Data Management Plan Database

A Data Management Plan (DMP) describes how you will manage, store, secure, document, and share research data. DMPs can vary broadly across disciplines, methodologies, and data types. DMPs are a growing requirement for grants, and can also guide data practices for individuals and teams. DMP Assistant is a free webtool that guides you through drafting your DMP and the easiest way to start building a DMP.

Our database gathers examples from across the world including DMPs from the Digital Research Alliance of Canada, National Institutes of Health (NIH), Qualitative DMP Competition, DataOne, Digital Curation Centre, Liber, the Working Group on NIH DMSP Guidance, and UC San Diego Research Data Curation into one searchable, open-access platform.

Download the amalgamated dataset: https://doi.org/10.5683/SP3/SDITUG

Project Team: Rebeca Gaston Jothyraj (RDM Assistant - 2024), Shrey Acharya (RDM Assistant - 2023), Sarthak Behal (RDM Assistant 2022-23), Danica Evering and Isaac Pratt (RDM Specialists), Debbie Lawlor (Developer).

Data Management Plan Database

Data Management Plans Overview

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Displaying 1 - 15 of 15

Canada Excellence Research Chair (CERC) in Light-Matter Interactions

Original Source

University of Montreal

This DMP aims to collect calculations, simulations, publications, presentations, and experimental design work. The goal of the project is to comprehend and control the quantum dynamics of light-induced excited states in condensed matter.

Data Management Plan for Computational reproducibility in High-Performance Computing (HPC)

Original Source

Digital Research Alliance of Canada; University of Waterloo

This DMP example show uses a case study of relativistic astrophysics and gravitational physics data to show how management strategies can support computational reproducibility in High-Performance Computing. Data are the inputs and outputs of the numerical simulation model.

Data Management Plan for Historical Canadian Census Data

Original Source

Digital Research Alliance of Canada; Western University, Queen's University

This is an example data management plan from the Alliance which aims to create a database of digital products from the Canadian Census of Population. The database includes text base data collected from Statistics Canada.

Data Management Plan Template: Advanced Research Computing

Original Source

University of Waterloo; Digital Research Alliance of Canada

This DMP aims to collect text, binary (ASCII, binary), images, audio, etc. data to develop advanced research computing frameworks and infrastructure for application in various fields like quantum chemistry, biochemistry, machine learning, and artificial intelligence.

Data Management Plan to Optimize an Industrial Extrusion Process

Original Source

Cégep de Sherbrooke; Digital Research Alliance of Canada

This DMP aims to collect digital, tabular, and graphic data on plastic production parameters, environmental conditions, and inspectional measures among other factors to optimize the industrial extrusion process.

Designing Low-Temperature Synthesis Methods for 2-Dimensional Oxide Perovskites

Original Source

University of Waterloo; Digital Research Alliance of Canada

This DMP aims to collect photographs, Raman data, and lab data to develop new and efficient techniques for synthesizing two-dimensional perovskites at lower temperatures.

DMSP for "RTG: Transdisciplinary Training in Mathematical and Computational Biology at NJIT: From Data to Theory and Back"

Original Source

New Jersey Institute of Technology

This DMP aims to collect mathematical model data, code, experimental data, and numerical simulation data. The project itself intends to create a cross-disciplinary training program based on the relationship between mathematics and biology.

ER4STEM Data Management Plan

Original Source

ER4STEM Consortium; University of Vienna (PHAIDRA)

This DMP was created for ER4STEM, which is a project geared towards educational robotics for young children. This DMP aims to collect audio, video, documentation, images, questionnaires, interviews, reflections, and observations.

Innovative strategies, sensing and process chains for increased Quality, re-configurability, and recyclability of Manufacturing Optolectronics

Original Source

ATLANTIS Engineering

This is a DMP for the iQonic project which aims to work towards improved manufacturing processes in the field of optoelectronics.

INSIGHTS Data Management Plan

Original Source

INSIGHTS Consortium; University of Vienna (PHAIDRA)

This DMP was created for the INSIGHTS project, which aims to develop advanced statistical methods for software-aided problem solving in particle physics and other fields. This project will develop experimental data with 4 levels of significance.

National Science Foundation (nsf.gov): Engineering

Original Source

National Science Foundation (NSF)

This DMP was created by the NSF as a template for Computer and Information Science and Engineering.

Neurofibres Data management plan

Original Source

Neurofibres consortium; University of Vienna (PHAIDRA)

This DMP was created for the Neurofibres project, which works in the area of neurodegenerative bio-electronics. It aims to collect laboratory data, research data, scientific texts, and other documents.

Research Data Management Plan for the Meaningful Data Counts Project

Original Source

University of Ottawa; Digital Research Alliance of Canada

This DMP aims to collect and provide empirical evidence for the impact of data usage, data citation, and use of datasets on academic communication.

TWEETHER Data Management Plan

Original Source

Universitat Politecnica de Valencia; LIBER

This is a data management plan from LIBER for the TWEETHER initiative which intends to develop capacity and coverage for a w-band wireless system.

VDL Student Data Management Record

Original Source

McMaster University

This is a student data management record created by the vascular dynamics lab. Although it was created for students working within this lab and is structured for kinesiology related research, it has broad applicability as an exit protocol for labs working across Natural and Health Sciences.