Curriculum Vitae (CV) - Revision history

René Schwarz at 13:53, 26 January 2023

2023-01-26T13:53:21Z

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	'''German Aerospace Center (DLR)''' <br />Institute of Space Systems <br />Department of Guidance, Navigation and Control Systems ~~<br />Bremen, Germany~~		'''German Aerospace Center (DLR)''' <br />Institute of Space Systems, Bremen, Germany<br />Department of Guidance, Navigation and Control Systems

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	<u>Projects:</u> see section “[[#Research_Development_Experience\|Research & Development Experience]]”		<u>Projects:</u> see section “[[#Research_Development_Experience\|Research & Development Experience]]”
			\|-
			\| '''since February 1, 2023'''
			\| '''René Schwarz Information Technology & Engineering Services'''<br /> Sole Proprietor (secondary occupation)
	\|-		\|-
	\|}		\|}
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	<u>Other Software:</u><br />Citrix Workspace, SAP GUI for Windows, VirtualBox, VMware Workstation Pro		<u>Other Software:</u><br />Citrix Workspace, SAP GUI for Windows, VirtualBox, VMware Workstation Pro
			\|-
			\| '''Accreditations'''
			\| Under the Laws of the Federal Republic of Germany:
			* Driver’s License, Classes A1, B, M, L
			* Restricted Flight Radiotelephone Operator’s Certificate II (BZF II)
			* Emergency Responder According to § 10 Arbeitsschutzgesetz (ArbSchG) and § 21 Sozialgesetzbuch VII (SGB VII) — ''expired''
			* Permission to Operate Bridge and Pillar-Mounted Slewing Cranes According to the Regulations of the German Employer’s Liability Insurance Association

			Under the Laws of the European Union:
			* Medical Certificate for Pilots, Class 2 (pertaining to an EASA Part-FCL license, issued in accordance with EASA Part-MED, complying with ICAO standards)
	\|-		\|-
	\| style="width: 250px;" \| '''Languages'''		\| style="width: 250px;" \| '''Languages'''

René Schwarz at 13:47, 26 January 2023

2023-01-26T13:47:34Z

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	** familiar with associated civil and military norms & standards as well as legal frameworks		** familiar with associated civil and military norms & standards as well as legal frameworks
	** strong affinity to technical documentation		** strong affinity to technical documentation
	* 8+ years of technical and administrative management experience of interdisciplinary, multinational, geographically distributed teams of engineers and scientists in varying team sizes (3–25 persons)		* 9+ years of technical and administrative management experience of interdisciplinary, multinational, geographically distributed teams of engineers and scientists in varying team sizes (3–25 persons)
	** held overall technical and scientific responsibility as well as partial budget, schedule, and staff responsibility		** held overall technical and scientific responsibility as well as partial budget, schedule, and staff responsibility
	** product owner, subsystem manager, technical manager, and systems engineer roles in the context of the development of complex, safety- and mission-critical avionics systems for space applications in various projects		** product owner, subsystem manager, technical manager, and systems engineer roles in the context of the development of complex, safety- and mission-critical avionics systems for space applications in various projects

René Schwarz at 12:50, 11 August 2022

2022-08-11T12:50:21Z

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	\| style="width: 250px;" \| '''May 21, 2012 ~~– June 30, 2022~~'''		\| style="width: 250px;" \| '''since May 21, 2012'''
	\| [[File:DLR-Logo.svg\|200px\|right]] '''Research Group Leader''' {{footnotesize\|(since January 1, 2014)}}<br /> and '''Research Engineer'''		\| [[File:DLR-Logo.svg\|200px\|right]] '''Research Group Leader''' {{footnotesize\|(since January 1, 2014)}}<br /> and '''Research Engineer'''

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	\| style="width: 250px;" \| '''Sept. 2017 ~~– June 2022~~'''		\| style="width: 250px;" \| '''since Sept. 2017'''
	\| '''Cooperative Action Leading to Launcher Innovation for Stage Tossback Operation (CALLISTO)''' <br />Development of a Vertical Takeoff, Vertical Landing (VTVL) reusable first stage of a space launcher, serving as technology demonstrator for future RLVs. CALLISTO is a joint project between the French National Center for Space Studies (CNES), DLR, and the Japan Aerospace Exploration Agency (JAXA). The development is carried out by a project team of ~200 engineers and scientists located at various sites across three continents.		\| '''Cooperative Action Leading to Launcher Innovation for Stage Tossback Operation (CALLISTO)''' <br />Development of a Vertical Takeoff, Vertical Landing (VTVL) reusable first stage of a space launcher, serving as technology demonstrator for future RLVs. CALLISTO is a joint project between the French National Center for Space Studies (CNES), DLR, and the Japan Aerospace Exploration Agency (JAXA). The development is carried out by a project team of ~200 engineers and scientists located at various sites across three continents.

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	\| style="width: 250px;" \| '''Jan. 2016 ~~– June 2022~~'''		\| style="width: 250px;" \| '''since Jan. 2016'''
	\| '''Reusability Flight Experiment (ReFEx)''' <br />DLR-internal project for the research and development of technologies for reusable launch vehicles. The flight experiment shall demonstrate the capability to autonomously control the flight of a vehicle in hypersonic to transonic flight regimes.		\| '''Reusability Flight Experiment (ReFEx)''' <br />DLR-internal project for the research and development of technologies for reusable launch vehicles. The flight experiment shall demonstrate the capability to autonomously control the flight of a vehicle in hypersonic to transonic flight regimes.

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	\| style="width: 250px;" \| '''May 2012 ~~– June 2022~~'''		\| style="width: 250px;" \| '''since May 2012'''
	\| '''Hybrid Simulation Platform for Space Systems (HPS)'''<br />A MATLAB/Simulink-based simulation framework and library of simulation models for the simulation of AOCS and GNC systems for space applications. Developed in cooperation with the Center of Applied Space Technology and Microgravity (ZARM), Bremen, Germany. The HPS modules are the modular building blocks for GNC simulators; as of 2022, the HPS provides more than 90 interconnected modules out of the box, which are steadily used, extended, and improved throughout the DLR and ZARM projects. One major application focus of these modules are science missions with a high demand for measurement and control accuracy.		\| '''Hybrid Simulation Platform for Space Systems (HPS)'''<br />A MATLAB/Simulink-based simulation framework and library of simulation models for the simulation of AOCS and GNC systems for space applications. Developed in cooperation with the Center of Applied Space Technology and Microgravity (ZARM), Bremen, Germany. The HPS modules are the modular building blocks for GNC simulators; as of 2022, the HPS provides more than 90 interconnected modules out of the box, which are steadily used, extended, and improved throughout the DLR and ZARM projects. One major application focus of these modules are science missions with a high demand for measurement and control accuracy.

René Schwarz at 12:46, 11 August 2022

2022-08-11T12:46:57Z

René Schwarz at 11:23, 11 August 2022

2022-08-11T11:23:26Z

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	== <span style="font-variant: small-caps;">Personal Details</span> ==		== <span style="font-variant: small-caps;">Personal Details</span> ==

	~~[[File:Portrait Rene Schwarz.jpg\|thumb\|140px\|right\|M.Eng. René Schwarz]]~~

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René Schwarz at 17:48, 14 July 2022

2022-07-14T17:48:36Z

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	\| style="width: 250px;" \| '''Feb. 2014 – July 2016'''		\| style="width: 250px;" \| '''Feb. 2014 – July 2016'''
	\| '''Euglena Combined Regenerative Organic-Food Production in Space (Eu:CROPIS)''' <br />Eu:CROPIS was a biological life support system experiment~~, dealing with~~ stability and self-sustainability of ~~such systems under different levels of acceleration. Eu:CROPIS is the name of both the mission as well as the mission driving primary payload aboard~~ the ~~DLR Compact Satellite~~. The satellite was launched on December 3, 2018 and was successfully operated with the AOCS working as planned.		\| '''Euglena Combined Regenerative Organic-Food Production in Space (Eu:CROPIS)''' <br />Astronauts must be supplied with air, water and food whilst in space. In order to recycle these vital resources over a long period of time and to make them available for several years, closed life support systems are needed. Eu:CROPIS was a biological life support system experiment to test the long-term stability and self-sustainability of a biological life support system for missions to the Moon or Mars. The satellite was launched on December 3, 2018 and was successfully operated with the AOCS working as planned.

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René Schwarz at 17:04, 14 July 2022

2022-07-14T17:04:01Z

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	\| style="width: 250px;" \| '''June 2015'''		\| style="width: 250px;" \| '''June 2015'''
	\| Participant of the '''Dialog between the Executive Board and Junior Managers''' as Part of the Training for Young Executives. DLR Headquarters, Cologne, Germany.		\| Participant in the '''Dialog between the Executive Board and Junior Managers''' as Part of the Training for Young Executives. DLR Headquarters, Cologne, Germany.
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	\| style="width: 250px;" \| '''May 2015'''		\| style="width: 250px;" \| '''May 2015'''
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	\| style="width: 250px;" \| '''March 2014'''		\| style="width: 250px;" \| '''March 2014'''
	\| '''Seminar “Introduction ~~into~~ Patent Law”''', German Aerospace Center (DLR).		\| '''Seminar “Introduction to Patent Law”''', German Aerospace Center (DLR).
	\|-		\|-
	\| style="width: 250px;" \| '''January 2014'''		\| style="width: 250px;" \| '''January 2014'''
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	* {{bibMe}}; {{sc\|Bremer}}, Stefanie; {{sc\|Seelbinder}}, David; {{sc\|List}}, Meike; {{sc\|Rievers}}, Benny; {{sc\|Kato}}, Takahiro; {{sc\|Wöske}}, Florian: <u>''The Hybrid Simulation Platform for Space Systems (HPS): A Modular MATLAB/Simulink-Based Simulation Library for GNC Systems Development''</u>. 70th International Astronautical Congress (IAC), October 21–25, 2019, Washington, D.C., United States. International Astronautical Federation (IAF). Paper No. IAC-19.C1.IP.5.		* {{bibMe}}; {{sc\|Bremer}}, Stefanie; {{sc\|Seelbinder}}, David; {{sc\|List}}, Meike; {{sc\|Rievers}}, Benny; {{sc\|Kato}}, Takahiro; {{sc\|Wöske}}, Florian: <u>''The Hybrid Simulation Platform for Space Systems (HPS): A Modular MATLAB/Simulink-Based Simulation Library for GNC Systems Development''</u>. 70th International Astronautical Congress (IAC), October 21–25, 2019, Washington, D.C., United States. International Astronautical Federation (IAF). Paper No. IAC-19.C1.IP.5.

	* {{bibMe}}; {{sc\|Solari}}, Marco; {{sc\|Razgus}}, Bronislovas; {{sc\|Dumke}}, Michael; {{sc\|Markgraf}}, Markus; {{sc\|Bestard Körner}}, Matias; {{sc\|Pfau}}, Dennis; {{sc\|Reigenborn}}, Martín; {{sc\|Braun}}, Benjamin; {{sc\|Sommer}}, Jan: <u>''Preliminary Design of the Hybrid Navigation System (HNS) for the CALLISTO RLV Demonstrator''</u>. 8th European Conference for ~~Aeronauticas~~ and Space Sciences (EUCASS), Conference on “Reusable Systems for Space Access”. July 1–4, 2019, Madrid, Spain. Paper No. 735. DOI {{doi\|10.13009/EUCASS2019-735}}.		* {{bibMe}}; {{sc\|Solari}}, Marco; {{sc\|Razgus}}, Bronislovas; {{sc\|Dumke}}, Michael; {{sc\|Markgraf}}, Markus; {{sc\|Bestard Körner}}, Matias; {{sc\|Pfau}}, Dennis; {{sc\|Reigenborn}}, Martín; {{sc\|Braun}}, Benjamin; {{sc\|Sommer}}, Jan: <u>''Preliminary Design of the Hybrid Navigation System (HNS) for the CALLISTO RLV Demonstrator''</u>. 8th European Conference for Aeronautics and Space Sciences (EUCASS), Conference on “Reusable Systems for Space Access”. July 1–4, 2019, Madrid, Spain. Paper No. 735. DOI {{doi\|10.13009/EUCASS2019-735}}.

	* {{bibMe}}; {{sc\|Kiehn}}, Daniel; {{sc\|Trigo}}, Guilherme Fragoso; {{sc\|Razgus}}, Bronislovas; {{sc\|Wenzel}}, Andreas; {{sc\|Seelbinder}}, David; {{sc\|Sommer}}, Jan; {{sc\|Theil}}, Stephan; {{sc\|Markgraf}}, Markus; {{sc\|Dumke}}, Michael; {{sc\|Reigenborn}}, Martín; {{sc\|Bestard Körner}}, Matias; {{sc\|Solari}}, Marco; {{sc\|Braun}}, Benjamin; {{sc\|Pfau}}, Dennis: <u>''Overview of Flight Guidance, Navigation, and Control for the DLR Reusability Flight Experiment (ReFEx)''</u>. 8th European Conference for ~~Aeronauticas~~ and Space Sciences (EUCASS), Conference on “Reusable Systems for Space Access”. July 1–4, 2019, Madrid, Spain. Paper No. 739. DOI {{doi\|10.13009/EUCASS2019-739}}.		* {{bibMe}}; {{sc\|Kiehn}}, Daniel; {{sc\|Trigo}}, Guilherme Fragoso; {{sc\|Razgus}}, Bronislovas; {{sc\|Wenzel}}, Andreas; {{sc\|Seelbinder}}, David; {{sc\|Sommer}}, Jan; {{sc\|Theil}}, Stephan; {{sc\|Markgraf}}, Markus; {{sc\|Dumke}}, Michael; {{sc\|Reigenborn}}, Martín; {{sc\|Bestard Körner}}, Matias; {{sc\|Solari}}, Marco; {{sc\|Braun}}, Benjamin; {{sc\|Pfau}}, Dennis: <u>''Overview of Flight Guidance, Navigation, and Control for the DLR Reusability Flight Experiment (ReFEx)''</u>. 8th European Conference for Aeronautics and Space Sciences (EUCASS), Conference on “Reusable Systems for Space Access”. July 1–4, 2019, Madrid, Spain. Paper No. 739. DOI {{doi\|10.13009/EUCASS2019-739}}.

	* {{sc\|Dumont}}, Etienne; {{sc\|Ishimoto}}, Shinji; {{sc\|Tatiossian}}, Pascal; {{sc\|Klevanski}}, Josef; {{sc\|Reimann}}, Bodo; {{sc\|Ecker}}, Tobias; {{sc\|Witte}}, Lars; {{sc\|Riehmer}}, Johannes; {{sc\|Sagliano}}, Marco; {{sc\|Giagkozoglou}}, Sofia; {{sc\|Petkov}}, Ivaylo; {{sc\|Rotärmel}}, Waldemar; {{bibMe}}; {{sc\|Seelbinder}}, David; {{sc\|Markgraf}}, Markus; {{sc\|Sommer}}, Jan; {{sc\|Pfau}}, Dennis; {{sc\|Martens}}, Hauke: <u>''CALLISTO: A Demonstrator for Reusable Launcher Key Technologies''</u>. 32nd International Symposium on Space Technology and Science (ISTS), June 15–21, 2019, Fukui, Japan.		* {{sc\|Dumont}}, Etienne; {{sc\|Ishimoto}}, Shinji; {{sc\|Tatiossian}}, Pascal; {{sc\|Klevanski}}, Josef; {{sc\|Reimann}}, Bodo; {{sc\|Ecker}}, Tobias; {{sc\|Witte}}, Lars; {{sc\|Riehmer}}, Johannes; {{sc\|Sagliano}}, Marco; {{sc\|Giagkozoglou}}, Sofia; {{sc\|Petkov}}, Ivaylo; {{sc\|Rotärmel}}, Waldemar; {{bibMe}}; {{sc\|Seelbinder}}, David; {{sc\|Markgraf}}, Markus; {{sc\|Sommer}}, Jan; {{sc\|Pfau}}, Dennis; {{sc\|Martens}}, Hauke: <u>''CALLISTO: A Demonstrator for Reusable Launcher Key Technologies''</u>. 32nd International Symposium on Space Technology and Science (ISTS), June 15–21, 2019, Fukui, Japan.

René Schwarz at 16:55, 14 July 2022

2022-07-14T16:55:10Z

Show changes

René Schwarz at 17:56, 10 January 2020

2020-01-10T17:56:54Z

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 __NOTOC__
-{{info|The authoritative version of my CV can be [https://www.rene-schwarz.com/files/Rene_Schwarz_-_Curriculum_Vitae.pdf downloaded here as PDF file]. The contents shown below are a transcript from this PDF file for your convenience.}}
+{{info|This is a shortened version of my CV to protect some personal data. The full version of my CV can be requested via [mailto:mail@rene-schwarz.com e-mail].}}
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 | '''Full Name'''
 | René Schwarz
 |-
 | '''E-Mail Address'''
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 | '''Personal Website'''
 | https://www.rene-schwarz.com
 |-
 | '''Current Occupation'''

René Schwarz at 20:29, 13 March 2017

2017-03-13T20:29:11Z

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	\| style="width: 250px;" \| '''since Oct. 2016'''		\| style="width: 250px;" \| '''since Oct. 2016'''
	\| '''Undergraduate Student'''<br />FernUniversität in Hagen — University of Hagen, Germany<br />Faculty of Law, ~~Bachlor~~ of Laws (LL.B.) Degree Program		\| '''Undergraduate Student'''<br />FernUniversität in Hagen — University of Hagen, Germany<br />Faculty of Law, Bachelor of Laws (LL.B.) Degree Program

	<div class="mw-collapsible mw-collapsed">		<div class="mw-collapsible mw-collapsed">

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	* Master of Engineering (M.Eng.) in Computer Science and Communication Systems; Bachelor of Engineering (B.Eng.) in Mechatronics, Industrial and Physics Technology		* Master of Engineering (M.Eng.) in Computer Science and Communication Systems; Bachelor of Engineering (B.Eng.) in Mechatronics, Industrial and Physics Technology
	* 10+ years of professional experience in space systems engineering, research & development with a focus on Guidance, Navigation, and Control (GNC) systems in international project contexts with globally distributed teams of engineers and scientists with medium to large team sizes (up to 200 team members)		* 10+ years of professional experience in space systems engineering, research & development with a focus on Guidance, Navigation, and Control (GNC) systems in international project contexts with globally distributed teams of engineers and scientists with medium to large team sizes (up to 200 team members)
	** main fields of work and expertise: systems engineering (system design, product realization, technical management); MiL/SiL/PiL/HiL (real-time) simulation & verification; (model-based) software engineering ~~and development~~; safety-critical embedded systems development; lab setups and software toolchains for development and verification		** main fields of work and expertise: systems engineering (system design, product realization, technical management); MiL/SiL/PiL/HiL (real-time) simulation & verification; (model-based) software engineering; safety-critical embedded systems development; lab setups and software toolchains for development and verification
	** familiar with associated civil and military norms & standards as well as legal frameworks		** familiar with associated civil and military norms & standards as well as legal frameworks
	** strong affinity to technical documentation		** strong affinity to technical documentation
	* 8+ years of technical and administrative management experience of interdisciplinary, multinational, geographically distributed teams of engineers and scientists in varying team sizes (3–25 persons)		* 8+ years of technical and administrative management experience of interdisciplinary, multinational, geographically distributed teams of engineers and scientists in varying team sizes (3–25 persons)
	** held overall technical and scientific responsibility as well as partial budget, schedule, and staff responsibility ~~in a permanently established organizational unit~~		** held overall technical and scientific responsibility as well as partial budget, schedule, and staff responsibility
	** product owner, subsystem manager, technical manager, and systems engineer roles in the context of the development of complex, safety- and mission-critical avionics systems for space applications in various projects		** product owner, subsystem manager, technical manager, and systems engineer roles in the context of the development of complex, safety- and mission-critical avionics systems for space applications in various projects
	** prepared and supported several hundreds of public procurement processes, including national and international tendering processes		** prepared and supported several hundreds of public procurement processes, including national and international tendering processes
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	** planning of professional development of the research group		** planning of professional development of the research group
	** independent initiation, preparation, and planning of new research projects and projects with national and international partners in science and industry		** independent initiation, preparation, and planning of new research projects and projects with national and international partners in science and industry
	** ~~representation and responsibility~~ for scientific results ~~internally~~ and ~~externally~~		** accountability for scientific results and their dissemination
	** coordination of knowledge management		** coordination of knowledge management
	** ensuring occupational health and safety in the area of responsibility		** ensuring occupational health and safety in the area of responsibility
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	* ECSS standards for verification (E-ST-10-02C), testing (E-ST-10-03C), systems engineering & requirements management (E-ST-10C, E-ST-10-06C), project lifecycle management (M-ST-10C), software engineering (E-ST-40C, Q-ST-80C), AOCS/GNC (E-ST-60-30C), dependability (Q-ST-30C), safety (Q-ST-40C)		* ECSS standards for verification (E-ST-10-02C), testing (E-ST-10-03C), systems engineering & requirements management (E-ST-10C, E-ST-10-06C), project lifecycle management (M-ST-10C), software engineering (E-ST-40C, Q-ST-80C), AOCS/GNC (E-ST-60-30C), dependability (Q-ST-30C), safety (Q-ST-40C)
	* DO-~~178~~/254/330/331/332 for safety-critical software engineering and avionics development for aerospace applications		* DO-178C/254/330/331/332 (EUROCAE ED-12C/80/215/218/217) for safety-critical software engineering and avionics development for aerospace applications
	* IEC 60812/61025 and ECSS-Q-ST-30-02C for FMEA/FMECA/FTA for technical risk management and reliability & dependability engineering		* IEC 60812/61025 and ECSS-Q-ST-30-02C for FMEA/FMECA/FTA for technical risk management and reliability & dependability engineering
	* various IEEE standards in the context of software engineering and inertial sensors		* various IEEE standards in the context of software engineering and inertial sensors