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authorMarius Peter <marius.peter@tutanota.com>2022-03-27 16:03:03 +0200
committerMarius Peter <marius.peter@tutanota.com>2022-03-27 16:03:03 +0200
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- ____________________________
-
- CURRICULUM VITAE
- Aerospace Systems Engineer
-
- Marius Peter
- ____________________________
-
-
- <2022-03-17 Thu 20:02>
-
-
-I'm a junior aerospace systems engineer with experiences in complex
-system modeling and simulation; aviation subsystem design and testing;
-V&V test bench construction mgmt. and operation. [Contact me]
-
-
-Table of Contents
-_________________
-
-1. Education
-2. Professional Experience
-3. Leadership & Projects
-4. Systems Engineering Toolbox
-5. Skills, Languages & Interests
-6. CV Statistics
-
-
-List of Tables
-______________
-
-Table 1: U.S. and E.U. aerospace standards
-Table 2: Tools---system development
-Table 3: Tools---system troubleshooting
-Table 4: Tools---DAQ & data science
-Table 5: Tools---programming
-Table 6: Programming languages
-Table 7: Communication protocols
-
-
-[Contact me] <https://mlnp.fr/about.html#contact>
-
-
-1 Education
-===========
-
-1.1 B.S. in Aerospace Engineering---UCLA
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
- <2014-09-01 Mon>--<2019-09-13 Fri>
-
- - Bachelor of Science, Aerospace Engineering---University of
- California, Los Angeles
- - Technical breadth: Technology & Management
- - Electives: Biomechanics, RFID in manufacturing & supply chain
-
-
-2 Professional Experience
-=========================
-
-2.1 Systems Engineer---Safran Cabin, Los Angeles
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
- <2019-11-04 Mon>--<2021-09-17 Fri>
-
- - Lead a team of five to build a full-scale System Test Rig for a
- complete Water & Waste System
- - Managed the outsourcing of the LabVIEW software used for rig control
- and data acquisition recording
- - Lead `AS9100' pre-audits in engineering workspaces; 20% savings on
- engineering tooling budget
- - Drafted over ten procedures for rig operation, EH&S best practices,
- and instrument calibration scheduling
- - Presented all live rig demos to leadership and visitors; every demo
- executed flawlessly
-
-
-2.2 Business Analyst---Cosmo Tech, Lyon
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
- <2017-09-18 Mon>--<2017-12-22 Fri>
-
- - Learned tools & methods of Model-Based System Engineering for
- complex system management (transportation networks, patient triage,
- electricity grid...)
- - Benchmarked Shop Floor Control and Final Assembly Line sim tools to
- better pitch our product
- - Secured funding from Airbus after presenting a proof of concept for
- their digital continuity strategy
-
-
-2.3 Assistant Electronics Engineer---CERN, Geneva
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
- <2015-06-15 Mon>--<2015-07-24 Fri>
-
- - Learned concepts of Hardware Description Languages and embedded
- application development
- - Developed a user interface for a DAQ device running embedded ARM
- Linux
- - Upgraded FPGA data acquisition systems from CLIs to GUIs
-
-
-2.4 Intern---Alcatel Submarine Networks, Saclay
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
- - Assisted Product Line Manager in benchmarking ASN's offer against
- competitors
-
-
-3 Leadership & Projects
-=======================
-
-3.1 Seed LA---Pro bono sustainability consulting
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
- <2021-09-06 Mon>--<2021-12-02 Thu>
-
- - Surveyed and selected fundraising opportunities for environmental
- advocacy groups
- - Advised clients on best practices for grant tracking and partnership
- management
- - Outlined a holistic fundraising strategy for 2021 Q4
-
-
-3.2 Design-Build-Launch---UCLA Senior capstone competition
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
- <2019-04-01 Mon>--<2019-06-28 Fri>
-
- - Designed, manufactured, tested and did flight analysis of a model
- rocket, in teams of four
- - As manufacturing lead, used the following:
- - tools
- - mill
- - lathe
- - 3D printer
- - materials
- - fiberglass
- - carbon fiber
- - aluminum
- - Our team won on all criteria:
- - maximum apogee
- - intact payload
- - flight prediction
-
-
-3.3 Aircraft Studio---Python, NACA airfoil generator
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
- <2019-04-01 Mon>--<2020-12-31 Thu>
-
- - Initial goal: optimize the weight of FAR 23 compliant NACA airfoils
- using a Monte Carlo simulation
- - Ultimate goal: develop a beginner-friendly aircraft creation suite,
- driven by a genetic algorithm
-
-
-4 Systems Engineering Toolbox
-=============================
-
-4.1 Aerospace standards
-~~~~~~~~~~~~~~~~~~~~~~~
-
- U.S. E.U. equivalent
- ---------------------------------
- [RTCA/DO-160G] EUROCAE ED-14G
- [ARP4754A] EUROCAE ED-79
- [AS9100] EN9100
- Table 1: Exposure to U.S. and E.U. aerospace standards.
-
-
-[RTCA/DO-160G] <https://do160.org/rtca-do-160g/>
-
-[ARP4754A] <https://www.sae.org/standards/content/arp4754a/>
-
-[AS9100] <https://www.sae.org/standards/content/as9100/>
-
-
-4.2 Systems engineering methodologies
-~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-
-4.2.1 Development
------------------
-
- Tool Used when I...
- --------------------------------------------------------------------
- [BPMN] presented Airbus' FAL workflow
- suggested how our software could integrate
- [UML] developed software Proofs Of Concept
- presented a new DAQ architecture to leadership
- [TRL] characterized effort involved in bringing
- [Gap Analysis] valuated a site-wide DAQ architecture upgrade cost
- [ARCADIA] developed a system test rig using MBSE concepts
- Table 2: Experience with these system development tools.
-
-
-[BPMN] <https://www.bpmn.org/>
-
-[UML] <https://www.uml.org/>
-
-[TRL] <https://www.nasa.gov/pdf/458490main_TRL_Definitions.pdf>
-
-[Gap Analysis] <https://www.investopedia.com/terms/g/gap-analysis.asp>
-
-[ARCADIA]
-<https://www.eclipse.org/capella/resources/Datasheet_Arcadia.pdf>
-
-
-4.2.2 Troubleshooting
----------------------
-
- Tool Used when I...
- ---------------------------------------------------------------------------------------
- RCCA identified the root cause for an underperforming heater
- A3 reports issued short/long term recommendations for freeze protection design
- Five Whys
- Fishbone diagram
- Table 3: Usage of these troubleshooting tools.
-
-
-4.3 DAQ & software
-~~~~~~~~~~~~~~~~~~
-
-4.3.1 DAQ
----------
-
- Tool Used when I...
- ------------------------------------------------------------------
- LabVIEW oversaw the development of a system control dashboard
- Other DAQ benchmarked Dewesoft hardware & software products
- Table 4: Knowledge of these DAQ & data science tools.
-
-
-4.3.2 Software tools
---------------------
-
- Tool Used when I...
- -------------------------------------------------------------
- Linux---server am hosting my [personal website]
- Linux---embedded developed a GUI for an ARM Linux SoC
- Git version controlled my files at work
- Jira tracked issued at Cosmo Tech
- Vim
- Emacs produced professionally typeset documents
- Eclipse benchmarked the Capella tool for MBSE
- Table 5: Professional usage of these programming tools.
-
-
-[personal website] <http:mlnp.fr>
-
-
-4.3.3 Programming languages
----------------------------
-
- Tool Used when I...
- -----------------------------------------------------------------
- Verilog studied FPGA programmation for a DAQ equipment at CERN
- C took the introductory CS course at UCLA
- Python developed a NACA 2412 airfoil design tool
- Lisp am developing my /Smart Documents/ Emacs distribution
- Table 6: Knowledge of these programming languages.
-
-
-4.3.4 Communication protocols
------------------------------
-
- Tool Used when I...
- -------------------------------------------------------------------------------------
- [Bosch CAN 2.0] implemented a system's internal CAN bus (hardware + software)
- [ARINC 429] implemented Tx/Rx between simulated aircraft and our system
- [ARINC 825] implemented Tx/Rx between our system and freeze-protection circuit
- Table 7: Exposure to these aerospace communication protocols.
-
-
-[Bosch CAN 2.0] <http://esd.cs.ucr.edu/webres/can20.pdf>
-
-[ARINC 429]
-<https://www.aim-online.com/products-overview/tutorials/arinc-429-tutorial/>
-
-[ARINC 825] <https://www.arinc-825.com/the-arinc825-standard/>
-
-
-5 Skills, Languages & Interests
-===============================
-
-5.1 Engineering
-~~~~~~~~~~~~~~~
-
- - Project management
- - Requirements elicitation
- - V&V
- - 5S
- - Six Sigma White Belt
-
-
-5.2 Writing
-~~~~~~~~~~~
-
- - Tools
- - Microsoft Office Suite
- - Google Docs
- - LaTeX
- - Best practices
- - Pervasive documentation
- - Acute brand awareness
-
-
-5.3 Languages
-~~~~~~~~~~~~~
-
- - Bilingual: French/English
- - Proficient: German
- - Intermediate: Chinese
- - Beginner: Russian
-
-
-5.4 Hobbies
-~~~~~~~~~~~
-
- - Free software
- - Pro bono consulting
- - Chess
- - Motorcycle
-
-
-5.5 Sports
-~~~~~~~~~~
-
- - Gym
- - Rowing
- - Paragliding
-
-
-6 CV Statistics
-===============
-
- ,----
- | [2022-03-25 Fri 18:21] CV statistics generated.
- |
- | 355 lines total.
- | 4 jobs held.
- | 2 key skill domains.
- | 9 key tools domains.
- `----
-
-
- /Statistics generator source code available on demand./
Copyright 2019--2026 Marius PETER