Dr. Markus Jäger

Basic

ist offen für Projekte. 🔎

Degree: Doctorate, Univerity of Leipzig

Sindelfingen, Germany

About me

Specialist for Signal, Video & Image Processing, Computer Vision and Embedded System Architecture based on FPGAs, SoCs & GPU

Skills

Field Programmable Gate Array (FPGA)
FPGA Design
System Architecture
Design of digital circuitry
Video Processing
Image Processing
Signal Processing
Computer Vision
Embedded Systems
digital SuperSampleRate IIR FIR Filter
Bus systems
programmable Mixed-signal IC
high resolution Time-to-Digital-Conversion
VHDL/Verilog
HLS High Level Synthesis
Spectroscopy
Xilinx
Intel
Lattice
Application-specific algorithms in Hardware
GPU Processing
CUDA
Multithreading
C/C++
C#
.NET
GCC
Embedded Linux
Linux
Python
Keras
ModelSim
MatLab
Nuclear electronics
DSP Schaltungsentwurf
High-Speed FPGA Digitizer
Machine Learning
CNN neural net FPGA implementation
Ion beam analysis
Teamleitungserfahrung
Team Management
comprehensive professional network
ausgeprägtes berufliches Netzwerk
Koordination internationaler Entwicklungspartner
Coordination of international development partners
System-on-Chip (SoC) Entwicklung
Teamfähigkeit und internationale Teamerfahrung
Intensive experience in high time and energy (amplitude) resolution techniques and implementation using FIR/IIR filters
Development experience from the product idea to series maturity
Entscheidungsfreudigkeit
Engagement
kritischen Optimismus
Weiterbildungswilligkeit
I do not prefer to work in Home Office

Timeline

Professional experience for Markus Jäger

  • Current 1 year and 11 months, since Dec 2019

    Senior System Architect Embedded Systems, FPGA SoC Developer

    Helmut Fischer GmbH Institut für Elektronik und Messtechnik

    I am responsible Senior System Architect for Embedded Systems and Embedded Processing. My task is to evaluate, specify, and implement Embedded Processing Systems for Signal, Video, and Image Processing applications based on FPGAs, SoCs, and GPUs including peripheral camera and sensor systems. Furthermore I specify and implement customized Signal and Image Processing algorithms (Image enhancement, Pattern recognition, Focus) for computer vision and pulse processing (timing, energy, pileup) device features.

  • 7 years and 2 months, Oct 2012 - Nov 2019

    System Architect digital Hardware, FPGA SoC Developer

    Carl Zeiss Microscopy GmbH

    As System Architect digital Hardware for digital Microscopes, I was responsible for architecture concept and development of FPGA and embedded designs for Signal and Image Processing in the fully digital microscope "Smartzoom 5". In parallel, I held the position of sub-project management of electronics to lead an internal team of developers and coordinated external development partners in international projects. I contributed in the development of the Laser Scanning Microscopes "LSM 880" and "LSM 980".

  • 7 years, Apr 2011 - Mar 2018

    Doctoral Candidate Computer Engineering (Doktorand Technische Informatik)

    Universität Leipzig

    (extra occupational dissertation to my full-time job in industry; berufsbegleitende Dissertation) As doctoral candidate I developed new digitale SuperSampleRate IIR FIR Filter designs in FPGAs to achieve improved time and energy resolution for pulse processing. Furthermore, I developed two scientific measuring instruments in nuclear electronics. A digital TDPAC spectrometer and a digital data acquisition system for ion beam analysis. https://nbn-resolving.org/urn:nbn:de:bsz:15-qucosa2-210420

  • 4 years and 9 months, Jan 2008 - Sep 2012

    FPGA SoC Developer, Software Developer

    Trimble

    In sector of 3D Laserscanning (Lidar) I developed and tested High Speed FPGA Designs and System Architectures for signal and data processing. Additionally I developed hardware close software executed by microcontrollers. I contributed in the development of the 3D Laser Scanning devices "Trimble CX" and "Trimble TX8".

  • 3 months, Oct 2007 - Dec 2007

    Student Assistant (Studentische Hilfskraft)

    Universität Leipzig

    At faculty of physics and earth sciences I developed an experiment for resonance condition control of an interferometer using a Linux real-time regulator.

  • 1 year and 3 months, Jul 2005 - Sep 2006

    co-op program (Studentisches Berufspraktikum)

    Universität Leipzig

    At Institute of Computer Science I developed a hardware configuration manager for partial dynamic reconfiguration in FPGAs.

Educational background for Markus Jäger

  • 7 years, Apr 2011 - Mar 2018

    Doctorate Computer Engineering (extra occupational)

    Univerity of Leipzig

    (extra occupational dissertation to my full-time job in industry; berufsbegleitende Dissertation) As doctoral candidate I developed new digitale SuperSampleRate IIR FIR Filter designs in FPGAs to achieve improved time and energy resolution for pulse processing. Furthermore, I developed two scientific measuring instruments in nuclear electronics. https://nbn-resolving.org/urn:nbn:de:bsz:15-qucosa2-210420

  • 3 years and 7 months, Oct 2004 - Apr 2008

    Physics (Physik)

    Universität Leipzig

    Bachelor thesis: Extension of a Gentoo Linux with RTAI, LabVIEW and Comedi as digital real-time regulator (Bachelor-Thema: Erweitern eines Gentoo-Linux mit RTAI, LabVIEW und Comedi als digitaler Echtzeit-Regler) Thesis Link: https://nbn-resolving.org/urn:nbn:de:bsz:15-qucosa2-171569

  • 5 years and 8 months, Oct 2002 - May 2008

    Computer Engineering (Technische Informatik)

    Universität Leipzig

    Diplom thesis: Evaluation of a complete System-on-Chip based on AMBA 2.0 components and the LEON3 (SPARC) processor in Xilinx EDK Thesis Link: https://nbn-resolving.org/urn:nbn:de:bsz:15-qucosa2-166290

Languages

  • German

    First language

  • English

    Fluent

  • Chinese

    Basic

Wants

Entwicklungstechnische Herausforderungen:
als Systemarchitekt
System Architecture
in Konzernforschung oder Entwicklung
Bildverarbeitung
Image Processing
Signal Processing
Signalverarbeitung
Video Processing
Algorithmenentwicklung in Hardware
Autonomes Fahren
Computer Vision
New professional challenges:
as System Architect
in Corporate Research or Development
Application-specific algorithms in Hardware
Autonomous driving
Automotive

Interests

Deep Learning
Aktuelle Forschung und Veröffentlichungen auf relevanten Fachgebieten (Current research and publications)
Study of new SoC technologies
High Performance Machine Learning Interference

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