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Found 452 PhD jobs

Postdoctoral fellowships: early diagnosis and precision oncology of gastrointestinal cancers.

• Monrovia, California
• Up to $75,000
• Beckman Research Institute, City of Hope, Goel Lab

We currently have multiple postdoctoral fellowship positions within the multidisciplinary research team headed by Dr. Ajay Goel, professor and foun...

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Postdoctoral Research Fellow Positions, Division of Rheumatology

• Seattle, Washington State
• $5,705-$6,000 per month, commensurate with experience and qualifications
• University of Washington, Department of Medicine, Division of Rheumatology

We seek two postdoctoral fellows to join the Mustelin/Najjar lab in the Rheumatology division, University of Washington, Seattle, USA, to lead and ...

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Postdoctoral Associate- Computational Spatial Biology

• Houston, Texas (US)
• Per NIH Guidelines
• Baylor College of Medicine (BCM)

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Staff Scientist - Genetics and Genomics

• Hiring up to $80,000

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Postdoctoral Fellow

• San Francisco, California
• Competitive
• University of California, San Francsico

The Dubal Laboratory of Neuroscience and Aging at the University of California, San Francisco (UCSF) seeks postdoctoral fellows to investigate the ...

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Postdoctoral Associate

• Hiring up to $82,000

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Postdoctoral Research Associate - Surgery

• Memphis, Tennessee
• Commensurate with experience
• St. Jude Children's Research Hospital (St. Jude)

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Open Rank Faculty Position in Biochemistry and Molecular Genetics

• Charlottesville, Virginia
• Salary based on qualifications and experince
• Biochemistry & Molecular Genetics

The Department of Biochemistry & Molecular Genetics (www.virginia.edu/bmg) and the University of Virginia Cancer Center

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Research Associate - Brain Cancer

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Research Associate - Genomics

• Hiring up to $70,000

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Postdoctoral Associate- Artificial Intelligence

• Hiring up to $60,000

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Postdoctoral Research Fellow-Channing Division of Network Medicine at Brigham and Women's Hospital

• Boston, Massachusetts
• Salary commensurate with experience
• Brigham and Women's Hospital (BWH)

Looking for postdoctoral fellowship candidates to advance genomic research in the study of lung diseases at Brigham and Women's Hospital and HMS.

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Postdoctoral Position

• Boston, Massachusetts (US)
• Boston Children's Hospital (BCH)

We are seeking highly motivated and skilled candidates for postdoctoral fellow positions

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Research Postdoctoral Fellow - MD (Cardiac Surgery)

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• 10 days ago
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FACULTY POSITION IN PATHOLOGY RESEARCH

• Dallas, Texas (US)
• The University of Texas Southwestern Medical Center (UT Southwestern Medical Center)

View details FACULTY POSITION IN PATHOLOGY RESEARCH

• 11 days ago
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Postdoc Fellow / Senior Scientist

• Harvard Medical School and Brigham and Women's Hospital

The Yakoub and Sulzer labs at Harvard Medical School-Brigham and Women’s Hospital and Columbia University

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Postdoctoral Research Associate position at University of Oklahoma Health Sciences Center

• Oklahoma City, Oklahoma
• University of Oklahoma Health Sciences Center

Postdoctoral Research Associate position at University of Oklahoma Health Sciences Center   The Kamiya Mehla lab at the newly established Departmen...

View details Postdoctoral Research Associate position at University of Oklahoma Health Sciences Center

• 12 days ago
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Computational Postdoctoral Fellow with a Strong Background in Bioinformatics

• The University of Texas MD Anderson Cancer Center

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Assistant Professor - Cell Physiology & Molecular Biophysics

• Lubbock, Texas
• Texas Tech University Health Sciences Center, School of Medicine

Opportunity in the Department of Cell Physiology and Molecular Biophysics (CPMB) at Texas Tech University Health Sciences Center (TTUHSC)

View details Assistant Professor - Cell Physiology & Molecular Biophysics

• 13 days ago
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Postdoctoral Associate- Curing Brain Tumors

• Hiring up to $57,852

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Find your PhD position in Germany

Before you start your search ....

Before you start your search you should know that there are different PhD models:

• Individual doctorate  or
• Structured PhD programmes

What's the difference? Check out our  overview of the various ways to do your PhD in Germany  

Find your individual doctorate

The "traditional" or "individual" path to a PhD remains the most common in Germany. An individual doctorate involves a thesis or dissertation that is produced under the  supervision of one professor . This form of PhD study offers a great deal of  flexibility , but demands a high degree of  personal initiative  and responsibility.

How to find your PhD supervisor

In Germany there is no central admissions or selection office for doctoral students. Therefore, your first step is to find a suitable professor who is willing to be your supervisor.

One way to find a supervisor is to look for a university institute that matches your area of research. The following online search engines might help you find a suitable supervisor:

• GERiT – German research institutions GERiT is a website containing information on approximately 29,000 research institutions in Germany. GERiT allows the user to search easily by location or subject. It provides all the information needed to choose an institution at which to research, study or do a doctorate. www.gerit.org
• Finding a PhD position PhDGermany publishes PhD openings in Germany that specifically target international applicants. Accordingly, in most cases the working language is English. Fluent knowledge of German is only required for certain special positions. PhDGermany helps you find the right PhD opening or supervisor for your doctoral thesis and assists you with the online application process. www.phdgermany.de
• Higher Education Compass   This database provides up-to-date information from universities about doctoral opportunities in Germany. The search engine enables you to carry out targeted searches on the basis of departments, admission requirements and form of doctoral thesis. www.higher-education-compass.de

Furthermore,  your contacts with your professors or previous university  could help direct you to a suitable department or potential supervisor in Germany.

It is also helpful to attend  academic conferences  in your own subject area. There you will be able to exchange information and make contacts ­– and perhaps even find a future PhD supervisor.

Find your structured PhD programme

DAAD/Ausserhofer/Himsel

Structured PhD programmes in Germany are frequently very similar to the PhD programmes in English-speaking countries, in which a  team of supervisors  look after a  group of doctoral students . Around 12,000 doctoral students from abroad – roughly one in four – do their PhDs in structured programmes. As a rule, it is possible to complete a doctorate in four to five years.

Where to find your PhD programme

There is no central database of all structured PhD programmes in Germany. You can usually find these programmes directly through the respective universities, graduate schools or non-university research institutions. The German Academic Exchange Service (DAAD) database is also a good place to look. Here you will find a large number of PhD programmes that are specially aimed at international doctoral students.

International doctoral programme database

Are you interested in an international doctoral programme in Germany? This DAAD database presents a selection of roughly 230 international doctoral programmes in Germany. The database can be searched according to different criteria.  www.daad.de/international-programmes 

Doctoral programmes at universities

Many universities offer structured doctoral programmes, which they publicise on their websites. The Student Advisory Service or Graduate Centre at the respective university will also provide help here. You can find the relevant addresses using the Higher Education Compass provided by the German Rectors’ Conference. www.higher-education-compass.de

​​​​​​​DFG-funded research training groups

Research training groups are also funded by the Deutsche Forschungsgemeinschaft (German Research Foundation, DFG) for a period of up to nine years. Their key emphasis is on the qualification of doctoral researchers within the framework of a focused research programme and a structured training strategy. www.dfg.de > Current Research Training Groups

Helmholtz Research Schools, Colleges and Graduate Schools

The Helmholtz Association is Germany’s largest scientific organisation. In collaboration with various institutions of higher education, Helmholtz Association research centres have established structured PhD programmes under the auspices of Helmholtz Graduate Schools, Helmholtz Research Schools and Colleges.  www.helmholtz.de > PhD Candidates 

Leibniz Graduate Schools

The Leibniz Association connects 97 research institutes that conduct problem-oriented research and provide scientific infrastructure of national and international importance. Together with universities they run structured PhD programmes in Leibniz Graduate Schools. www.leibniz-association.eu > Leibniz Graduate Schools

International Max Planck Research Schools

The Max Planck Society specialises in innovative basic research and its institutes are able to offer up-and-coming researchers excellent infrastructure and support. The website lists the programmes available at International Max Planck Research Schools (IMPRS):  www.mpg.de > International Max Planck Research Schools  

Max Planck Schools

In Germany, the best researchers in a specific field are often work at different universities and non-university research institutions spread throughout the country. The Max Planck Schools serve as hubs which gather this distributed knowledge. Here, the brightest minds in their fields have come together from within the scientific community to interconnect in faculties made up of active researchers. Students gain access to these unique networks, learn in close personal exchange from leaders in their fields and their peers, and enjoy access to outstanding infrastructure. Currently, three Schools are operating in the fields of Cognition, Matter to Life, and Photonics. www.maxplanckschools.de

Where can I find out about requirements?

Application procedures  differ from programme to programme . The precise requirements and deadlines can be found on the website of the respective university, research training group or graduate school. You should therefore first choose a PhD programme and/or graduate school.

You've found the position you want to apply for, but how does applying to a potential supervisor or structured PhD programme work in Germany? Find out more here.

DAAD/Jan Zappner

We help you navigate through the large number of job portals that specialise in openings for academics and scientists. These are some of the sites that may get you started.

DAAD/Uta Konopka

Check out our brochure

Doing a phd in germany (2019, 40 pages).

This booklet for (prospective) international doctoral students presents the different options for doing a doctorate in Germany. It explains the formal requirements and gives some practical advice on finding the right supervisor or doctoral programme. It also outlines different sponsorship and funding options.

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To ensure you are prepared to tackle your dissertation, you need a supervisor who is prepared to supervise your dissertation. It is common to use your master’s thesis, research idea or exposé to submit a proposal directly in your desired area of research. You will probably have the opportunity to come into contact directly with the person of your choice at an international conference, colloquium or through direct inquiry.

PhD opportunities usually involve a paid position, e.g., as part of a project or assistant post. If this is not the case, i.e. if there is no opportunity to integrate you into the particular field, the issue of financing your PhD must be discussed and resolved in advance.

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• PhD in USA – A Guide for 2020/21
• Finding a PhD

A PhD in USA takes approximately 5 – 6 years of full-time study and can cost between $12,000 – $45,000 per academic year. PhD programs in USA differ from that in the UK and Europe in that students must first take taught classes, coursework and exams before starting their research project.

Why Do a PhD in USA?

The United States has long had some of the most distinguished universities and advanced PhD programmes in the world. Combined with curriculum flexibility, rigorous teaching methods, vast funding opportunities, breathtaking campuses and significant career prospects, it’s no wonder that it is one of the most sought-after study destinations for research students.

In addition to comprehensive training standards, here are a few other reasons why a student may choose to undertake their PhD in the United States:

• Longer learning timeframes – A PhD in the US lasts longer than a PhD in the UK or Europe. This allows students to more confidently transition from undergraduate to postgraduate studies; more commonly referred to as ‘graduate studies’ in the US. This gives you the opportunity to learn more about your subject, research methods and academic writing in general before starting your research project.
• World-class universities – It’s no secret that some of the most well-known higher education institutions that continue to dominate global rankings are based in the United States. Although many factors go into determining whether a position is right for you, a PhD at a high-ranking American university will undeniably have many benefits, from excellent learning standards to access to innovative equipment and deep expertise.
• International network – The US has long been a popular choice among PhD students around the world. As such, the US hosts a diverse and multicultural learning environment in which many research students will quickly feel at home.
• Opportunities – With over 4,000 universities in the US, we can safely say you will have plenty of opportunities to find the ideal combination of project, supervisor and university that works for you.

Universities in USA

Universities in the United States can be divided into two types: public universities and private universities.

Public universities are financed by the state in which they are based. Because of this, public universities charge less for students from within the state and more for students from outside the state, including international students.

Private universities are not financed by their state, but by private donors, research funds and tuition fees. For this reason, private universities generally charge higher tuition fees than public universities and require all students to pay the same amount, regardless of whether they come from out-of-state or abroad.

According to the Times Higher Education World University Rankings 2021 , eight of the top ten universities in the world are located in the United States. These are:

Method of Study

The main difference between a PhD in the US and a PhD in Europe lies in the program structure. Whereas a European PhD essentially consists of a single phase lasting three to four years , an American PhD consists of three different phases, each with its own time frame.

• Phase One – The first phase lasts approximately two years and focuses on building a basic foundation for the doctoral student. This phase consists largely of taught components such as lectures, tutorials and laboratory sessions, in which the student learns more about theoretical concepts and research methods within their discipline.
• Phase Two – The second phase can be considered an assessment phase, which runs both periodically alongside and at the end of the first phase. Here, students complete coursework and take exams on the basis of the material they have covered of which they must pass in order to proceed to the third phase.
• Phase Three – The third phase lasts approximately three years and resembles the European PhD structure. During this period, the student undertakes an independent research project, including forming a research design, conducting experiments, writing a thesis (more commonly referred to in the USA as a dissertation) and sitting a viva exam.

Teaching Requirements

Besides structure, a key difference between a PhD program in the US and in Europe is the focus on teaching requirements. In the US, doctoral students are expected to lecture, lead tutorials, host laboratory sessions, mark coursework and provide office hours for undergraduate students. Although students studying in European will likely contribute to these at some point during their study, this would normally be on a voluntary basis and involve less time commitment.

Research Flexibility

Another difference is project flexibility. In Europe, students typically apply to a PhD project predetermined by a supervisor, and although there may be some scope to adapt the project, depending on the funding provider , it will usually be limited to how the project is carried out rather than what it is about. In the US, however, a student applies to become a doctoral candidate within a department rather than applying for a particular research project. This is because students are expected to decide on their thesis topic (also commonly referred to as a dissertation research topic) near the end of their first phase after they have developed a better understanding of their subject and know where their interests lie. Therefore, research students in the US generally have more flexibility and influence in the direction of their research than students in the United Kingdom or Europe.

PhD Admission Requirements in USA

PhD admission into US universities can be highly competitive, both because of the limited number of positions and the large number of annual applicants.

The eligibility requirements for a doctoral program in the USA can generally be divided into four sections:

• Grade Point Average (GPA) – in the US, a scoring system known as Grade Point Average is used to measure academic ability. A student’s GPA is calculated as a weighted score of the subjects they study during their undergraduate degree; an equivalent score is calculated by universities for international applicants. Although universities rarely set minimum GPA requirements for doctoral study, it’s worth being aware that a GPA of 3.0 is equivalent to a UK second class honours (2:1); the typical entry requirement for UK universities.
• Graduate Records Exam (GRE) – most universities will require you to take a series of examinations known as Graduate Records Exams, which are used to determine your suitability for graduate study. GREs will assess your analytical, reasoning and critical thinking skills as well as your depth of your subject.
• Student aptitude – in addition to academic ability, US universities also look for characteristics of a strong researcher. These include traits such as engaging in the subject in your own time, e.g. by attending talks and conferences, demonstrating a high degree of independence and enthusiasm, and a general passion for your subject.
• English Language Proficiency – international students whose first language is not English must sit language exams such as IELTS or TOELF to demonstrate their English language proficiency.

International students will also require a F1 student visa in order to study in the US, however, you would typically apply for this after you have secured a place into a doctorate program.

How to Apply for PhD in USA

When applying for a PhD position at a graduate school, the application process will differ between universities, however, they will all typically ask for the following:

• Academic CV – a short document summarising your educational background and current level of experience .
• Personal statement – a document which outlines why you believe you are suitable for PhD study and your passion for the subject.
• Academic transcripts – a complete breakdown of the modules and their respective marks you have taken as part of your previous/current degree.
• GRE scores – a transcript of your Graduate Records Exam results.
• Research statement – a condensed version of a research proposal outlining your general research interests, if required.
• Recommendation letters – references from several academic referees who endorse your qualities as a person, your abilities as a student and your potential as a doctoral researcher.

Application Deadlines and Fees

Since PhD programs in the United States have taught components, they commence at the same time as all other taught degrees, and therefore share the same application deadlines and start dates. This corresponds to an application period that typically begins in August and ends in February. Admission decisions are typically made in April, with successful students starting in August/September.

When you apply to a graduate school, you will be expected to pay a fee for each doctorate application to cover the school’s administrative costs for processing your application. The fee varies from university to university, but typically ranges from $50 to $100 .

Funding your PhD in USA

It’s very common for a PhD student to receive financial aid in the form of a PhD scholarship; in fact, this will be the case for the vast majority of students in the US.

PhD funding can be ‘fully funded’ covering the student’s graduate program tuition fees, accommodation and living costs, or ‘partially funded’ covering the student’s tuition fee only in part or full.

Besides funding, a graduate student can take on an assistantship, such as a graduate teaching assistant or research assistant, in which they take on a part-time salaried position at the university alongside their studies.

Due to the international and collaborate nature of American universities, there are also a number of international scholarships available, such as the Fulbright Scholarship and the AAUW International Fellowship .

PhD Duration in USA

In the US, a PhD takes approximately 5 – 6 years to complete if studying full-time, and 8 – 10 years if studying part-time.

If you already have a Master’s degree, your first phase can be shortened by one year at the discretion of the university.

Cost of a PhD in USA

The cost of a PhD program in the US can vary considerably depending on the type of university, i.e. whether it’s a public or private university, the doctoral course, i.e. whether it’s in a STEM subject such as computer science, engineering or a non-STEM subject, and whether you are a home or international student.

In general, however, the typical annual tuition fee for a PhD in the US is between $12,000 and $45,000 per academic year.

As with any doctoral degree, additional costs may include travel for collaborations, bench fees, accommodation and living expenses.

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• programming languages
• industrial economics
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• optical fiber
• technical university of denmark
• molecular modeling
• computational chemistry
• scholarship
• simulations
• calorimetry
• cardiovascular
• cognitive function
• social media
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• computer engineering
• biomedical engineering
• electronics
• computational neuroscience
• visual search
• human visual perception
• eye-tracking
• multi-scale
• computational methods
• computational material science
• decision sciences
• technology management
• decision support systems
• electron holography
• field emission
• computer simulations
• aarhus university
• denmark phd
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• science studies
• molecular medicine
• science education
• epigenetics
• dna methylation
• psychostimulants
• evolutionary genomics
• university of denmark
• geogenitics
• mechanical engineering materials science
• technical univrsity of denmark
• cryptocurrency
• sustainable development
• synthetic microenvironments
• bioengineering of the ecm
• cell migration and invasion
• cancer metastasis
• pancreatic cancer
• eap (electroactive polymers)
• energy efficiency
• building science
• geothermal energy
• thermal response test
• conductivity
• heat exchange
• coastal science
• lattice boltzmann
• surface chemistry
• phd position
• stochastic gene expression
• gene regulation
• bayesian statistics
• genetic incompatibility
• selfish dna
• infertility
• sexual selection
• mating behaviour
• comparative analysis
• sexual development
• chicken brain
• gene expression techniques
• information
• virtual reality
• self-organization
• automated tracking
• machine learning
• inverse methodologies
• organismal biology
• neurobiology
• single cell
• organic synthesis
• physical chemistry
• photochemistry
• solid state physics
• signal processing
• blood-brain barrier
• formal methods
• temporal logic
• distributed systems
• parameterized model checking
• 18'000$cad/year
• condensed matter physics
• crystal growth
• low temperature physics
• thermodynamic and transport properties
• electronic band structure of solids
• amélioration de processus
• collaboration interentreprises
• modélisation
• optimisation
• outil d’aide à la décision
• cas d’études
• self-healing coatings
• localized electrochemistry
• corrosion protection
• nucleation and growth
• crystallography
• structural dynamics
• synchrotron
• x-ray scattering
• time-resolved
• complex fluids
• free electron laser
• lithography
• cross-correlation analysis
• trabecular bone
• computed tomography
• gpu programming
• osteoporosis
• carbon dioxie
• structural colours
• organic or macromolecular chemistry
• electrochemical energy storage
• electrolyte
• artificial life
• ecological modelling
• media psychology
• computer-supported collaboration
• biological rhythms
• molecular evolution
• solidification
• crystallization
• vitrification
• desiccation
• evaporation
• cryopreservation
• computer modeling
• applied linguistics
• translation
• advanced imaging techniques
• particle physics
• higgs boson
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• political philosophy
• physics or related fields
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• development
• pigmentary colours
• phd student
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• heterogeneous
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• cold regions
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• methanogens
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• natural product
• global warming
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• phd programme
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• chemical ecology
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• ion channels
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• integer programming
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• 3 year phd in molecular parasitology
• protein interaction
• bioinorganic chemistry
• macromolecular
• mechanical testing
• molecular basis of microbial response to sound ; qs modulators as anti-infectives
• metabolic disorder
• gut microbiota modulation
• liver and pancreatic inflammation
• insulin resistance
• x-ray diffraction
• material defects
• fusion reactor
• biotechnologies
• analytical chemsitry
• materials sciences
• art conservation
• waterlogged wood
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• pay is net pay after taxes and insurances (health
• unemployment
• supersonic ejectors
• refrigeration
• experiments
• compressible multiphase flows
• steam ejectors
• informatics
• information technology
• information systems
• enterprise application architecture
• optical coherence tomography
• photoacoustic imaging
• experimental fluid mechanics
• hemodynamics
• blood flows
• inflammation
• neurological diseases
• computational fluid dynamics and high performance computing
• sexual reproduction
• protein interactions
• bayesian nonparametrics
• variational inference
• linear algebra
• corticosterone
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• alternative reproductive tactics
• evolutionary stable strategies
• evolutionary genetics
• demographic models
• software architecture
• software design
• continuous deployment
• microservices
• internet auf things
• architectural decision making
• technical debt
• software ecosystems
• approximately € 26
• 000 to € 38
• 000 per annum (depending on location and family status)
• marine debris
• sensor networks
• archaeology
• biotechnology/energy systems
• circular economy
• dairy wastewater
• cultural heritage
• sustainability
• palaeo-ecology
• population dynamics
• network theory
• chemistry/chemical engineering
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• cellular networks
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• quantum optics
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• polymerization
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• thz electronics
• 30 hours per week
• multiscale modelling
• energy landscape
• static modes
• ionic liquid crystal
• ionic self-assembly
• multiscale structure/property correlations
• energy storage
• interdisciplinary phd programme
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• sub-national entities
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• geo-sciences
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• quantitative methods
• bio(nano)electronics
• protein self-assembly
• protein engineering; nanosciences
• absorption and photoluminescence spectroscopies
• iv characterizations
• injury prevention
• antibiotics
• drug design
• medical chemistry
• microbiome science
• ionizing radiation
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• financial markets
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• collective behaviour
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• social insects
• complex systems
• swarm robotics
• self-assembly
• vision science
• macrophages
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• physics or closely related fields
• surface integrity
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• tv-l13 (65%)
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• mathematical modelling
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• doctor of philosophy
• salary is based on the universiyt of gent payemnet sysytem.
• cancer research
• new zealand
• industrial phd
• he current position is a full-time early stage researcher/phd student positions within the eu-funded marie skłodowska-curie innovative training network
• “clarify – cloud artificial intelligence for pathology”
• grant agreement number 860627. clarify is an innovative
• multinational
• multi-sectorial
• and multidisciplinary research and training programme that links two highly differentiated specialities: engineering and medicine
• with a focus on digital pathology.
• mct8 deficiency
• gene therapy
• 000 personal development budget
• juridical sciences
• doctoral research
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• energy materials
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• sustainable energy
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• nanomaterials
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• transport properties
• doctoral student
• constraint programming
• visual media processing
• personalisation
• quantum communications
• optical fibers
• experimental biomechanics
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• doctorate in international studies
• phd in international studies
• scholarship in international studies
• postdoctoral position
• medical doctors; phd
• deep learning
• cytoskeleton
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• disaster resilience
• information theory
• communication theory
• tissue mechanics
• computational analyses
• microelectronics
• nanoelectronics
• distributed algorithms
• cyber-physical systems
• replication
• distributed and resilient computing
• fault tolerance
• intermittent computing
• proteins; membranes; trafficking; structural biology; bacterial infection
• phd program
• legal sciences

PhD Categories

What organisations say about phdposition.

The latest PhD positions

Phd position in strongly correlated quantum many-body systems (m/f/d) (e13 tv-g-u, 50% part-time) (frankfurt am main), postdoctoral position – ac3e-utfsm.

5 fellowships in Life Sciences

PhD in International Studies

PhD positions in Population Genetics

Fully Funded PhD Positions in the Life Sciences

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Finding a Doctoral Position

How do i find a place as a doctoral student.

Unlike at many other universities, the doctorate at ETH Zurich is not organised via an overarching doctoral school. ETH Zurich mainly offers individual doctorates. Each potential doctoral thesis supervisor recruits their doctoral students themselves. In order to be able to complete a doctorate at ETH, a professor at ETH must be willing to supervise your dissertation. With few exceptions, doctorates are linked to a position at ETH or within the ETH-domain. The best way to apply for a doctoral position is to contact the professorship you are interested in directly. To do so, visit the website of the department where you would like to do your doctorate and contact the professors you are considering directly.

• chevron_right ETH departments
• chevron_right Doctoral study programmes

However, doctoral posts are also advertised:

• chevron_right Current vacancies at ETH Zurich
• external page call_made ETH get hired

Helpful information on the topic of applying for a doctorate at ETH is also available in the AVETH survival guide . In any case, please note that the Doctoral Administration does not arrange doctoral positions or mediates between candidates and doctoral thesis supervisors.

Are you already registered as a doctoral student at ETH? See here for further information .

> Contact the Doctoral Administration

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Leveraging Your PhD: Why Employers Value Your Skills

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Guest post by Heer Joisher (Griffin GSAS Candidate in Developmental Biology) for MCS.

Harvard’s Mignone Center for Career Success recently hosted an insightful discussion spotlighting the remarkable journeys of a select group of GSAS alumni who have masterfully leveraged their Ph.D. degrees to forge unique and gratifying career paths. Their experiences not only illuminate the expansive landscape of career possibilities for graduate students but also stand as beacons of inspiration for Ph.D. students and recent graduates navigating their own professional journeys.  Here are some reflections I’ve summarized from the panel discussion on exploring non-academic career paths: the motivations, the timing, and the process.

Why? – A Multitude of Motivations

Dean Emma Dench’s opening remarks for the panel, noting that approximately 50% of Harvard PhDs become intellectual leaders outside academia, set the stage for a discussion on the motivations driving individuals to explore non-academic career paths. These motivations are as diverse as the individuals themselves, ranging from financial considerations to differing interpretations of job satisfaction and expectations.  Moreover, panelists emphasized the presence of abundant opportunities available beyond academia and the importance of gaining a comprehensive understanding of the broader professional landscape. Embracing this perspective involves stepping outside the traditional academic paradigms, challenging preconceptions about career paths dictated by one’s degree or department. Instead, it involves introspectively questioning what truly fosters personal fulfillment and utilizing one’s unique background and expertise to craft a career trajectory that aligns with individual aspirations.

When? – The Sooner, the Better

The panel collectively emphasized the importance of early exploration into non-academic career paths, highlighting the immense value in stepping beyond conventional trajectories and embracing diverse experiences. Their insight underscores that this journey isn’t solely about finding a different career path; it’s about broadening perspectives and building a vibrant professional community, irrespective of the ultimate career trajectory.   While transitioning out of academia may be smoother for some fields or labs compared to others, actively delving into learning about alternative career paths enables individuals to challenge norms and foster connections with mentors who can offer invaluable support along the way. The environment at Harvard, with its diverse peers and alumni network, facilitates this exploration and openness to new opportunities, acting as a catalyst for personal and professional growth.

How? – Navigating the Process

Drawing from their diverse career paths, the panelists offered valuable strategies and frameworks to guide individuals through the transition process. Each insight struck a chord with attendees, offering relatable anecdotes and invaluable guidance. Below is a compilation of key takeaways distilled from the discussion:

• Embrace Career Exploration and Experimentation:
• Explore diverse opportunities and pathways even if they seem unconventional or outside your comfort zone
• Recognize that your first job doesn’t have to be perfect, and that career progression often involves trying different roles and industries
• Utilize resources like alumni and LinkedIn to learn about different careers, and experiences
• Identify the transferable skills gained during your academic journey and identify your strengths. Introspect on how your strengths align with roles outside academia, consider doubling down on skills you excel in and enjoy.

• Cultivate Meaningful Professional Relationships:
• Approach networking with a mindset of curiosity and growth, fostering genuine relationships that support your career development.
• Articulate your accomplishments and expertise with confidence to bolster your credibility and draw opportunities towards you.
• Engage in informational interviews to gain valuable insights into various job responsibilities, organizational cultures, and career paths, allowing you to assess your fit within different professional contexts.
• Take a proactive approach to relationship-building by categorizing connections based on shared interests and goals. Remember, networking is a two-way street; look for opportunities to offer support, share insights, and connect others within your network.

• Invest in Your Professional Growth:
• View informational interviews, hands-on learning opportunities and internships as pivotal investments in shaping your future career path.
• Proactively seek out opportunities that foster continuous learning, cultivate enduring professional relationships, and steer your career in desired direction.
• Hone the art of articulation and effective communication to confidently convey your skills, experiences, and achievements, aligning them with the needs of different roles and organizations.
• Conquer decision paralysis by taking action: apply for open positions and initiate conversations with new connections. Embrace the interview process as an opportunity for growth and learning, gaining valuable insights along the way.

In conclusion, the panel discussion offered profound insights into navigating non-academic career paths. These key takeaways underscore the significance of charting one’s unique path with confidence and purpose in the dynamic landscape of non-academic careers.

Meet the Panelists:

• Elias Bruegmann, PhD : Head of Product Data Science at Stripe
• Victoria Tillson Evans, PhD : Founder & President of Distinctive College Consulting
• Marinna Madrid, PhD : Co-Founder and Chief Product Officer at Cellino
• Jessica Paige, PhD : Social Scientist at RAND
• Paul Schwerda, PhD : Investment Manager at Baillie Gifford
• Roger Vargas, PhD : Computational Scientist at Moderna

Quotes from Attendees:

“As an upper-level PhD student, the seminar provided valuable information and insights on careers outside of academia. It was great to hear from a diversity of people with different perspectives and who followed various career paths.” – Stephan Foianini, G5, Department of Molecular and Cellular Biology, Harvard University

• What Can You Be with a PhD
• Beyond the Professoriate