Monday: Lectures and practical application Jon Wright: The conceptual context of characterizing multivariate phenotypes, genotypes and functional units Niels Dingemanse: The evolutionary ecology of multivariate phenotypes Dirk Metzel: A comparison of Bayesian vs Frequentist vs approaches in statistics Alastair Wilson: Multivariate quantitative genetics. Partitioning correlations within vs. between individuals, and between-individual correlations in G and PE. Implementation of exploratory factor analysis in multivariate mixed models. Modelling platform: ASREML/R or MCMCglmm Geir Bolstad: Demonstration of R-package “evolvability” - tools for understanding multivariate genetic variation and effects on rates and directions of evolution Tuesday: Lectures and practical application Yimen Araya-Ajoy: Multi-level multivariate phenotypic variation (i.e. within vs. between individuals) Geir Bolstad: Analyses of allometry; Random regressions in ontogenetic allometry, relationships between ontogenetic, static, and evolutionary allometry. Ned Dochtermann: Multivariate hypothesis testing: when to use confirmatory factor analysis vs. PCA, path analyses and Structural Equation Modelling (SEM) Wednesday: excursion Thursday: Student Introductory Presentations + Working on own data Friday: Working on own data + Student presentations of preliminary results Speaker Prof. Jonathan Wright, Dr. Geir Hysing Bolstad, Dr. Thor Harald Ringsby and Dr. Irja Ratikainen (Centre for Biodiversity Dynamics, Norwegian University of Science and Technology), Prof. Ned. A. Dochtermann (North Dakota State University), Dr. Alastair Wilson (University of Exeter), Prof. Dr. Dirk Metzler (Ludwig Maximilians University of Munich), Prof. Niels J. Dingemanse, PhD-candidate Yimen Araya-Ajoy (Max Planck Institute for Ornithology) [more]

This is an introductory course to students planning to analyse genomic sequence data. The course will familiarize with some tools and websites characteristically used in genome analyses with a focus on steps downstream computer-intense genome assembly and read mapping, e.g. extraction of information from a genome browser, read coverage and expression difference calculations, SNP calling and annotation, scans for selection signatures, Linux and R for txt-file manipulations, etc.. Far from being complete, the course aims to provide a starting point for own idiosyncratic sequence projects. Participants need to install Linux (e.g. in Virtualbox) and R (e.g. as R-studio) on their computers, but we will also provide a few installed computers in our seminar room. [more]

day 1: 2-3 Short inputs depending on participants projects short presentation of participants projects day 2 and 3: guided work on own project day 3: presentations of projects prerequisite for participation basic knowledge in statistics, participation in at least 2 of the Modules 1 – 3. Participants bring their own data. They are requested to send a short description of their projects to the teachers at least one week before the start of the workshop. [more]

This two-day workshop enables life scientists to to write clearly and with impact! The participants learn how to construct a “take-home” message that tells the story of their research, choose words that communicate their science clearly, and structure their paper into a flowing narrative. [more]

Telmo Pievani (U Padova): Sharing Discoveries: New Frontiers and Projects in Communication of Science / Henning Krause (Helmholtz Association): Research Communication 2.0 / Carin Bondar (‘Biologist with a Twist’; independent writer & presenter): Sex, Science and Storytelling: The Art of Effective Communication / Kees Moeliker (Improbable Research / Natural History Museum Rotterdam): The Duck, his Mate and (other) Improbable Research / Daniel Mertens (Schillermertens): “Silent Post” - Scientific Communication / besides presentations from the IMPRS faculty and PhD candidates and award of the "Best Student Paper". [more]

The teaching week addresses the new IMPRS students to give an insight into the different labs and research groups, their research focus and methods, and to give the new students the opportunity to get to know each other, exchange experiences and to discuss possible collaboration with other labs. The teaching week is obligatory for all incoming graduate students, everybody else interested is warmly welcome to join! In 2015, research groups and labs from the MPIO Seewiesen will present their research topics and methods, in a mixture of lectures, experiments, and tours through their facilities. 26.09.15 "Intro in our IMPRS" by the IMPRS coordinator Mäggi Hieber Ruiz; 28-30.09.15 presentation of the research groups; 28.09.15 "Student life: hurdles and difficulties that can arise during a PhD", by the PhD candidates; 29.09.15 presentation of the Officers for Equal Opportunity + for Conflict Management; 29.09.15 workshop "Scientific Ethics + Integrity" by the MPIO Ombudsperson Henrik Brumm; 01-02.10.15 workshop "Mastering your PhD" by Valeska Russo, ProSciencia. [more]

The workshop aims to support PhD students during their first big research project. Generally a PhD student is well adapted to conduct his/her research but encounters difficulties with i.e. time management, lack of coordination/cooperation with others, insecurities if and how to ask for support and is maybe also not prepared to fulfil the different roles which are expected by him/her. This workshop will strengthen the management and communication skills of the participants and help them to deal with unexpected and frustrating situations. Participants will learn management and communication skills by: - defining goals and objectives in a smart way - planning their workload with efficiency and effectiveness - being clear about their different roles during a PhD project - improving their collaboration ability - learning techniques for a successful delegation. First day: Planning a project: Setting goals + Time management Introduction to project management, Defining aims and objective according to SMART principle, Planning and Structuring the workload of a project, Using time management to be more efficient, Defining different roles Second day: Delegation and communication Dealing with the supervisor, Successful delegation, How to prevent and avoid risks, How to deal with stress and frustration, Communication exercises Dr. Valeska Russo holds a PhD in inorganic Chemistry. After 10 years as project manager and trainer at Siemens and Nokia Siemens Networks, she started to teach project management and science related soft skills for PhD students, Postdocs and young group leaders in 2009. She focuses on management, communication and presentation and also teaches methods of awareness and stress reduction to reach a good work-life balance. [more]

Day 1: Introduction to R (work with console and editor, read data, save data, basics in programming R, graphics); Basics in statistics (refreshing descriptive statistics (mean, sd, se, median, quartiles), hypothesis testing, classical statistical tests using R) Day 2: Introduction to simple linear models using R (One-way/two-way ANOVA, simple linear regression, ANCOVA, R lm function / General Linear Models) [more]

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TARGET GROUP: This workshop targets PhD students and Post-doctoral fellows who have taken Conference Presentation part I, and who wish to further improve their presentation skills and focus in particular on the context of conferences. OBJECTIVES: This is an activity-based training is led by a theatre professional whose expertise is in helping the speaker effectively communicate the importance and relevance of the work and the core message in the talk. This course aims to focus on further development and special focus of key communication skills in the context of conferences. DESCRIPTION: This one-day course provides a limited number of participants who have already taken the workshop “Conference Presentation”, the opportunity to deliver a typical conference presentation and focus on the key aspects of conference presentation challenges. Attention will also be given to structural elements and language dynamics for improving overall speech and communication. The session will also include dealing with question and answer sessions as well as other peripheral details involved in the overall conference experience. CONTENTS IN BRIEF: • Engaging the audience in one’s talk • Affirming the strengths and individual style of the speaker • Improving body language • Effectively promoting oneself • Develop strong tactics for effective communication • Dealing with challenging Q&A sessions. METHODS: • Voice and body techniques • Partner work/role-play • Language practice and analysis • Trainer PPT input • Improvisation, videotaping and feedback • Tailored training for individual participants needs. [more]

day 1: LM Linear Regression, multiple Regression ANOVA, ANCOVA (least-square method, parameterisation, interactions, tests (marginal and sequential), model selection, model assumptions, predictions, introduction to Bayesian data analysis); day 2: LME linear mixed models (maximum likelihood, restricted maximum likelihood, random and fixed effects, likelihood ratio test / bootstrap, random slopes-random intercept models, evt. further model types depending on the participants wishes); day 3: LME (model matrix, simulating posterior distributions of model parameters, predictions, posterior probabilities of hypotheses, preparing data for work on own data); day 4: work on own data and presentations. Prerequisite for participation: Basic knowledge in R programming is required. Particularly, it is assumed that you are familiar with working with the R Console and an editor, reading the data and producing the most common graphics (histogram, scatterplot, boxplot). [more]

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AdobeIllustrator is the world’s most powerful toolset for vector art and illustrations and for many tasks in the creative industry this software is the preferred tool for logo design, sketching, image-tracing and vector arts etc. This training will give you basic and useful techniques to manage Illustrator: Preferences, Color-Management, file-format for export, working effectively with paths as basic foundation in using AdobeIllustrator successfully to create vector graphics, for image-tracing, in sketching and drawing. [more]

AdobePhotoshop is the focal point of the AdobeCreativeCloud and for many tasks in the creative industry this software is the preferred tool for developing templates, layouts, image-processing etc. This training will give you basic and useful techniques to manage Photoshop: Preferences, Color-Management, file-format for export, working effectively with layers, cropping and masking as basic foundation in using AdobePhotoshop successfully in retouching, image-processing and composing. [more]

This two-day workshop enables life scientists to to write clearly and with impact! The participants learn how to construct a “take-home” message that tells the story of their research, choose words that communicate their science clearly, and structure their paper into a flowing narrative. [more]

Guided work on own data. [more]

Research Statements are an important part of an application for a position in academia. They pin down the researcher’s background and current results and place future plans into the context of the organisation to which the application is addressed. The challenge in writing a research statement is to be clear and concise and to show the contribution to the mission of the target organisation. This workshop addresses the essential parts of a research statement: abstract, background, current research, research agenda (3 to 5 years) and relevance. Topics and exercises vary according to the participants’ preferences. [more]

Successful grant proposal writing is a fundamental basis to fund a career in research. There are plenty of national and international funding programmes with different funding schemes. Each scheme has its individual context and thematic focus, eligibility and funding rules, submission and evaluation process, and evaluation criteria. Thus, the detailed features and aspects of a successful proposal in one funding scheme are naturally differing from those of a successful proposal in another funding scheme. However, the process of how to work out these details is a common denominator to the different funding schemes. It requires skills way beyond the ability to work out a research idea in detail. The workshop covers the complete proposal process. Topics and exercises are detailed and chosen with respect to the duration of the workshop and the participants’ preferences. [more]

Generalised linear models and generalised linear mixed models: Binomial model, Poission model, GLMM and work on own data [more]

An occupation in research and teaching, a career in the economic or service sector or in a non-profit organisation – after the doctorate there are numerous professional fields and career paths open on the international labour market. Because of this, strategic career planning is necessary. A series of important questions has to be answered: What are my goals and interests, what are my strengths and weaknesses? Where can I apply? Do I know what is expected of me and how to present myself? [more]

Our annual Grand Challenges Symposia focus each year on a specific area of interest in the wide range of topics from animal behavior, ecology, and evolution to physiology and neuro­biology, suggested by the PhD candidates of our IMPRS. The symposia consist of a series of talks by guest speakers, faculty and students of our program and represent the inaugural event for the latest student cohort. [more]

This 3-day workshops is obligatory for the new phD students and offers a first overview on how to get started. AIM - The development of scientific competence of researchers at Max Planck institutes is a major goal. Ph.D. students improve their communication with the supervisor and colleagues, develop professional skills in team working, networking, planning and project management and know how to use feedback in order to deliver a successful performance. This will enhance their overall effectiveness as they pursue their research studies and maximize success of their future careers. METHOD - Participants will experience interactive lectures, moderated discussions and perform activities to learn from first-hand experience. We will safely move them outside their “comfort zone” to the “learning zone” (Gerald Hüther) to enhance acquisition of novel skills. The experienced challenges are discussed in carefully moderated and focused review sessions, using peer-to-peer feedback as a powerful tool. [more]

This activity-based workshop led by theatre professionals provides participants the opportunity to perfect their public-speaking skills, to improve non-verbal communication and the ability to listen and react generously. Participants are required to prepare a three to five minute overview of their work incorporating also the use of a slide, providing a basis for applying the practical aims of the workshop, which are to communicate the importance and relevance of the work and the core message in the talk. [more]

This workshop targets PhD students and Post-doctoral fellows who have taken Conference Presentation part I, and who wish to further improve their presentation skills and focus in particular on the context of conferences. [more]

Linear models (LM) and linear mixed models (LME): Linear Regression, multiple Regression, ANOVA, ANCOVA, model selection (group work), linear mixed models, work on own data [more]

This two-day workshop enables life scientists to to write clearly and with impact!The participants learn how to construct a “take-home” message that tells the story of their research, choose words that communicate their science clearly, and structure their paper into a flowing narrative. [more]

Guided work on own data. [more]

Successful grant proposal writing is a fundamental basis to fund a career in research. There are plenty of national and international funding programmes with different funding schemes. Each scheme has its individual context and thematic focus, eligibility and funding rules, submission and evaluation process, and evaluation criteria. Thus, the detailed features and aspects of a successful proposal in one funding scheme are naturally differing from those of a successful proposal in another funding scheme. However, the process of how to work out these details is a common denominator to the different funding schemes. It requires skills way beyond the ability to work out a research idea in detail.The overall proposal writing starts with the generation of a new research idea and the identification of an appropriate funding scheme. This requires knowledge on funding programmes and their scientific, political or societal background. Here, documents and professionals from contact points and funding authorities may be of much help.For an excellent grant proposal, it is necessary to match the research idea with the evaluators’ view on what is wanted by the funding scheme and what is considered fit for funding. This usually requires work on the details of the idea and the specific research context.After this has been concluded, the work on the actual project and proposal can be started. A concept has to be developed, ideas, workplan and the approach have to be visualised, the budget needs to be planned and the overall proposal has to be structured and formulated. If other project partners or institutions are involved, the submission of documents has to be coordinated.Therefore, the objective of this workshop is, that students obtain an overview on funding opportunities, understand the core aspects of winning grants and know how to adapt the proposal writing process to their funding scheme of choice.Depending on the duration of the training, exercises are focused on different process steps and required skills. [more]

Applying for a position in research requires not only a CV, a letter of motivation, a list of publications and references but also a research statement. They are targeted to the job advertisement and the mission of the research group and its hosting research organisation:First, we will understand the function of the different parts of an application to a research position such as letter of motivation, CV, research statement and references. Participants are asked to bring a job application, so that they can receive a targeted feedback during the second day of the workshop.We will then define the different core elements of a research agenda, their objectives in the context of the job application and the key elements they should cover.Participants will then write their own research statement. Based on these examples we will look into approaches for a targeted motivation of the research agenda, the targeted communication of the background and current research as well as a convincing set-up of the research agenda.Depending on time and interests of the participants, we will use the Researcher Development Framework by Vitae UK to investigate into skills and competencies. Based on these a strategy will be developed to convincingly justify the principal investigator’s expertise. [more]

In this course you will establish and practice efficient reading routines for longer texts. In addition to handling both digital and analog texts quickly and effectively you will learn how to improve your memory of complex information. You will learn strategies to read and memorize information in a way that is optimally suited to how your brain operates and practice using these strategies both with course materials and some of your own reading material. [more]

Our annual Grand Challenges Symposia focus each year on a specific area of interest in the wide range of topics from animal behavior, ecology, and evolution to physiology and neuro­biology, suggested by the PhD candidates of our IMPRS. The symposia consist of a series of talks by guest speakers, faculty and students of our program and represent the inaugural event for the latest student cohort. [more]

As a researcher, one has the privilege to work freely and creatively, pursuing own interests and adding to the knowledge base of the scientific community - and the community in general. This freedom comes with responsibility: The responsibility for self-control, accuracy, honesty, efficiency and objectivity. The scientific community has introduced rules of Research Integrity, which aim to preserve the freedom of research and prevent scientific misconduct. [more]