Microbiology and Genetics: study assistance, study summaries and student internships abroad

from improving study skills to studying abroad and job openings to personal experiences

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Microbiology and Genetics

INTRO   SUMMARIES AND STUDY ASSISTANCE   ACTIVITIES AND TIPS   ORGANIZATIONS   SPOTLIGHT   SEARCH

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Table of contents:

Microbiology and Genetics: study and knowledge
  • What is microbiology, and what is genetics?
  • Why study microbiology, and where is the best place to study, intern, or work abroad?
  • Why study genetics, and where is the best place to study, intern, or work abroad?
Microbiology and Genetics: summaries and study assistance
  • What are the best scientific articles for nature and environmental sciences summarized?
Microbiology and Genetics: summaries per related study field
Microbiology and Genetics: study and work skills
  • How to improve your study skills in the field of microbiology and genetics?
  • Which skills are related to the field of microbiology and genetics?
Microbiology and Genetics: study abroad, intern abroad, and work abroad
  • Which activities, internships, and vacancies abroad are related to the field of microbiology and genetics?
  • Which organizations offer internships and activities in the field of microbiology and genetics?
Microbiology and Genetics: shared experiences
  • What are the related spotlight blogs and contributions of other WorldSupporters?
Microbiology and Genetics: shared content
  • All shared content related to microbiology and genetics: jobs, tips, summaries, organizations, and blogs
  • Search all shared content

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What is microbiology?

  • Microbiology is the study of microorganisms, tiny life forms too small to be seen with the naked eye, such as bacteria, viruses, fungi, and protozoa. 

What is genetics?

  • Genetics is the study of heredity and genes. It studies the genes, genetic variation, and heredity in organisms, and looks at inheritance mechanisms and the function and behavior of genes.
What is microbiology, why would you study it, and where is the best place to study, intern or work abroad?

What is microbiology, why would you study it, and where is the best place to study, intern or work abroad?

What is microbiology?

  • Microbiology is the scientific discipline that studies microscopic organisms such as bacteria, archaea, fungi, protozoa, and many microscopic algae, together with viruses in microbiological contexts.
  • It examines how microorganisms grow, obtain energy, interact with environments and hosts, cause disease, and contribute to ecological and biochemical processes.
  • The field provides a way of understanding invisible biological systems that influence health, food, soil, water, industry, and ecosystems.

What are the main reasons for being active in the field of microbiology?

  • Microbiology provides insight into organisms that are too small to observe directly but strongly influence biological, environmental, medical, and industrial systems.
  • The discipline contributes to understanding ecosystems by examining decomposition, nutrient cycling, symbiosis, microbial communities, and interactions between microorganisms and their surroundings.
  • Laboratory microbiology connects theory with practical activities such as culturing, microscopy, staining, identification, testing, and controlled experimentation.
  • Microbiology is relevant to medicine, food production, agriculture, biotechnology, environmental monitoring, public health, and many other areas where microorganisms affect outcomes.
  • Microorganisms move across borders through people, animals, food, water, and ecosystems, giving microbiology a strong international and collaborative dimension.

What skills do you need to participate in microbiology?

  • To analyse: microbiology involves interpreting cultures, growth patterns, microscopy results, biochemical tests, environmental samples, and experimental data.
  • To plan: laboratory procedures require careful preparation of media, samples, controls, incubation conditions, sterilization steps, and measurement schedules.
  • To be aware of your surroundings: microbiological work requires attention to contamination risks, sterile technique, biological materials, equipment, and laboratory safety.
  • To collaborate: microbiology commonly intersects with medicine, ecology, food science, agriculture, biotechnology, chemistry, and public health.
  • To communicate: microbiologists need to report methods, observations, risks, uncertainty, and conclusions clearly to scientific and non-scientific audiences.

What motivates people to study or work in microbiology?

  • Be and feel meaningful with a sense of purpose: microbiology can appeal to people interested in understanding organisms that influence health, food, ecosystems, and environmental processes.
  • Be and feel experienced: laboratory work, microscopy, culturing, sampling, and identification connect biological theory with direct observation and experimentation.
  • Be and feel involved: the field connects fundamental biology with public health, environmental monitoring, food systems, agriculture, and biotechnology.
  • Be and feel connected: microorganisms link hosts, ecosystems, food chains, water systems, and communities, while microbiological research often depends on interdisciplinary cooperation.
  • Be and feel self-aware: microbiological work encourages careful reflection on contamination, uncertainty, interpretation, biosafety, and the limits of laboratory observations.

What are the best countries and locations to study, intern or work in microbiology?

  • Countries with strong biomedical, clinical, pharmaceutical, and microbiological research environments: United States, Canada, United Kingdom, Germany.
  • Countries where microbiology is closely connected with food science, agriculture, fermentation, and industrial biotechnology: The Netherlands, Denmark, France.
  • Countries where tropical microbiology, infectious disease, public health, and environmental microbiology are highly relevant: Brazil, Kenya, Thailand, India.
  • Countries where marine, soil, freshwater, and ecosystem microbiology provide diverse environmental research settings: Australia, New Zealand, South Africa, Chile.
  • Countries with substantial activity in microbial biotechnology, fermentation, pharmaceuticals, and advanced life-science research: Japan, South Korea, Singapore.

Where can you find work experience and vacancies for jobs, internships, and voluntary work in microbiology abroad?

What are things to consider when studying or working abroad in microbiology?

  • International microbiology experiences can include laboratory placements, field sampling, clinical research, environmental projects, biotechnology, internships, and scientific study: activities around and abroad
  • Preparation can include biosafety requirements, vaccination or health documentation where relevant, laboratory clothing, accommodation, permits, equipment, and local research procedures: preparation for successful travel and stay abroad
  • Insurance, healthcare arrangements, laboratory coverage, biological risk awareness, and appropriate protection for field or clinical activities should be considered before departure: insuring and taking care abroad

Further depth: what is microbiology as a discipline?

What are the main features of microbiology?

Microbiology examines organisms and infectious agents that are generally too small to study without magnification, focusing on their structure, physiology, growth, interactions, and ecological roles.

  • Microscopic life: The discipline studies bacteria, archaea, fungi, protozoa, microscopic algae, and viruses in contexts where their biological behaviour and interactions can be investigated.
  • Microbial growth: Researchers examine how microorganisms reproduce and how temperature, nutrients, oxygen, acidity, moisture, and other environmental conditions influence their development.
  • Laboratory observation: Culturing, microscopy, staining, biochemical testing, and other experimental methods allow microorganisms to be detected, distinguished, and investigated under controlled conditions.
  • Biological interactions: Microorganisms can compete, cooperate, form communities, live symbiotically with hosts, or cause disease, making relationships central to microbiological understanding.
  • Environmental distribution: Microorganisms occur in soils, water, air, organisms, extreme environments, and built environments, influencing processes far beyond laboratory settings.

What are important sub-areas of microbiology?

Microbiology contains several branches that focus on different groups of microorganisms, their relationships with hosts, their ecological roles, and their practical applications.

  • Bacteriology: This area studies bacteria, including their structure, metabolism, reproduction, ecology, classification, pathogenicity, and responses to different environmental conditions.
  • Mycology: Fungi such as yeasts and moulds are investigated in relation to ecology, disease, food, decomposition, fermentation, and interactions with plants and animals.
  • Virology: Viruses are studied as infectious agents that depend on host cells for replication and influence organisms across medical, ecological, and agricultural contexts.
  • Microbial ecology: This area examines microbial communities and their relationships with soils, water, hosts, nutrients, pollutants, and other components of ecosystems.
  • Medical microbiology: Microorganisms associated with infectious disease are studied through identification, pathogenesis, transmission, diagnosis, antimicrobial susceptibility, and interactions with host defences.
  • Industrial microbiology: Microorganisms are used or controlled in fermentation, food production, biotechnology, waste treatment, pharmaceuticals, and the manufacture of biologically derived products.

What are key concepts in microbiology?

Microbiology relies on concepts that explain how microorganisms grow, survive, interact with hosts and environments, and respond to chemical, physical, or biological pressures.

  • Microbial metabolism: Microorganisms obtain energy and nutrients through diverse biochemical pathways, allowing them to survive under aerobic, anaerobic, nutrient-rich, or nutrient-poor conditions.
  • Growth dynamics: Microbial populations can pass through lag, exponential, stationary, and decline phases depending on nutrient availability and environmental conditions.
  • Pathogenicity: Some microorganisms cause disease through invasion, toxin production, immune evasion, tissue damage, or other interactions that disrupt normal host functions.
  • Antimicrobial resistance: Microorganisms can become less susceptible to antimicrobial substances, influencing treatment effectiveness and creating challenges for medicine, agriculture, and public health.
  • Symbiosis: Microorganisms form mutualistic, commensal, or parasitic relationships with other organisms, affecting nutrition, health, development, and ecological interactions.

Who are influential figures in microbiology?

Microbiology

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What is genetics, why would you study it, and where is the best place to study, intern or work abroad?

What is genetics, why would you study it, and where is the best place to study, intern or work abroad?

What is genetics?

  • Genetics is the scientific discipline that studies genes, heredity, biological variation, and the transmission of characteristics between generations.
  • It examines how DNA stores biological information, how genes are expressed, and how mutations and recombination create differences between individuals.
  • The field provides a way of understanding biological inheritance across organisms, populations, cells, and generations through molecular and statistical patterns.

What are the main reasons for being active in the field of genetics?

  • Genetics provides a framework for understanding how biological information is inherited, expressed, altered, and distributed within individuals and populations.
  • The discipline contributes to environmental understanding by examining genetic diversity, population structure, adaptation, conservation, and responses of organisms to changing conditions.
  • Genetic research connects theoretical biology with practical laboratory and computational methods for studying DNA, chromosomes, traits, variation, and inheritance.
  • The field contributes to medicine, agriculture, evolutionary research, biotechnology, conservation, and biological identification through knowledge of genes and inherited variation.
  • Genetic research has an international character because biological populations, research collaborations, genomic datasets, medical questions, and conservation challenges extend across national boundaries.

What skills do you need to participate in genetics?

  • To analyse: genetics involves interpreting inheritance patterns, DNA sequences, pedigrees, experimental results, population data, and relationships between genetic variation and observable traits.
  • To plan: genetic experiments require careful preparation of samples, controls, laboratory procedures, data collection, and appropriate comparisons between individuals or biological groups.
  • To be aware of your surroundings: genetic research requires attention to sample identity, contamination, biological context, laboratory procedures, data quality, and ethical handling of genetic information.
  • To collaborate: genetics frequently intersects with molecular biology, medicine, ecology, evolution, agriculture, bioinformatics, statistics, and biotechnology.
  • To communicate: genetic findings, probabilities, uncertainties, inheritance patterns, and ethical considerations need to be explained clearly to scientific and non-scientific audiences.

What motivates people to study or work in genetics?

  • Be and feel meaningful with a sense of purpose: genetics can attract people interested in understanding inherited biological differences and their relevance to health, biodiversity, agriculture, and evolution.
  • Be and feel experienced: laboratory experiments, sequence analysis, pedigrees, field sampling, and computational work connect genetic concepts with observable biological evidence.
  • Be and feel involved: genetics connects fundamental biological questions with medical research, conservation, crop development, biotechnology, and the study of populations.
  • Be and feel self-aware: genetic research encourages reflection on biological identity, uncertainty, privacy, inheritance, interpretation, and the ethical implications of genetic knowledge.
  • Be and feel connected: genetics reveals biological relationships between individuals, populations, species, and generations while bringing together researchers from multiple scientific disciplines.

What are the best countries and locations to study, intern or work in genetics?

  • Countries with established biomedical genetics, genomics, molecular biology, and human genetic research environments: United States, United Kingdom, Canada, Germany.
  • Countries where genetics is closely connected with biotechnology, pharmaceuticals, molecular research, and advanced life sciences: Switzerland, The Netherlands, Denmark, Sweden.
  • Countries with substantial activity in genomics, biotechnology, agricultural genetics, and molecular technology: Japan, South Korea, Singapore, China.
  • Countries where population genetics, biodiversity, conservation genetics, and evolutionary studies can draw on highly diverse ecosystems: Brazil, South Africa, Australia, New Zealand.
  • Countries where agricultural genetics, crop diversity, population studies, and biological adaptation provide relevant research settings: India, Mexico, Kenya, Peru.

Where can you find work experience and vacancies for jobs, internships, and voluntary work in genetics abroad?

What are things to consider when studying or working abroad in genetics?

  • International genetics experiences can include laboratory research, genomic analysis, conservation projects, clinical placements, agricultural studies, biotechnology, and scientific internships: activities around and abroad
  • Preparation can include laboratory requirements, research permissions, sample handling procedures, data protection, documentation, accommodation, equipment, and ethical guidelines: preparation for successful travel and stay abroad
  • Insurance, healthcare arrangements, laboratory coverage, biological safety, and appropriate protection for field, clinical, or laboratory activities should be considered before departure: insuring and taking care abroad

Further depth: what is genetics as a discipline?

What are the main features of genetics?

Genetics examines how biological information is stored, transmitted, expressed, and changed, connecting molecular processes with inherited traits, variation among individuals, and patterns across generations.

  • Heredity: Genetics investigates how biological characteristics are transmitted from parents to offspring through inherited genetic information contained within chromosomes and other genetic material.
  • Genetic variation: Differences in DNA sequences arise through mutation, recombination, and inheritance, creating variation between individuals and populations that can influence biological characteristics.
  • Gene expression: Genetic information can influence traits through processes that convert DNA instructions into functional RNA molecules and proteins within particular cells and conditions.
  • Experimental analysis: Geneticists use breeding experiments, molecular methods, sequencing, pedigrees, statistical analysis, and computational techniques to investigate inherited biological patterns.

What are important sub-areas of genetics?

Genetics contains several branches that examine inheritance from different perspectives, ranging from molecular mechanisms within cells to variation across populations and applications in medicine or agriculture.

  • Molecular genetics: This area examines the structure, function, replication, expression, and regulation of genes at the molecular level, including interactions between DNA, RNA, and proteins.
  • Population genetics: Researchers study how allele frequencies and genetic variation change within populations through mutation, selection, migration, genetic drift, and patterns of reproduction.
  • Quantitative genetics: This field examines traits influenced by multiple genes and environmental factors, using statistical methods to understand variation in characteristics such as height or yield.
  • Medical genetics: Genetic variation associated with inherited conditions, disease susceptibility, diagnosis, family patterns, and clinical interpretation is investigated within medical and healthcare contexts.
  • Conservation genetics: Genetic diversity and population structure are studied to understand species viability, inbreeding, fragmentation, migration, and biological variation relevant to conservation.
  • Developmental genetics: This area examines how genes are regulated during growth and development, influencing cell differentiation, tissue formation, body patterns, and changes across life stages.

What are key concepts in genetics?

Genetics relies on concepts that explain how genetic information is organized and inherited, how variation arises, and how genes contribute to biological characteristics under different conditions.

  • Gene: A gene is a functional region of genetic material that contributes to producing a biological product or regulating processes associated with particular cellular functions.
  • Allele: Alternative versions of a genetic locus can differ in DNA sequence and contribute to variation in inherited characteristics within
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Summaries & Study assistance 

Summaries: home page

Home page for the use of summaries on WorldSupporter

What is this page about?

  • Contents: information about using and finding summaries of study books, scientific articles, academic concepts and practice exams on WorldSupporter
  • Study areas: Business, Education, Health, Psychology, Law, Nature, Society and more
  • Languages: English, Dutch
  • Access: Public

Where to go next?

What to find below?

  • Summaries per study and study field
  • Summaries per type and form
    • How to use and find summaries, study notes en practice exams on JoHo WorldSupporter?
    • How and why would you use summaries?
    • Finding summaries practice exams on JoHo WorldSupporter
    • Quicklinks to fields of study for summaries and study assistance
  • Main theme pages for learn and study
  • FAQ: questions and answers about summaries
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Related competences, skills and values
Study skills

Study skills

Study skills

To analyse

To analyse

To analyse

Discover or develop competencies, qualities, traits and signals

To collaborate

To collaborate

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To collaborate: discover or develop competencies, qualities, traits and signals

What is cooperation?

  • Cooperation is the willingness and ability to cooperate and join with others to achieve a common goal.... Even when this goal is not immediately of personal interest.

What are cooperation-related concepts and competencies?

  1. Being able to be collegial
  2. Being able to work in a team
  3. Ability to empathize
  4. Possessing empathy
  5. Work on own initiative with others on a common goal
  6. Be able to inform and encourage others to work together
To act professionally

To act professionally

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To act professionally: discover or develop competencies, qualities, traits and signals

 

What is professionalism?

  • professionalism  is the degree of possession of substantive professional knowledge, expertise and skills required to adequately practice the profession.

What are related competencies to professionalism and professionalism?

  • To show professionalism
  • To be competent
  • Working professionally
  • Showing initiative within one's field of expertise
Skills: suggestions and summaries on academic skills

Suggestions and summaries of Worldsupporters on academic skill improvement

 

Book summary of Critical Thinking - Moore & Parker - 12th edition

Book summary of Critical Thinking - Moore & Parker - 12th edition

What is critical thinking? - Chapter 1

[TOC]

What is the importance of critical thinking?

For us humans, there is an importance in critical thinking because it aids us in making good decisions. Often we do not realise how irrational our decisions can be, and this is where critical thinking comes in. Critical thinking basically means thinking about our thinking. We make use of logic and reason to determine whether or not a claim is true, if the reasoning behind it is sound and if we can draw a correlation or connection. It is not necessarily about coming up with claim as much as evaluating the correctness of claims that have been made and try to form a proper conclusion.

To achieve this, we evaluate our thinking on the basis of rationality. When we understand how critical thinking works, we can use this knowledge to be critical in multiple subjects and situations in our daily lives. It is, however, important to understand that criticising other people’s claims and ideas does not mean that we want to attack other people, only that we are trying to find the logic in them. Also, criticising other people in not always a case of critical thinking. People can criticise in the most illogical and unreasonable ways, without considering whether or not their claims are true or their reasoning sound.

When we come to a conclusion at the end of a reasoning, we call that a belief. Beliefs are prepositional and can be either true or false. Beliefs can be compared to a judgement or an opinion. When a belief is stated in a declarative way, that is when we start calling it a claim or statement. Claims are things that we can think critically about.

What are important elements of critical thinking?

Within critical thinking, there are three important parts: claims, issues and arguments. These parts can be analysed once they have been determined in conversation or writing.

Claims

Claims are things that we write or declare, to bring across information. With claims we often deal with statements, opinions or beliefs. Claims can be true

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Glossary of Academic Skills for the Social and Psychological Sciences

Glossary of Academic Skills for the Social and Psychological Sciences

Chapter 1: Literature

 

Literature review A detailed overview of the significant literature available about your chosen topic, providing a discussion and critical evaluation, and using clear argument to contextualise and justify your research. (p. 4)

Peer review The process of evaluating an article by experts to ensure the article meets quality criteria before being accepted for publication. (p. 9)

Textbooks Written specifically for audiences such as students or professionals. Material usually presented in an ordered and relatively accessible form. Often draw on a wide range of sources including peer-reviewed academic journal articles. Useful, particularly as an introductory source to get an overview of your research topic and find out who are the recognised experts. (p. 10)

Peer-reviewed academic journal articles Provide detailed reports of research. Articles written by experts in the field and evaluated by other academics (peer reviewers) to assess quality and suitability. Pay rigorous attention to detail and verification of information. Usually contains extensive list of references. Before publication, have usually been revise in response to comments. This is the most useful type for your literature review. Not all academic journal articles are peer-reviewed. (p. 10)

Non-refereed academic journal articles Articles may provide detailed reports of research. Articles selected by an editor or editorial board with subject knowledge. Relevance and usefulness varies considerably. Beware of possible bias. (p. 10)

Professional and trade journal articles Articles written for members of professional or trade organisations, so related to their needs. Consist of a mix of news items and more detailed accounts of a practical nature. Articles rarely based on research, although some provide summaries of research. Can provide useful insights into practice, although may be biased. Need to be used with considerable caution. (p. 10)

Newspaper articles Articles written for members of public, most newspapers addressing a particular market segment. News presented is filtered dependent on events, priority being given to headline-grabbing stories that are likely to appeal to the readers. Good source of topical events and developments. May contain bias in reporting and coverage. (p. 10)

Conference proceedings Articles consist of selected papers presented at a conference, often published as a book or special edition of a journal. Usually peer-reviewed. Increasingly available online. Sometimes difficult to find. Very useful if the theme of the conference matches your research. (p. 10)

Reports Reports on specific topics written by academics and various organisations, including market research organisations and government departments. Beware of possible bias. May not have gone through same review process as peer-reviewed academic journal articles, but those from established organisations are often of high quality. Often difficult to access or expensive to purchase. Can be a useful source of information when

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Stats for students: Simple steps for passing your statistics courses

Stats for students: Simple steps for passing your statistics courses

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How to triumph over the theory of statistics (without understanding everything)?

Stats of students

  • The first years that you follow statistics, it is often a case of taking knowledge for granted and simply trying to pass the courses. Don't worry if you don't understand everything right away: in later years it will fall into place, and you will see the importance of the theory you had to know before.
  • The book you need to study may be difficult to understand at first. Be patient: later in your studies, the effort you put in now will pay off.
  • Be a Gestalt Scientist! In other words, recognize that the whole of statistics is greater than the sum of its parts. It is very easy to get hung up on nit-picking details and fail to see the forest because of the trees
  • Tip: Precise use of language is important in research. Try to reproduce the theory verbatim (i.e. learn by heart) where possible. With that, you don't have to understand it yet, you show that you've been working on it, you can't go wrong by using the wrong word and you practice for later reporting of research.
  • Tip: Keep study material, handouts, sheets, and other publications from your teacher for future reference.

How to score points with formulas of statistics (without learning them all)?

  • The direct relationship between data and results consists of mathematical formulas. These follow their own logic, are written in their own language, and can therefore be complex to comprehend.
  • If you don't understand the math behind statistics, you don't understand statistics. This does not have to be a problem, because statistics is an applied science from which you can also get excellent results without understanding. None of your teachers will understand all the statistical formulas.
  • Please note: you will probably have to know and understand a number of formulas, so that you can demonstrate that you know the principle of how statistics work. Which formulas you need to know differs from subject to subject and lecturer to lecturer, but in general these are relatively simple formulas that occur frequently, and your lecturer will likely tell you (often several times) that you should know this formula.
  • Tip: if you want to recognize statistical symbols, you can use: Recognizing commonly used statistical symbols
  • Tip: have fun with LaTeX! LaTeX code gives us a simple way to write out mathematical formulas and make them look professional. Play with LaTeX. With that, you can include used formulas in your own papers and you learn to understand how a formula is built up – which greatly benefits your understanding and remembering that formula. See also (in Dutch): How to create formulas like a pro on JoHo WorldSupporter?
  • Tip: Are you interested in a career in sciences or programming? Then take your formulas seriously and go through them again after your course.

How to practice your statistics (with minimal effort)?

How to select your data?

  • Your teacher will regularly use a dataset for lessons during the first years of your studying. It is instructive (and can be a lot of fun) to set up your own research for once with real data that is also used by other researchers.
  • Tip: scientific articles often indicate which datasets have been used for the research. There is a good chance that those datasets are valid. Sometimes there are also studies that determine which datasets are more valid for the topic you want to study than others. Make use of datasets other researchers point out.
  • Tip: Do you want an interesting research result? You can use the same method and question, but use an alternative dataset, and/or alternative variables, and/or alternative location, and/or alternative time span. This allows you to validate or falsify the results of earlier research.
  • Tip: for datasets you can look at Discovering datasets for statistical research

How to operationalize clearly and smartly?

  • For the operationalization, it is usually sufficient to indicate the following three things:
    • What is the concept you want to study?
    • Which variable does that concept represent?
    • Which indicators do you select for those variables?
  • It is smart to argue that a variable is valid, or why you choose that indicator.
  • For example, if you want to know whether someone is currently a father or mother (concept), you can search the variables for how many children the respondent has (variable) and then select on the indicators greater than 0, or is not 0 (indicators). Where possible, use the terms 'concept', 'variable', 'indicator' and 'valid' in your communication. For example, as follows: “The variable [variable name] is a valid measure of the concept [concept name] (if applicable: source). The value [description of the value] is an indicator of [what you want to measure].” (ie.: The variable "Number of children" is a valid measure of the concept of parenthood. A value greater than 0 is an indicator of whether someone is currently a father or mother.)

How to run analyses and draw your conclusions?

  • The choice of your analyses depends, among other things, on what your research goal is, which methods are often used in the existing literature, and practical issues and limitations.
  • The more you learn, the more independently you can choose research methods that suit your research goal. In the beginning, follow the lecturer – at the end of your studies you will have a toolbox with which you can vary in your research yourself.
  • Try to link up as much as possible with research methods that are used in the existing literature, because otherwise you could be comparing apples with oranges. Deviating can sometimes lead to interesting results, but discuss this with your teacher first.
  • For as long as you need, keep a step-by-step plan at hand on how you can best run your analysis and achieve results. For every analysis you run, there is a step-by-step explanation of how to perform it; if you do not find it in your study literature, it can often be found quickly on the internet.
  • Tip: Practice a lot with statistics, so that you can show results quickly. You cannot learn statistics by just reading about it.
  • Tip: The measurement level of the variables you use (ratio, interval, ordinal, nominal) largely determines the research method you can use. Show your audience that you recognize this.
  • Tip: conclusions from statistical analyses will never be certain, but at the most likely. There is usually a standard formulation for each research method with which you can express the conclusions from that analysis and at the same time indicate that it is not certain. Use that standard wording when communicating about results from your analysis.
  • Tip: see explanation for various analyses: Introduction to statistics
Study Guide for summaries with Academic Writing Skills by Van der Molen a.o.

Study Guide for summaries with Academic Writing Skills by Van der Molen a.o.

Study Guide with summaries and study assistance for:

  • Booktitle: Academic Writing Skills
  • Authors: Van der Molen; Ackermann; Osseweijer; Schmidt; van der Wal; de Boer; Polak
  • Edition: 3rd

Summaries expected September 24th

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Summary of Writing Psychology Research Reports by Starreveld - 1st edition - Exclusive
Summary of What is this thing called Science by Chalmers: 4th edition

Summary of What is this thing called Science by Chalmers: 4th edition

Does knowledge consist of facts that have come from experience? - Chapter 1

What is the common sense view of science?

In the first four chapters of this book, the statement "science is derived from facts" is critically analyzed. Throughout the book, this statement's meaning changes slightly. Facts are statements about the world that can be sensed. Facts are neither personal opinions nor speculative ideas. If the world is perceived accurately and without prejudice, the facts that are established are, therefore, a reliable and objective basis for science. Scientific knowledge is reliable and objective if the facts guide conclusive reasoning to laws and theories that make up the basis for scientific knowledge. Before the 17th century, science was primarily based on authorities such as the Bible and Aristotle. Due to people like Galileo, this idea changed in the 17th century. People started to see observation as the basis of science.

Empirists (such as Berkeley, Locke, and Hume) and positivists held the idea that we can see facts as indisputably correct through observation. It follows from this reasoning that knowledge derived from this is objective and reliable. However, it is doubtful that science is based on observable facts. The problem that arises following the statement that science can be deduced from the facts relates to:

  1. The nature of the 'facts' and the way in which scientists have access to those facts;
  2. The way in which laws and theories can be derived from the facts, once we know those facts.

Some believe that facts are at the basis of science because they have the following assumptions:

  • Facts are directly accessible through the senses to all unbiased observers;
  • Facts precede the theory and are independent of it;
  • Facts are
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What is the study field and working area of professional skills in pedagogics?

What is the study field and working area of professional skills in pedagogics?

Professional skills in pedagogy encompass the knowledge, abilities, and attitudes that educators and educational professionals need to effectively work with children, young people, and adults. These skills are essential for guiding learning processes, creating safe and stimulating learning environments, and ensuring the optimal development of individuals.

What are the main features of professional skills in pedagogics?

  • Scientific Foundation: Skills are based on research in learning, development, and effective teaching practices.
  • Reflection and Critical Thinking: Educators can reflect on their practice, critically evaluate their work, and continuously develop their knowledge and skills.
  • Communication and Collaboration: Effective communication with students, parents, colleagues, and others is crucial. Collaboration is key to creating optimal learning environments.
  • Diversity Awareness: Recognizing and valuing differences, educators can work effectively with learners from diverse backgrounds, cultures, and needs.
  • Ethics and Professionalism: Educators act in accordance with ethical principles and professional codes of conduct.

What are the most important sub-areas of professional skills in pedagogics?

  • Instructional Science: Teaching skills, lesson planning, assessment methods, learning processes.
  • Developmental Psychology: Cognitive, social, emotional, and physical development of children and young people.
  • Educational Sciences: Educational styles, parental involvement, managing challenging behaviors.
  • Classroom Management: Creating safe and stimulating environments, classroom management techniques.
  • Special Education: Supporting learners with special educational needs.

What are the most important concepts of professional skills in pedagogics?

  • Learning: How people learn in different ways and how to optimize learning processes.
  • Development: The stages of physical, cognitive, social, and emotional development.
  • Education: The principles and practices of effective teaching.
  • Inclusion: Creating learning environments where all students feel welcome, valued, and challenged.

Who are the most influential figures of professional skills in pedagogics?

  • John Dewey: American philosopher and educator, advocated for experiential learning.
  • Jean Piaget: Swiss psychologist, known for his theory of cognitive development.
  • Lev Vygotsky: Russian psychologist, emphasized the role of social interaction in learning.
  • Paulo Freire: Brazilian educator, proponent of critical pedagogy.
  • Maria Montessori: Italian physician and educator, developer of the Montessori method.

Why is professional skills in pedagogics important?

Professional skills in pedagogy are crucial for:

  • Promoting the optimal development of children, young people, and adults.
  • Guiding effective learning processes.
  • Creating safe and stimulating learning environments.
  • Addressing diversity and inclusion.
  • Acting ethically and professionally.

What are applications of professional skills in pedagogics in practice?

Pedagogical professionals with strong skills work in diverse settings, including:

  • Schools: Teachers, lecturers, educational support staff.
  • Early Childhood Education: Educators, childcare providers.
  • Youth Work: Youth workers, youth coaches.
  • Special Education: Educational support staff, pedagogues.
  • Other Educational Settings: Trainers, instructional designers, curriculum developers.
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Organizations for nature conservation, environmental protection and working in nature abroad

Organizations for nature conservation, environmental protection and working in nature abroad

Costa Rica rain forest - Jungle

Activities, internships, paid work, services or volunteer work in environmental protection, sustainability and nature conservation

Nature conservation and environmental protection abroad: by position

For job roles and duties related to activities, internships and jobs abroad, see:

Nature conservation and environmental protection abroad: favorite countries and destinations

Working for environmental organizations and in nature management abroad:
  • Countries with many international environmental organizations and policy work: Switzerland, Belgium, Germany, and the Netherlands.
  • Countries with many nature projects and fieldwork: Costa Rica – biodiversity, nature management, ecotourism; South Africa – wildlife, nature parks, community projects; Indonesia – rainforest, marine conservation; Brazil – Amazon, nature and climate projects; Kenya – wildlife conservation and community management. 
  • Countries with many marine and coastal protection projects: Australia – Great Barrier Reef, marine research and policy, Belize – coral reefs and marine reserves, Indonesia – mangroves, coral restoration, coastal communities, Mozambique – marine biodiversity and fisheries management.
  • Countries suitable for starters, interns, and volunteers: Nepal – nature, education, and community projects, Peru – biodiversity and local nature projects, Thailand – nature conservation and education, Mexico – environmental and community projects.
Working in nature and outdoors abroad
Organizations for nature conservation, environmental protection and working in nature abroad

Organizations for nature conservation, environmental protection and working in nature abroad

Costa Rica rain forest - Jungle

Activities, internships, paid work, services or volunteer work in environmental protection, sustainability and nature conservation

Nature conservation and environmental protection abroad: by position

For job roles and duties related to activities, internships and jobs abroad, see:

Nature conservation and environmental protection abroad: favorite countries and destinations

Working for environmental organizations and in nature management abroad:
  • Countries with many international environmental organizations and policy work: Switzerland, Belgium, Germany, and the Netherlands.
  • Countries with many nature projects and fieldwork: Costa Rica – biodiversity, nature management, ecotourism; South Africa – wildlife, nature parks, community projects; Indonesia – rainforest, marine conservation; Brazil – Amazon, nature and climate projects; Kenya – wildlife conservation and community management. 
  • Countries with many marine and coastal protection projects: Australia – Great Barrier Reef, marine research and policy, Belize – coral reefs and marine reserves, Indonesia – mangroves, coral restoration, coastal communities, Mozambique – marine biodiversity and fisheries management.
  • Countries suitable for starters, interns, and volunteers: Nepal – nature, education, and community projects, Peru – biodiversity and local nature projects, Thailand – nature conservation and education, Mexico – environmental and community projects.
Working in nature and outdoors abroad
What is insurance for studying abroad, and why should you take out specialized travel insurance for your education abroad?

What is insurance for studying abroad?

  • Insurance for studying abroad means that you take out insurance that continues to provide coverage during your studies, your education, and your related activities abroad.
  • Insurance for studying abroad is also referred to as study insurance. This study insurance is specifically for when you go abroad for a long period of time to take courses, study, or conduct research abroad.

Why should you take out specialized travel insurance for a study abroad?

  • Study insurance is specifically designed for studying abroad, whereas regular travel insurance policies may offer coverage on paper but handle this situation differently in practice.
  • Study insurance offers coverage for longer stays than regular (vacation) travel insurance.
  • Study insurance is also suitable for many types of activities, ranging from various sports to hiking at high altitudes.
  • Study insurance continues to provide coverage if you start working during your trip, whether planned or unplanned. If you have not taken out insurance before departure that allows you to work, there is no guarantee that you will be able to take out insurance abroad that provides coverage.
  • Study insurance continues to provide coverage if your own country's health insurance no longer provides coverage.
  • Student insurance also covers your healthcare costs above the rates in your own country; with regular insurance, you have to pay the extra costs yourself.
  • Student insurance can also continue to provide coverage if (study) visa issuers impose additional requirements on how you insure yourself, for example if you are going to the US and applying for a J-1 visa.
  • Student insurance continues to provide coverage if you are staying abroad for a longer period of time and want to visit your own country in between.

What is important to insure when you are going to study abroad?

  • That you have insurance that is valid in the country or countries where you are going to travel and work.
  • That you are adequately insured for the sports and activities you are going to participate in during your period abroad
  • That you are insured for emergency assistance and early return if something happens to you or your immediate family.
  • That your medical expenses are insured up to the actual cost and not just for the standard costs. The costs per medical treatment vary greatly between countries.
  • That you insure your luggage and take sufficient precautions against theft or damage.
  • That you are well insured against personal liability.
  • That you are well insured in case of accidents.
  • That you only insure yourself for legal assistance if there is an immediate reason to do so, unless coverage is already automatically included in the insurance.
  • That you pay close attention to choosing the right coverage when performing work alongside your studies.

Check out more about international insurances

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Skills: suggestions, summaries and tips of Worldsupporters on values and skills improvement

Suggestions, summaries and tips of WorldSupporters related to competencies and skills improvement

 

 

What are the 13 conditions for balance and fulfillment in study, work and private life

What are the 13 conditions for balance and fulfillment in study, work and private life

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What are the 13 preconditions for balance and fulfillment in study, work and private life

  1. Help yourself by helping others
  2. Create perspective by opening new doors
  3. Don't give up but care about something
  4. Use your empathic skills
  5. Stay with yourself and leave that herd behind you
  6. Focus on your journey and not your destination
  7. Actively deal with your negative emotions
  8. Appreciate and celebrate your small successes
  9. Let others walk their own path
  10. Establish and maintain social contacts
  11. Feel unlimited and not limited
  12. Discover your qualities, take advantage of your opportunities and avoid cliffs
  13. Seek fulfillment in study, work, travel and the world around you

Signed en researched by

  • The JoHo WorldSupporter team

 

Glossary of Academic Skills for the Social and Psychological Sciences

Glossary of Academic Skills for the Social and Psychological Sciences

Chapter 1: Literature

 

Literature review A detailed overview of the significant literature available about your chosen topic, providing a discussion and critical evaluation, and using clear argument to contextualise and justify your research. (p. 4)

Peer review The process of evaluating an article by experts to ensure the article meets quality criteria before being accepted for publication. (p. 9)

Textbooks Written specifically for audiences such as students or professionals. Material usually presented in an ordered and relatively accessible form. Often draw on a wide range of sources including peer-reviewed academic journal articles. Useful, particularly as an introductory source to get an overview of your research topic and find out who are the recognised experts. (p. 10)

Peer-reviewed academic journal articles Provide detailed reports of research. Articles written by experts in the field and evaluated by other academics (peer reviewers) to assess quality and suitability. Pay rigorous attention to detail and verification of information. Usually contains extensive list of references. Before publication, have usually been revise in response to comments. This is the most useful type for your literature review. Not all academic journal articles are peer-reviewed. (p. 10)

Non-refereed academic journal articles Articles may provide detailed reports of research. Articles selected by an editor or editorial board with subject knowledge. Relevance and usefulness varies considerably. Beware of possible bias. (p. 10)

Professional and trade journal articles Articles written for members of professional or trade organisations, so related to their needs. Consist of a mix of news items and more detailed accounts of a practical nature. Articles rarely based on research, although some provide summaries of research. Can provide useful insights into practice, although may be biased. Need to be used with considerable caution. (p. 10)

Newspaper articles Articles written for members of public, most newspapers addressing a particular market segment. News presented is filtered dependent on events, priority being given to headline-grabbing stories that are likely to appeal to the readers. Good source of topical events and developments. May contain bias in reporting and coverage. (p. 10)

Conference proceedings Articles consist of selected papers presented at a conference, often published as a book or special edition of a journal. Usually peer-reviewed. Increasingly available online. Sometimes difficult to find. Very useful if the theme of the conference matches your research. (p. 10)

Reports Reports on specific topics written by academics and various organisations, including market research organisations and government departments. Beware of possible bias. May not have gone through same review process as peer-reviewed academic journal articles, but those from established organisations are often of high quality. Often difficult to access or expensive to purchase. Can be a useful source of information when

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Leadership competencies for implementing planned organizational change - Battilana, Gilmartin, Sengul, Pache & Alexander - 2010 - Artikel

Leadership competencies for implementing planned organizational change - Battilana, Gilmartin, Sengul, Pache & Alexander - 2010 - Artikel

De meeste leiderschapsstudies houden zich niet bezig met de complexiteit van intra-organisatorische processen, waaronder veranderingsimplementatie processen, die verschillende activiteiten met zich mee brengen. In deze studie wordt er beweerd dat het waarschijnlijk is dat managers verschillende activiteiten benadrukken in de geplande organisatieverandering implementatie, afhankelijk van de mix van hun leiderschapscompetenties.

Effectief leiderschap en de bekrachtiging van geplande organisatieverandering

In deze studie wordt het taak-georiënteerde en persoons-georiënteerde model gebruikt. Taak-georiënteerde vaardigheden zijn gerelateerd aan organisatie structuur, ontwerp en controle en het vaststellen van routines om organisatiedoelen en doelstellingen te halen. Persoons-georiënteerde vaardigheden omvat gedrag dat collaboratieve interactie tussen organisatiewerknemers stimuleert, een ondersteunend sociaal klimaat vaststelt en managementpraktijken stimuleert die gelijke behandeling van werknemers verzekert.

Effectiviteit van de twee verschillende soorten vereist verschillende, maar gerelateerde groepen bekwaamheden. Effectiviteit van taak-georiënteerd gedrag staat of valt met het vermogen om taakeisen duidelijk te maken en taken te structureren rondom de missie en doelen van de organisatie. Effectiviteit van persoons-georiënteerd gedrag berust op het vermogen om rekening te houden met anderen als ook het rekening houden met je eigen emoties en die van anderen. Afhankelijk van de mix van deze leiderschapscompetenties wordt er een verschillende nadruk gelegd op de activiteiten die nodig zijn bij het implementeren van organisatieverandering.

Deze activiteiten bestaan uit communiceren, mobiliseren en evalueren. Communiceren: activiteiten die leiders uitvoeren om de noodzaak van verandering uit te leggen en hun visie te delen met de werknemers. Mobiliseren: acties die leiders uitvoeren om support van collega’s te krijgen en de inwerkingtreding van nieuwe werkroutines te aanvaarden. Evalueren: maatstaven die leiders gebruiken om de impact van de implementatie te volgen en vast te stellen en veranderingen te institutionaliseren.

Communiceren van de noodzaak van organisatieverandering

Leiders die veranderingen doorvoeren moeten de noodzaak van deze verandering communiceren met hun werknemers. De werknemers moeten begrijpen waarom gedrag en routines moeten worden veranderd.

Hypothese 1a: leiders die meer persoons-georiënteerd zijn, zijn beter in het communiceren van de noodzaak van verandering dan andere leiders.

Hypothese 1b: leiders die meer taak-georiënteerd zijn, zijn minder goed in het communiceren van de noodzaak van verandering dan andere leiders.

Mobiliseren van anderen om verandering te accepteren

Tijdens implementatie moeten leiders hun werknemers mobiliseren om de veranderingen te accepteren en toe te passen in hun dagelijkse routines. Mobiliseren is moeilijk doordat er verschillende persoonlijke en beroepsdoelen zijn, en dus verschillende opvattingen over de verandering. Mobiliseren brengt zowel taak als persoons-georiënteerde vaardigheden met zich mee.

Hypothese 2a: leiders die meer persoons-georiënteerd zijn, zijn beter in staat werknemers te mobiliseren dan andere leiders.

Hypothese 2b: leiders die meer taak-georiënteerd zijn, zijn beter in staat werknemers te mobiliseren dan andere leiders.

Evalueren van de implementatie van de verandering

Leiders moeten evalueren in hoeverre organisatieleden routines, werkwijzen en gedrag uitvoeren dat

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How do stress, coping, adaptation and health affect personality? - Chapter 18 - Exclusive

How do stress, coping, adaptation and health affect personality? - Chapter 18 - Exclusive

Health psychology focuses on the influence of psychological and behavioral factors on health, often in combination with the environment. Stress is central to this.

What models of personality are there?

What is the interactional model?

The interactional model suggests that personality factors determine the impact of events, because they determine how someone deals with the situation. Personality would thus influence coping. How someone deals with an event determines the degree of stress caused by that event. However, a limitation of this model is that stable coping strategies have never been found.

What is the transactional model?

The transactional model does things differently. According to this model, personality has three potential effects:

  1. Personality can influence coping.
  2. Personality can affect how the person interprets an event.
  3. Personality can influence the event itself.

It is not the event that causes stress here, but rather how it is dealt with. This model is called transactional because of the person's influence on the event and the person's appreciation. There is mutual influence.

What is the health and behavior model?

A third model is the health and behavior model. This assumes that personality does not directly influence the degree of stress or illness, but that it indirectly influences stress or illness through certain behaviors, such as unsafe sex or overeating. The less healthy someone is, the greater the chance of experiencing more stress.

What is the disease and behavior model?

Another model is the disease and behavior model. In this model, disease is explained as the presence of an objectively measurable abnormal physiological process, such as fever, high blood pressure, or a tumor. Abnormal or sick behavior is about the way people behave when they think they are sick. Personality determines the degree of sick behavior, whether or not in combination with a real illness.

According to the predispositional model, associations exist between personality and illness because of a third variable that affects both, namely predisposition. The predisposition can exist for stable individual personality differences and for specific illnesses.

What is stress?

Stress is a subjective feeling that is the result of uncontrollable and threatening events (stressors). These are often extreme situations with unpleasant consequences that cannot be influenced. Stress can be divided into low sources of stress in daily life (daily hassles) and important life events (major life events). Major life events are associated with intensity, conflict and uncontrollability. Positive things can also be very stressful, for example a marriage, a move or a promotion. People with a lot of stress in their lives have many psychological and physiological symptoms. Possible responses to stress may include palpitations, increased blood pressure, sweaty hands and feet, and

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From language courses to gap year abroad, from work experience to volunteering abroad, from paid work to internship abroad, from mountaineering to diving and from backpacking to travel around the world

    What social activities can you do abroad?

    • Opportunities are found in the areas of helping, learning or studying. You can get involved to volunteer in a social project at a school in Africa, Asia or Latin America. You can get involved in nature, in a project with animals or cleaning the sea or beaches. Those who want to learn more can choose for example a language course in Latin America, Spain or South Africa.

    What work related activities can you do abroad?

    • If you want to gain work experience, and/or also earn money, go and work abroad. You can combine backpacking in Australia with temporary work. You can work on campsites in Europe or bush camps in Africa. You can pretty much go all over the world to work in the hospitality industry, hotels and hostels, in the healthcare sector or for example at a diving school.

    What sports activities to do abroad?

    • Have you ever thought of mountain biking, rafting (going down a wild river on a raft or rubber dinghy, climbing or canoeing), survival (which involves building rafts, climbing or canoeing), abseiling (descending a rock face while secured to ropes), zip-lining (whizzing down a cable), canyoning (starting at the top of a river and then climbing, swimming, diving down the bed) or caving (scrambling, wriggling and crawling through caves and crevices)?
    • Maybe you feel more comfortable on a bodyboard (on a half-wave surfboard, you surf the high waves lying down-with flippers), on a hang glider or while paragliding (with a parachute you float down a mountain or dune), hydrospeeding (on a bodyboard with flippers and a wetsuit on you go down a wild river via rapids) or Tiefschneeskiing (racing down through powder snow)?

    Check the pages below for more activities and inspiration and where to go and how to arrange it

      Activities abroad: for experiencing countries and cultures abroad

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      What is Basic Local Alignment Search Tool (BLAST)?

      BLAST (Basic Local Alignment Search Tool) is a powerful algorithm and program used extensively in bioinformatics. It's a champion at finding regions of similarity within biological sequences, like DNA or protein sequences. What are the main features of BLAST?

      • Compares Sequences: BLAST takes...

      What is a phylogenetic tree?

      A phylogenetic tree, also known as a phylogeny or evolutionary tree, is a powerful tool that visually depicts the evolutionary relationships between organisms. It's like a family tree for all living things, but instead of parents and children, it shows how species have descended from a common ancest...

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