content.tex

%----------------------------------------------------------------------------------------
%      HEADER
%----------------------------------------------------------------------------------------
\author{Martin Schrimpf}
\title{\theauthor\space}


%----------------------------------------------------------------------------------------
%	PERSONAL
%----------------------------------------------------------------------------------------
\setAddress{%
	43 Vassar St\\
	Cambridge\\
	MA 02139}
\setEmail{%
%	martin.schrimpf@outlook.com
	msch@mit.edu}
\setMobile{%
	+1 617-586-6748}
\setWeb{%
	http://mschrimpf.com}
\setScholar{%
	https://scholar.google.com/citations?user=RiZ-RdwAAAAJ}
\setTwitter{%
	martin\_schrimpf}
\setGithub{%
	mschrimpf}


%----------------------------------------------------------------------------------------
%	EDUCATION
%----------------------------------------------------------------------------------------
\newcommand{\education}{%
\educationblock%
{% 1: Time frame start
2017 %Since 09/2017
- 2022
}{% 2: Time frame end
}{% 3: Program
PhD
}{% 4: University
Massachusetts Institute of Technology (MIT)
}{% 5: Description
Department of Brain and Cognitive Sciences. GPA $5.0/5.0$.
\\
Advisor: James DiCarlo.
}{% 6: Technologies
}{% 7: Grade
}

\educationblock%
{% 1: Time frame start
2014 %10/2014
}{% 2: Time frame end
2017%05/2017
}{% 3: Program
Master of Science
}{% 4: University
TU \& LMU Munich \& University of Augsburg
}{% 5: Description
Elite Program Software Engineering.
%Structured approaches to Computer Science and creating software, extra courses in Machine Learning.
%Formal Methods, Distributed Systems, Project Management, Databases, Human Computer Interaction. 
%\\
GPA $4.0/4.0$ with honors.
\\
Thesis completed at \organization{Harvard University}.
}{% 6: Technologies
Java, C++, SQL, QVTO, Maude, CTL, LTL
}

\educationblock%
{% 1: Time frame start
2011 %10/2011
}{% 2: Time frame end
2014%07/2014
}{% 3: Program
Bachelor of Science
}{% 4: University
TU Munich
}{% 5: Description
%Combination of economic fundamentals and computer science with a focus on Information Systems.
%\\
%Study abroad at \organization{Auckland University of Technology} with a project at \organization{CAIR} on landmark-based perceptual mapping, inspired by the hippocampus.
%\\
Program Information Systems.
\\
Thesis completed at the \organization{University of Sydney}.
}{% 6: Technologies
Java, UML, SQL, C++, C, Assembly, ARIA
}

%\educationblock%
%{% 1: Time frame start
%2003
%}{% 2: Time frame end
%2011
%}{% 3: Program
%Abitur
%}{% 4: University
%Gymnasium Dorfen
%}{% 5: Description
%Focus on Mathematics, Computer Science, Economics, English.
%\subprogram{USA-exchange} with the \organization{C.D. Hylton High school} in Virginia
%}{% 6: Technologies
%}{% 7: Grade
%$3.7$
%}
}

\newcommand{\varEducationInfo}{All grades converted into the American 4-point system}


%----------------------------------------------------------------------------------------
%	EXPERIENCE
%----------------------------------------------------------------------------------------
\newcommand{\professional}{%
\block%
{% 1: Time frame start
%08/2022
Fall 2023
}{% 2: Time frame end
}{% 3: Position
Tenure-Track Assistant Professor
}{% 4: Employer
EPFL
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
%03/2022
Since 2022
}{% 2: Time frame end
}{% 3: Position
Research Scientist
}{% 4: Employer
MIT Quest
}{% 5: Description
Leading a group of research scientists and engineers to bridge natural and artificial intelligence research across the institute. % Integrative modeling of langu primate vision and language; bridging natural and artificial intelligence research across the institute.
}{% 6: Technologies
PyTorch, AWS
}

\block%
{% 1: Time frame start
%05/2017
2017
}{% 2: Time frame end
%08/2017
}{% 3: Position
Deep Learning Intern
}{% 4: Employer
Salesforce Einstein AI
}{% 5: Description
Advisor: Richard Socher.\\
Flexible architecture search for natural language processing with reinforcement learning (discovered highly novel architectures).  %  and predictive function
}{% 6: Technologies
PyTorch, AWS
}

\block%
{% 1: Time frame start
2016%04/2016
}{% 2: Time frame end
%11/2016
}{% 3: Position
Research Assistant
}{% 4: Employer
Harvard Medical School
}{% 5: Description
Advisor: Gabriel Kreiman.\\
Recurrent computations for the recognition of occluded objects in humans and models (29\% improvement in accuracy);  %  45\% with Alexnet to 74\%
Robustness of neural networks to weight perturbations. 
% ; Role of context for object recognition.
}{% 6: Technologies
Matlab, Python, keras, Theano, Linux, LSF, ECoG
}

\block%
{% 1: Time frame start
2015 %12/2015
}{% 2: Time frame end
2016%04/2016
}{% 3: Position
Research Assistant
}{% 4: Employer
Oracle Labs
}{% 5: Description
Development of an on-demand cluster database module (now widely used by research teams).
%Enabled research teams to flexibly utilize the Oracle RDBMS on the internal cluster by developing an on-demand database module.
}{% 6: Technologies
Linux, LSF, Virtual Machines
}

\block%
{% 1: Time frame start
2015 %2015 %08/2015 // 03/2017
- 2020
}{% 2: Time frame end
}{% 3: Activity
Co-Founder / Technical Advisor (since 2017)
}{% 4: Organisation
Integreat Digital Factory
}{% 5: Description
% Digitization projects in social sector.
Platform for distributing local information to refugees, now used in 1 out of every 6 cities in Germany (\href{https://integreat-app.de/en/}{\textit{integreat-app.de/en}}).
}{% 6: Technologies
Xamarin (C\#), Android (Java), WordPress (PHP)
}

\block%
{% 1: Time frame start
2015%07/2015
}{% 2: Time frame end
%10/2015
}{% 3: Position
Software Engineering Intern
}{% 4: Employer
Siemens AG
}{% 5: Description
Behavior-driven testing framework to run a test specification written in natural language (now used in three major business areas).
}{% 6: Technologies
Python
}

\block%
{% 1: Time frame start
2012 %07/2012
}{% 2: Time frame end
2015%12/2015
}{% 3: Position
Freelancer
}{% 4: Employer
Martin Schrimpf Software Solutions
}{% 5: Description
Led the development of a document %and workflow 
management system with optical character recognition to make the client company paper-free.
%Software Development and Services - projects include:
%\begin{description}[noitemsep,topsep=0pt,font=\normalfont\itshape\space]
%\item[Greimel IT-Systemhaus GmbH] Led the development of a document and workflow management system with optical character recognition, making the client company effectively paper-free
%%\item[R-Backup Datensicherung GmbH] Developed a multilingual website's front- and backend to administrate partners and customers and to issue invoices
%\item[Promonde JLT] Implemented an advertisement website for Arabic countries with over 10,000 users per day % https://www.youtube.com/watch?v=qP6hNgYzZOg
%\end{description}
}{% 6: Technologies
Java, JavaScript, PHP
}

%\block%
%{% 1: Time frame start
%07/2014
%}{% 2: Time frame end
%11/2014
%}{% 3: Position
%Study abroad
%}{% 4: Employer
%Auckland University of Technology
%}{% 5: Description
%Worked on a landmark-based approach to perceptual mapping, inspired by the hippocampus, at the \organization{Centre for Artificial Intelligence Research}.
%Courses in Artificial Intelligence and Management.
%}{% 6: Technologies
%Java, JavaScript, PHP
%}
}


%----------------------------------------------------------------------------------------
%	PUBLICATIONS
%----------------------------------------------------------------------------------------

\newcommand{\publications}{%

\publication{2022}{GeigerSchrimpf2022Wiring}

\publication{2021}{Schrimpf2021language}

\publication{2021}{Casper2021frivolous}

\publication{2020}{gan2021threedworld}

\publication{2020}{Zhuang2020}

\publication{2020}{DapelloMarques2020}

\publication{2020}{Schrimpf2020Neuron}

\publication{2019}{KubiliusSchrimpf2019}

\publication{2018}{bashivan2018continual}

\publication{2018}{schrimpf2018}

\publication{2018}{TangSchrimpfLotter2018}

}


%----------------------------------------------------------------------------------------
%	ABSTRACTS
%----------------------------------------------------------------------------------------

\newcommand{\abstracts}{%

\publication{2021}{Schrimpf2021Topographic}

\publication{2021}{Kar2021}

\publication{2020}{Schrimpf2020snl}

\publication{2020}{schrimpf2020neuromatch}

\publication{2020}{marques2020cosyne}

\publication{2019}{schrimpf2019cosyne}

\publication{2018}{schrimpf2018ccn}

\publication{2016}{schrimpf2016}

}


%----------------------------------------------------------------------------------------
%	PREPRINTS
%----------------------------------------------------------------------------------------

\newcommand{\preprints}{%

\publication{2022}{DapelloKar2022}

\publication{2021}{Marques2021}

\publication{2019}{Jozwik2019primatehuman}

\publication{2018}{arend2018single}

\publication{2018}{schrimpf2018b}

\publication{2017}{cheney2017robustness}

}


%----------------------------------------------------------------------------------------
%	PRESENTATIONS
%----------------------------------------------------------------------------------------
\newcommand{\presentations}{%

\presentation% invited
{% 1: Time
2022  % Oct 05
}{% 2: Organisation
WorldWideNeuro SNUFA
}{% 3: Description
Building System Models of Brain-Like Visual Intelligence with Brain-Score
}

\presentation% invited
{% 1: Time
2022  % Sep 12
}{% 2: Organisation
MPI, Kornfeld lab
}{% 3: Description
De-supervising neural network models of the primate ventral stream
}

\presentation% invited
{% 1: Time
2022  % May 13
}{% 2: Organisation
Tenyx
}{% 3: Description
Advancing System Models of Human Intelligence via Integrative Benchmarking
}

\presentation% invited
{% 1: Time
2022  % April 28
}{% 2: Organisation
EPFL
}{% 3: Description
Advancing System Models of Human Intelligence via Integrative Benchmarking
}

\presentation% invited
{% 1: Time
2022  % April 06
}{% 2: Organisation
Erlangen AI meetup
}{% 3: Description
Artificial Neural Networks Converge to Brain Like Processing in Vision and Language
}

\presentation% invited
{% 1: Time
2022  % March 11
}{% 2: Organisation
MIT, BCS interviews
}{% 3: Description
Advancing System Models of Brain Processing via Integrative Benchmarking
}

\presentation% invited
{% 1: Time
2021  % Sep 16
}{% 2: Organisation
MIT, Fiete lab
}{% 3: Description
Topographic Neural Networks Predict the Behavioral Effects of Causal Perturbations in Primate IT Cortex
}

\presentation% invited
{% 1: Time
2021  % Jul 05
}{% 2: Organisation
Telluride Workshop  % https://sites.google.com/view/tellurideneuromorphic2021
}{% 3: Description
Brain-Like Object Recognition with High-Performing Shallow Recurrent ANNs
}

\presentation% invited
{% 1: Time
2021  % May 27
}{% 2: Organisation
MIT, Yang lab
}{% 3: Description
Integrative Neurally-Mechanistic Models of Primate Visual Object Recognition
}

\presentation% invited
{% 1: Time
2021  % May 20
}{% 2: Organisation
Stanford University, NLP seminar
}{% 3: Description
The neural architecture of language: Integrative modeling converges on predictive processing
}

\presentation% invited
{% 1: Time
2021  % Mar 2021
}{% 2: Organisation
MIT, Saxe Lab
}{% 3: Description
The neural architecture of language: Integrative modeling converges on predictive processing
}

\presentation% invited
{% 1: Time
2020  % Dec 1, 2020
}{% 2: Organisation
GDR TAL, France NLP  % annual national NLP meeting in France: Automatic Language Processing and Cognitive Sciences https://gdr-tal.ls2n.fr/
}{% 3: Description
The neural architecture of language: Integrative modeling converges on predictive processing
}

\presentation% invited
{% 1: Time
2020  % May 22
}{% 2: Organisation
MIT, Kanwisher Lab
}{% 3: Description
The neural architecture of language: Integrative modeling converges on predictive processing
}

\presentation% invited
{% 1: Time
2020  % Jan 22, 2020
}{% 2: Organisation
Brown University, Serre lab
}{% 3: Description
Integrative Benchmarking with Brain-Score to Build Brain-Like Neural Models of Object Recognition
}

\presentation% invited
{% 1: Time
2020  % Mar 02, 2020
}{% 2: Organisation
Cosyne Workshop: Decision Making
}{% 3: Description
Brain-Score
}

\presentation% invited
{% 1: Time
2020  % Mar 03, 2020
}{% 2: Organisation
Cosyne Workshop: Neural Networks and the Brain % Closing the Gap between 
}{% 3: Description
Brain-Score: a collaborative platform for evaluating models of vision
}

\presentation% invited
{% 1: Time
2019  % Oct 29, 2019
}{% 2: Organisation
MIT, BCS Cog Lunch
}{% 3: Description
Brain-Like Object Recognition with High-Performing Shallow Recurrent ANNs
}

\presentation% invited
{% 1: Time
2019  % Sep 18, 2019
}{% 2: Organisation
IBM, AI Week%, Neuro-Symbolic Computation and Machine Common Sense
%author={Schrimpf*, Martin and Kubilius*, Jonas and DiCarlo, James J.},
}{% 3: Description
Towards a synthetic, photorealistic replacement of ImageNet
}

\presentation%
{% 1: Time
2019  % Mar 07, 2019
}{% 2: Organisation
Center for Brain-Inspired Computing (C-BRIC)
%author={Schrimpf*, Martin and Kubilius*, Jonas and DiCarlo, James J.},
}{% 3: Description
Brain-Score: Which Artificial Neural Network for Object Recognition is most Brain-Like?
}

\presentation%
{% 1: Time
2019  % Feb 12
}{% 2: Organisation
Center for Brains, Minds and Machines (CBMM; MIT/Harvard)
}{% 3: Description
Transforming machine learning models into brain models
}

\presentation%
{% 1: Time
2018  % Feb
}{% 2: Organisation
MIT, Tenenbaum Lab
}{% 3: Description
A Flexible Approach to Automated RNN Architecture Generation
}

\presentation%
{% 1: Time
2016  % Oct
}{% 2: Organisation
Harvard Medical School, Systems Club
}{% 3: Description
Recurrent computations for pattern completion
}
}


%----------------------------------------------------------------------------------------
%	GRANTS
%----------------------------------------------------------------------------------------
\newcommand{\grants}{%

\block
{% 1: Time frame start
2020  % November
}{% 2: Time frame end
}{% 3: Activity
MIT
}{% 4: Organisation
NSF CRCNS
}{% 5: Description
%Automated model search on Brain-Score
}{% 6: Technologies
}

% \block% not funded
% {% 1: Time frame start
% 2020  % August
% }{% 2: Time frame end
% }{% 3: Activity
% MIT
% }{% 4: Organisation
% Merck Next generation machine learning  % https://www.emdgroup.com/en/research/open-innovation/2020-research-grants.html
% }{% 5: Description
% %Brain-Score, CORnet, VOneNet ++
% }{% 6: Technologies
% }

% \block% not funded
% {% 1: Time frame start
% 2019  % June 04
% }{% 2: Time frame end
% }{% 3: Activity
% Baylor + MIT
% }{% 4: Organisation
% UG1 (Clinical Research)
% }{% 5: Description
% % Human electrical stimulation of V1 blind patients
% }{% 6: Technologies
% }

\block
{% 1: Time frame start
2019
}{% 2: Time frame end
}{% 3: Activity
MIT
}{% 4: Organisation
ONR
}{% 5: Description
%Automated model search on Brain-Score
}{% 6: Technologies
}

\block
{% 1: Time frame start
2019
}{% 2: Time frame end
}{% 3: Activity
MIT
}{% 4: Organisation
Simons Foundation
}{% 5: Description
%Automated model search on Brain-Score
}{% 6: Technologies
}

\block%funded
{% 1: Time frame start
2019  % June 06
}{% 2: Time frame end
}{% 3: Activity
MIT + IBM
}{% 4: Organisation
IBM Large Project Proposal
}{% 5: Description
% ThreeDWorld
}{% 6: Technologies
}

\block%funded
{% 1: Time frame start
2018
}{% 2: Time frame end
}{% 3: Activity
MIT
}{% 4: Organisation
C-BRIC
}{% 5: Description
}{% 6: Technologies
}

}


%----------------------------------------------------------------------------------------
%	TEACHING
%----------------------------------------------------------------------------------------
\newcommand{\teaching}{%

\block%
{% 1: Time frame start
2022 % August 4 - 25
}{% 2: Time frame end
}{% 3: Activity
}{% 4: Organisation
Brains, Minds, and Machines summer school
}{% 5: Description
Computational Models of Vision and Language
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2021  % Feb - May
}{% 2: Time frame end
}{% 3: Activity
}{% 4: Organisation
Systems Neuroscience Core II (Prof. Halassa)
}{% 5: Description
Teaching Assistant / Co-Lecturer
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2021  % Jan 15
}{% 2: Time frame end
}{% 3: Activity
}{% 4: Organisation
Guest Lecture, Program for Software Engineering UNA TUM LMU % Machine Learning course, 
}{% 5: Description
Engineering an Artificial Biological Intelligence
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2020  % Feb - May
}{% 2: Time frame end
}{% 3: Activity
}{% 4: Organisation
Systems Neuroscience Core II (Prof. Halassa)
}{% 5: Description
Teaching Assistant
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2019  % fall
}{% 2: Time frame end
}{% 3: Activity
}{% 4: Organisation
Computational Cognitive Science (Prof. Tenenbaum)
% Theoretical and Computational Neuroscience Journal Club
}{% 5: Description
Teaching Assistant
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2019  % 21 Aug 2019
}{% 2: Time frame end
}{% 3: Activity
}{% 4: Organisation
Harvard-MIT Computational Neuroscience Journal Club
% Theoretical and Computational Neuroscience Journal Club
}{% 5: Description
Deep Networks and PyTorch
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2019  % Feb - May
}{% 2: Time frame end
}{% 3: Activity
}{% 4: Organisation
Neural Mechanisms of Cognitive Computation (Prof. Halassa)
}{% 5: Description
Teaching Assistant
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2017  % Oct
}{% 2: Time frame end
}{% 3: Activity
}{% 4: Organisation
MIT BCS Peer Lectures
}{% 5: Description
Introduction to Deep Learning
}{% 6: Technologies
}

}


%----------------------------------------------------------------------------------------
%	AWARDS
%----------------------------------------------------------------------------------------
\newcommand{\awards}{%

\award%
{% 1: year
2022 % awarded Oct 7
}{% 2: Title
Open Data Prize (Brain-Score) %runner-up
}{% 3: Organisation
MIT
}{% 4: Description
}

\award%
{% 1: year
2021 % awarded Nov 17
}{% 2: Title
Open Science Prize %runner-up, CAD 1,000
}{% 3: Organisation
Neuro - Irv and Helga Cooper Foundation
}{% 4: Description
}


% \award%
% {% 1: year
% 2021 % awarded Sep 6
% }{% 2: Title
% Member
% }{% 3: Organisation
% \textbf{AAAS}
% }{% 4: Description
% }

\award%
{% 1: year
2021 % awarded Aug 6
}{% 2: Title
Fellowship
}{% 3: Organisation
\textbf{McGovern Institute}  % Friends of the McGovern Institute
}{% 4: Description
tuition and stipend
}

\award%
{% 1: year
2021 % June 3
}{% 2: Title
Walle Nauta Award for Continuing Dedication in Teaching % $500
}{% 3: Organisation
MIT
}{% 4: Description
}

% \award%
% {% 1: year
% 2021 % Feb/Mar
% }{% 2: Title
% nominee for the Regeneron Prize % (1 out of 2 institute-wide)
% }{% 3: Organisation
% MIT
% }{% 4: Description
% }

% \award%
% {% 1: year
% 2020
% }{% 2: Title
% Zukunftspreis (Integreat)  % https://www.augsburg.de/buergerservice-rathaus/rathaus/preistraeger-und-preise/zukunftspreis
% }{% 3: Organisation
% Stadt Augsburg
% }{% 4: Description
% }

\award%
{% 1: year
2020
}{% 2: Title
Postdoc-NeT-AI Fellow
}{% 3: Organisation
DAAD
}{% 4: Description
%
}

% \award%
% % https://transformationalbusiness.live.ft.com
% {% 1: year
% 2020
% }{% 2: Title
% Excellence in Transformational Finance %+ Innovation for the Most Vulnerable and Disadvantaged
% (Integreat)
% }{% 3: Organisation
% Financial Times and IFC %International Finance Corporation
% }{% 4: Description
% winner
% }

% \award%
% {% 1: year
% 2020 % Sep
% }{% 2: Title
% nominee for the Apple fellowship % (1 out of 5 institute-wide)
% }{% 3: Organisation
% MIT
% }{% 4: Description
% }

\award%
{% 1: year
2020
}{% 2: Title
Fellowship in AI+Health
}{% 3: Organisation
\textbf{Takeda} %Pharmaceuticals
}{% 4: Description
tuition and stipend
}

% \award%
% {% 1: year
% 2019
% }{% 2: Title
% Travel Award
% }{% 3: Organisation
% NeurIPS
% }{% 4: Description
% automatic as paper author
% }

% \award%
% {% 1: year
% 2019 % Aug
% }{% 2: Title
% nominee for the Google fellowship % (1 out of 2 non-diversity spots; 4 total institute-wide)
% }{% 3: Organisation
% MIT
% }{% 4: Description
% }

\block%funded
{% 1: Time frame start
2019  % June 06
}{% 2: Time frame end
}{% 3: Activity
% MIT + IBM
}{% 4: Organisation
\textbf{Grant: IBM ThreeDWorld}
}{% 5: Description
% ThreeDWorld, Large Project Proposal
}{% 6: Technologies
}

\award%
{% 1: year
2019
}{% 2: Title
Shoemaker Fellowship  % Hubert J P
}{% 3: Organisation
MIT
}{% 4: Description
tuition and stipend
}

\award%
% https://impactchallenge.withgoogle.com/deutschland2018/charities/digital-factory
{% 1: year
2019
}{% 2: Title
Travel award
}{% 3: Organisation
McGovern Institute % Patrick J. McGovern
}{% 4: Description
travel scholarship
%USD 1,000
}

\block%funded
{% 1: Time frame start
2018
}{% 2: Time frame end
}{% 3: Activity
% MIT DiCarlo lab
}{% 4: Organisation
\textbf{Grant: C-BRIC brain-inspired neural network models}
}{% 5: Description
% Semiconductor Research Corporation (SRC) 
}{% 6: Technologies
}

\award%
% https://impactchallenge.withgoogle.com/deutschland2018/charities/digital-factory
{% 1: year
2018
}{% 2: Title
Impact Challenge (Integreat)
}{% 3: Organisation
\textbf{Google.org}
}{% 4: Description
finalist, 250,000\euro{}
}

\award%
{% 1: year
2017
}{% 2: Title
Singleton Fellowship  % Henry E. 
}{% 3: Organisation
MIT
}{% 4: Description
tuition and stipend  % 67705 + 35700
}

\award%
% https://eu-youthaward.org/winning-project/integreat/
% https://www.facebook.com/EuropeanYouthAward/photos/a.179440182233854.1073741828.173261352851737/834546526723213/?type=3&theater
{% 1: year
2017
}{% 2: Title
European Youth Award (Integreat)
}{% 3: Organisation
Council of Europe
}{% 4: Description
winner
}

% \award%
% {% 1: year
% 2017
% }{% 2: Title
% Social Impact Award (Integreat)
% }{% 3: Organisation
% TUM School of Management
% }{% 4: Description
% competition winner
% }

\award%
{% 1: year
2016
}{% 2: Title
FITweltweit
}{% 3: Organisation
DAAD German Academic Exchange Service
}{% 4: Description
scholarship % for research abroad % 900 EUR/month
}

\award%
{% 1: year
2016
}{% 2: Title
Teilstipendium
}{% 3: Organisation
University of Augsburg
}{% 4: Description
scholarship
}

% \award%
% {% 1: year
% 2016
% }{% 2: Title
% Integrationspreis (Integreat)
% }{% 3: Organisation
% Government of Swabia
% }{% 4: Description
% competition winner
% }

% \award%
% {% 1: year
% 2016
% }{% 2: Title
% Winner Social Society (Integreat)
% }{% 3: Organisation
% Idea- and Startup-competition Generation-D
% }{% 4: Description
% competition winner
% }

\award%
{% 1: year
2015
}{% 2: Title
Deutschlandstipendium
}{% 3: Organisation
Federal Ministry for Education and Research %, Roland und Ute Lacher Fonds
}{% 4: Description
scholarship % 300 EUR/month
}

\award%
{% 1: year
2014
}{% 2: Title
Ministeriumsstipendium
}{% 3: Organisation
Bavarian State Ministry %for Education, Science and the Arts
}{% 4: Description
scholarship
}

%\award%
%{% 1: year
%201\{3,4,5,6\}
}{% 2: Title
%e-fellows.net scholarship
%}{% 3: Organisation
}{% 4: Description
%}
}


%----------------------------------------------------------------------------------------
%	EXTRACURRICULAR ACTIVITIES
%----------------------------------------------------------------------------------------
\newcommand{\service}{%

\block%
{% 1: Time frame start
2022% Aug 4-25
}{% 2: Time frame end
}{% 3: Activity
Course Consultant
% Scientific Course Consultant / project mentoring
}{% 4: Organisation
Brains, Minds, and Machines summer school
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2022% Jul
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
Neural Information Processing Systems (NeurIPS)
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2022% Mar 21-22
}{% 2: Time frame end
}{% 3: Activity
Organizer
}{% 4: Organisation
Cosyne Workshop
}{% 5: Description
Brain-Score and beyond: confronting brain-like ANNs with neuroscientific data
}{% 6: Technologies
}

% \block%
% {% 1: Time frame start
% \textbf{Reviewer}
% }{% 2: Time frame end
% }{% 3: Activity
% Reviewer
% }{% 4: Organisation
% }{% 5: Description
% ICLR, % 2022% reviewed in Sep/Oct 2021
% NeurIPS, % 2021% Jun/Jul
% ICML, % 2021% Feb/Mar, Neuroscience track
% Nature Communications, % 2021% Jan, ML+lang
% Neuron, % 2021% Jan, hemispheric specialization
% eLife, % 2020%Jul, together with Mike Halassa
% iScience, % 2020%Sep, together with Jim
% NeurIPS Real Neurons \& Hidden Units Workshop % 2019 Sep
% }{% 6: Technologies
% }

\block%
{% 1: Time frame start
2022% reviewed in Sep/Oct 2021
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
Intl. Conference on Learning Representations (ICLR)
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2021% Jun/Jul
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
Neural Information Processing Systems (NeurIPS)
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2021% Feb/Mar, Neuroscience track
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
International Conference on Machine Learning (ICML)
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2021% Jan, ML+lang
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
Nature Communications
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2021% Jan, hemispheric specialization
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
Neuron
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2020%10/19
}{% 2: Time frame end
}{% 3: Activity
Organizer
}{% 4: Organisation
CCN GAC Workshop
}{% 5: Description
Is it that simple? The use of linear models in neuroscience
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2020%Jul, together with Mike Halassa
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
eLife
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2020%Sep, together with Jim
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
iScience
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2020% Mar 03
}{% 2: Time frame end
}{% 3: Activity
Organizer
}{% 4: Organisation
Cosyne Workshop
}{% 5: Description
Closing the Gap between Neural Networks and the Brain
}{% 6: Technologies
}

\block%
{% 1: Time frame start
Since 2020
}{% 2: Time frame end
}{% 3: Activity
Mentor
}{% 4: Organisation
Underrepresented minorities in Machine Learning  % organized by Eric Grant
}{% 5: Description
% H.P., 2021-02-23
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2019%Sep
}{% 2: Time frame end
}{% 3: Activity
Reviewer
}{% 4: Organisation
NeurIPS Real Neurons \& Hidden Units Workshop
}{% 5: Description
}{% 6: Technologies
}

\block%
{% 1: Time frame start
Since 2018%02/2016
}{% 2: Time frame end
}{% 3: Activity
Trainee Leadership Council
}{% 4: Organisation
% Center for Brains, Minds and Machines (CBMM; MIT \& Harvard)
CBMM (MIT \& Harvard)
}{% 5: Description
}{% 6: Technologies
}

%\block%
%{% 1: Time frame start
%Since 2018
%}{% 2: Time frame end
%}{% 3: Activity
%Technical Advisor
%}{% 4: Organisation
%DeepHealth
%}{% 5: Description
%}{% 6: Technologies
%}

\block%
{% 1: Time frame start
2016%02/2016
}{% 2: Time frame end
}{% 3: Activity
Organizer
}{% 4: Organisation
University of Augsburg AI Workshop
}{% 5: Description
%Organized two-day workshop. % on Neural Networks, Machine Learning and Organic Computing. 
%Speakers: Prof. Günther Palm, PD Rolf Würtz, and Dr. Joschka Bödecker.
}{% 6: Technologies
}

% \block
% {% 1: Time frame start
% 2015
% }{% 2: Time frame end
% 2016
% }{% 3: Activity
% MINGA Mentor for International Students
% }{% 4: Organisation
% TU Munich
% }{% 5: Description
% }{% 6: Technologies
% }

%\block%
%{% 1: Time frame start
%2013
%}{% 2: Time frame end
%2016
%}{% 3: Activity
%Rotaract Club München Residenz
%}{% 4: Organisation
%}{% 5: Description
%Youth club of Rotary: community, helping and learning. Social initiatives, e.g. with our orphanage sponsorship
%}{% 6: Technologies
%}
}


%----------------------------------------------------------------------------------------
%      LANGUAGES
%----------------------------------------------------------------------------------------
\newcommand{\languages}{
\languageproficiency{German}{Native proficiency}
\languageproficiency{English}{Full professional proficiency}
\languageproficiency{Japanese}{Elementary proficiency}
\languageproficiency{French}{Elementary proficiency}
}


%----------------------------------------------------------------------------------------
%      INTERESTS
%----------------------------------------------------------------------------------------
\newcommand{\interests}{
\interest{Travelling}{Insights into various cultures in places such as Africa, Australia and India}
\interest{Martial Arts}{Sporty balance, perfection of techniques and meditation with Judo and Shaolin}
\interest{Brain-inspired Computing}{Getting behind the concepts of cognition and intelligence on the basis of biological findings, side projects in e.g. deep reinforcement learning and home automation}
}


%----------------------------------------------------------------------------------------
%	ADVISED STUDENTS
%----------------------------------------------------------------------------------------
\newcommand{\advisedstudents}{%

\block%
{% 1: Time frame start
Since 2021 % Oct
}{% 2: Time frame end
% 2022
}{% 3: Organisation
CDTM
}{% 4: who
Marliawaty I Gusti Bagus
}{% 5: Description
Generalization of neural representations
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2020 % Dec
}{% 2: Time frame end
2021
}{% 3: Organisation
TUM
}{% 4: who
Paul McGrath
}{% 5: Description
Modeling neural perturbations
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2020 - 2021 % since July 13
}{% 2: Time frame end
}{% 3: Organisation
Facebook / MIT
}{% 4: who
Tilak Sharma
}{% 5: Description
Local learning without backpropagation
}{% 6: Technologies
} % went on to continue at Facebook

\block%
{% 1: Time frame start
2019
}{% 2: Time frame end
2020
}{% 3: Organisation
MIT
}{% 4: who
Caleb Littlejohn
}{% 5: Description
Brain-Score submission platform
}{% 6: Technologies
} % went on to Amazon

\block%
{% 1: Time frame start
2020
}{% 2: Time frame end
}{% 3: Organisation
MIT
}{% 4: who
Sachi Sanghavi
}{% 5: Description
Dependence of action recognition on temporal integration
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2019
}{% 2: Time frame end
2020
}{% 3: Organisation
TUM / LMU / UNA
}{% 4: who
Franziska Geiger
}{% 5: Description
Compressing neural network weights into structured distributions
}{% 6: Technologies
} % went on to Google Zurich, then startup

\block%
{% 1: Time frame start
2019
}{% 2: Time frame end
}{% 3: Organisation
TUM
}{% 4: who
Fukushi Sato
}{% 5: Description
Building temporal models of the ventral stream
}{% 6: Technologies
} % went on to 

\block%
{% 1: Time frame start
2018
}{% 2: Time frame end
2019
}{% 3: Organisation
MIT
}{% 4: who
William Hartman
}{% 5: Description
Identifying high-performance substructures within architectures
}{% 6: Technologies
} % went on to work at Teladoc as a Machine Learning Engineer

\block%
{% 1: Time frame start
2016 % Fall
}{% 2: Time frame end
}{% 3: Organisation
Emmanuel College
}{% 4: who
Jacklyn Sarette
}{% 5: Description
Behavioral experiments on visual context
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2016 % Fall
}{% 2: Time frame end
}{% 3: Organisation
ETH Zurich
}{% 4: who
Doré de Morsier
}{% 5: Description
Behavioral experiments on the recognition of novel objects
}{% 6: Technologies
}

\block%
{% 1: Time frame start
2016 % Summer
}{% 2: Time frame end
}{% 3: Organisation
City University of New York
}{% 4: who
Wendy Fernandez
}{% 5: Description
Behavioral experiments and data analysis on the identification of occluded objects (MIT Summer Research Program)
}{% 6: Technologies
}
} % went on to attend Columbia University


%----------------------------------------------------------------------------------------
%	REFERENCES
%----------------------------------------------------------------------------------------

\newcommand{\references}{%

\reference%
{% who
James DiCarlo
}{% Organisation
MIT (advisor)
}{% title
Peter de Florez Professor of Neuroscience
% \\
% Director, MIT Quest for Intelligence
}{% email
dicarlo@mit.edu
}{% phone
(617) 452-2045
}

\reference%
{% who
Joshua Tenenbaum
}{% Organisation
MIT
}{% title
Paul E. Newton Career Development Professor of Cognitive Science
}{% Contact
jbt@mit.edu
}{% phone
(617) 452-2010
}

\reference%
{% who
Nancy Kanwisher
}{% Organisation
MIT
}{% title
Walter A. Rosenblith Professor of Cognitive Neuroscience
}{% Contact
ngk@mit.edu
}{% phone
}

\reference%
{% who
Gabriel Kreiman
}{% Organisation
Harvard %Children's Hospital Boston, Harvard Medical School
}{% title
Professor of Ophthalmology
}{% Contact
gabriel.kreiman@tch.harvard.edu
}{% phone
(617) 919-2530
}

\reference%
{% who
Evelina Fedorenko
}{% Organisation
MIT
}{% title
Associate Professor
}{% Contact
evelina9@mit.edu
}{% phone
}

\reference%
{% who
Arash Afraz
}{% Organisation
NIH
}{% title
Chief Investigator
}{% Contact
arash.afraz@nih.gov
}{% phone
}

\reference%
{% who
Daniel Yamins
}{% Organisation
Stanford
}{% title
Assistant Professor
}{% Contact
yamins@stanford.edu
}{% phone
}

\iffalse
\block%
{% 1: Time frame start
}{% 2: Time frame end
}{% 3: who
Prof. Uwe Röhm
}{% 4: Organisation
School of IT, University of Sydney
}{% 5: Description
}{% 6: Technologies
}
\fi

\iffalse
\block%
{% 1: Time frame start
}{% 2: Time frame end
}{% 3: who
Prof. Helmut Krcmar
}{% 4: Organisation
Computer science in economics, Technical University Munich
}{% 5: Description
}{% 6: Technologies
}
\fi

\iffalse
\block%
{% 1: Time frame start
}{% 2: Time frame end
}{% 3: who
Prof. Dr. Alexander Knapp
}{% 4: Organisation
Software and Systems Engineering, Augsburg University
}{% 5: Description
}{% 6: Technologies
}
\fi

}