path: root/cv.org

# -*- mode: org; -*-

#+TITLE: Curriculum Vitae
#+SUBTITLE: Marius Peter---Aerospace Systems Engineer
#+AUTHOR: Marius Peter
# Created <2022-02-11 Fri>
#+DATE: <2022-02-13 Sun 15:21>
#+EMAIL: marius.peter@tutanota.com
#+CATEGORY: resume
#+OPTIONS: author:t

# These resources are included in the online version.
#+HTML_HEAD: <link rel="stylesheet" type="text/css" href="resources/mlnp.css" />
#+INCLUDE: resources/topnav.html export html

# +LATEX_HEADER: \setmainfont{Public Sans}[Path=~/.emacs.d/resources/fonts/]
#+LATEX_HEADER: \usepackage{fullpage}

# We defer the Table of Contents until after contact details.
#+OPTIONS: toc:nil tags:nil

#+begin_abstract
I'm a junior aerospace systems engineer with experiences in complex
system modeling and simulation; embedded system development; and civil
aviation subsystem design and testing.
#+end_abstract


| Contact  | Detail                       |
|----------+------------------------------|
| Phone    | X                            |
| E-mail   | X                            |
| LinkedIn | [[https://www.linkedin.com/in/marius-peter/][linkedin.com/in/marius-peter]] |
| Website  | [[http://mlnp.fr][mlnp.fr]]                      |

#+TOC: headlines 1

#+TOC: tables


* COMMENT Background

** Purpose of this resume

Compile all facts related to my professional work, in view of sharing
with recruiters, collaborators, and friends.

** Objectives of this resume

*** Provide career overview

*** Recap key skills & talents

*** Link to learning resources


* Education


** 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


* Professional Experience


** Systems Engineer---Safran Cabin, Los Angeles             :job:
<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


** Business Analyst---Cosmo Tech, Lyon                      :job:
<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


** Assistant Electronics Engineer---CERN, Geneva            :job:
<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


** Intern---Alcatel Submarine Networks, Saclay              :job:

- Assisted Product Line Manager in benchmarking ASN's offer against
  competitors

* Leadership & Projects


** 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


** 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


** 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


* Systems Engineering Toolbox


** Aerospace standards                                     :tool:

#+NAME: aerospace-std
#+CAPTION[U.S. and E.U. aerospace standards]: Exposure to U.S. and E.U. aerospace standards.
| U.S.         | E.U. equivalent |
|--------------+-----------------|
| [[https://do160.org/rtca-do-160g/][RTCA/DO-160G]] | EUROCAE ED-14G  |
| [[https://www.sae.org/standards/content/arp4754a/][ARP4754A]]     | EUROCAE ED-79   |
| [[https://www.sae.org/standards/content/as9100/][AS9100]]       | EN9100          |


** Systems engineering methodologies                       :tool:


*** Development

#+NAME: system-tools-development
#+CAPTION[Tools---system development]: Experience with these system development tools.
| Tool         | Used when I...                                     |
|--------------+----------------------------------------------------|
| [[https://www.bpmn.org/][BPMN]]         | presented Airbus' FAL workflow                     |
|              | suggested how our software could integrate         |
| [[https://www.uml.org/][UML]]          | developed software Proofs Of Concept               |
|              | presented a new DAQ architecture to leadership     |
| [[https://www.nasa.gov/pdf/458490main_TRL_Definitions.pdf][TRL]]          | characterized effort involved in bringing          |
| [[https://www.investopedia.com/terms/g/gap-analysis.asp][Gap Analysis]] | valuated a site-wide DAQ architecture upgrade cost |
| [[https://www.eclipse.org/capella/resources/Datasheet_Arcadia.pdf][ARCADIA]]      | developed a system test rig using MBSE concepts    |


*** Troubleshooting

#+NAME: system-tools-troubleshooting
#+CAPTION[Tools---system troubleshooting]: Usage of these troubleshooting tools.
| 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 |                                                                     |


** DAQ & software                                          :tool:

*** DAQ

#+NAME: tools-daq
#+CAPTION[Tools---DAQ & data science]: Knowledge of these DAQ & data science tools.
| Tool      | Used when I...                                        |
|-----------+-------------------------------------------------------|
| LabVIEW   | oversaw the development of a system control dashboard |
| Other DAQ | benchmarked Dewesoft hardware & software products     |

*** Software tools

#+NAME: tools-programming
#+CAPTION[Tools---programming]: Professional usage of these programming tools.
| Tool             | Used when I...                            |
|------------------+-------------------------------------------|
| Linux---server   | am hosting my [[http:mlnp.fr][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     |


*** Programming languages


#+NAME: programming-languages
#+CAPTION[Programming languages]: Knowledge of these 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  |


*** Communication protocols

#+NAME: tools-comm-protocols
#+CAPTION[Communication protocols]: Exposure to these aerospace communication protocols.
| Tool          | Used when I...                                                     |
|---------------+--------------------------------------------------------------------|
| [[http://esd.cs.ucr.edu/webres/can20.pdf][Bosch CAN 2.0]] | implemented a system's internal CAN bus (hardware + software)      |
| [[https://www.aim-online.com/products-overview/tutorials/arinc-429-tutorial/][ARINC 429]]     | implemented Tx/Rx between simulated aircraft and our system        |
| [[https://www.arinc-825.com/the-arinc825-standard/][ARINC 825]]     | implemented Tx/Rx between our system and freeze-protection circuit |


* Skills, Languages & Interests


** Engineering                                            :skill:

- Project management
- Requirements elicitation
- V&V
- 5S
- Six Sigma White Belt


** Writing                                                :skill:

- Tools
  - Microsoft Office Suite
  - Google Docs
  - LaTeX
- Best practices
  - Pervasive documentation
  - Acute brand awareness


** Languages

- Bilingual: French/English
- Proficient: German
- Intermediate: Chinese
- Beginner: Russian


** Hobbies

- Free software
- Pro bono consulting
- Chess
- Motorcycle


** Sports

- Gym
- Rowing
- Paragliding


* CV Statistics

#+RESULTS: statistics
: [2022-01-06 Thu 19:08] CV statistics generated.
: 
: 338 lines total.
: 4 jobs held.
: 2 key skill domains.
: 9 key tools domains.

/Statistics generator source code available on demand./


* CV Statistics Code                                    :noexport:

#+NAME: statistics
#+BEGIN_SRC emacs-lisp :exports both :results output
  (princ (format "%s CV statistics generated.\n\n"
                 (format-time-string "[%F %a %H:%M]" (current-time))))

  (let ((lines
         (number-to-string (count-lines (point-min) (point-max))))
        (number-jobs
         (length (org-map-entries t "job" nil)))
        (number-skills
         (length (org-map-entries t "skill" nil)))
        (number-tools
         (length (org-map-entries t "tool" nil)))
        (stat-print
         (lambda (string value)
           (princ (format
                   "%s %s\n"
                   value
                   string))))
        ;; (stats
        ;;  '(("Lines in CV." lines)
        ;;    ("Jobs held." number-jobs)))
        )
    (princ (format "%s lines total.\n"
                   lines))
    (princ (format "%s jobs held.\n"
                   number-jobs))
    (princ (format "%s key skill domains.\n"
                   number-skills))
    (princ (format "%s key tools domains.\n"
                   number-tools)))
  ;; (funcall stat-print "Lines in CV." lines)
  ;; (apply stat-print '("Lines in CV." lines))
  ;; (mapcar (funcall stat-print) stats))
#+END_SRC


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