QS Rank:

75

Lund University

Sk'ne l'n
,Sweden

Program Name
PhD in Microbial Resource Limitation and Element Cycling In Soils
Overview


Duration
48 Months

Median Salary
$1,10,000
Ranking
#112
US World and News Report
#116
The World University Rankings
#75
QS World University Rankings

Intake
Fall ( Sept - Nov )
Class Profile

Class Size
25

Average Age
28

Average Work Experience
2 Years
Diversity
Europe:
10%North America:
5%Oceania:
1%Africa:
1%Others:
1%Asia:
2%Sweden:
80%Career Outcomes

Median Earnings After Graduation
$1,10,000 / year
Prospective Job Roles
Agricultural Consultant
Soil Scientist
Microbiologist
Soil Conservationist
Agricultural Scientist
Environmental Scientist
consulatant
Environmental Consultant
Top recruiters







Eligibility Criteria

Accepted fields include Microbiology, Microbial Resource Limitation and Element Cycling In Soils, Microbiology and Microtechnology.

At least 16 years of bachelor degree.

At least 24 months of full-time professional experience after graduation.
English Proficiency Tests
IELTS
6.5
TOEFL
90
Application Requirements
Here's everything you need to know to ensure a complete and competitive application—covering the key documents and criteria for a successful submission.
Transcript
Statement of Purpose
Resume
Passport
IELTS
Professional LOR
Academic LOR
Class 12 Marksheets
Class 10 Marksheets
Application Deadlines
Final | |
---|---|
Fall | Sep 15, 2025 |
FAQs
- No, Swedish is not required for admission, but good English proficiency is essential for research and communication.
- The position is a fully funded doctoral studentship, meaning PhD candidates are employed by Lund University and receive a monthly salary.
- The main duty is to carry out the PhD research project, but additional departmental tasks such as teaching or administrative work may be required up to 20% of the time.
- Applicants must submit academic transcripts, a CV, a personal motivation letter, and contact information for referees through Lund University’s online recruitment system.
- The programme focuses on how microbial resource limitations affect soil processes and element cycling, including carbon, nitrogen, and phosphorus interactions in terrestrial ecosystems.
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