognition, person identification * Number representations for DNN algorithms. * Hardware architectures for efficient processing of DNNs in embedded systems. - Evaluation on FPGA-based prototypes As a project-lead from January 2021, I formed, motivated and guided an enthusiastic team of highly-skilled research engineers and students to design a scalable, efficient and robust hardware-accelerator for DNNs. Together, we achieved the major milestone of transferring our development to internal clients in the Bosch business line. Together with the business line the development will eventually be made part of a distinguishing hardware-IP portfolio of Bosch.

Ph.D. Candidate at RWTH Aachen University

  • Location:
  • Duration: 2016-05 to 2020-01
  • Description: * Ph.D. supervisor was Prof. Dr.-Ing Gerd Ascheid of the Institute for Communication Technologies and Embedded Systems. * I conducted my research at corporate research of Robert Bosch GmbH.

Ph.D. Candidate with focus on efficient embedded AI at Bosch

  • Location: Renningen, Stuttgart Area, Germany
  • Duration: 2016-05 to 2019-02
  • Description: * I conducted my research in the field of efficient hardware acceleration of deep neural networks (DNNs) for vision-based advanced driver assistance systems (ADAS) at corporate research of the Robert Bosch GmbH. * Specifically, I developed novel quantization techniques to efficiently deploy DNNs on dedicated accelerators. Moreover, I proposed novel number representations and analyzed them with respect to their suitability for implementing DNNs. * Furthermore, I designed and implemented a hardware accelerator for large-scale DNNs on an FPGA. This accelerator was equipped with efficient processing elements exploiting the proposed novel number representations.
AI Resume Analysis

Candidate Intelligence Report

AI-powered analysis from the perspective of a US hiring director — evaluating career continuity, growth trajectory, and role fit.

Career Continuity & Risk Assessment

Employment GapLow

No gaps in employment are evident; the candidate demonstrates continuous engagement through doctoral work and successive industry roles.

Industry ConsistencyLow

Career path is consistently within embedded AI, hardware acceleration, and automotive tech across Bosch and NXP.

Tenure StabilityLow

Role tenures are typically 2–4 years with a clear progression; no unexplained volatility, including leadership responsibilities from 2021 onward.

Education-Career MatchLow

PhD-focused background in efficient embedded AI aligns strongly with the candidate's technical and leadership roles in embedded AI and automotive applications.

Career Growth Curve

PhD Candidate (Bosch Corporate Research) - Efficient Embedded AI Entry
Bosch
2016-05 to 2019-02
PhD Candidate (RWTH Aachen University) Lateral
RWTH Aachen University
2016-05 to 2020-01
Research Engineer Embedded AI ↑ Promoted
Bosch
2019-03 to 2021-02
Research Engineer for Embedded AI Lateral
NXP Semiconductors
2021-02 to 2023-06
Director AI Competence Center ↑ Promoted
NXP Semiconductors
2023-07 to Present
Assessment: Sebastian Vogel exhibits a coherent upward trajectory from doctoral research in embedded AI to senior leadership directing an AI Competence Center at a global semiconductor company. His combination of deep technical expertise and proven leadership suggests readiness for senior executive, cross-functional R&D, or global AI strategy roles in technology-driven industries.

Best-Fit Roles (Top 5)

1

Vice President of AI Engineering and Embedded Systems97% fit

Proven leadership of an AI Center and a strong track record in embedded AI, hardware acceleration, and automotive experience align with senior executive responsibilities in global tech/auto suppliers.

2

Director/Head of Embedded AI R&D93% fit

Extensive embedded AI research background with team leadership and cross-company collaboration; ideal for leading an enterprise-wide embedded AI program.

3

Chief Scientist, Edge AI and Vision Systems90% fit

Deep expertise in edge AI, neural architecture search, and quantization; strong strategic technology leadership for advanced product lines.

4

Global Head of AI Competence Center / AI Center of Excellence85% fit

Direct experience building and running a center with global stakeholder management; suitable for scaling AI across regions.

5

Senior Principal Engineer, Embedded AI & Hardware80% fit

Advanced technical depth and accelerator design experience; strong for hands-on senior individual contributor roles with leadership responsibilities.

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