path: root/cv.txt

		      ____________________________

			    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./