How do I apply for the Internship - Advanced Technology position at Thermo Fisher Scientific and track my application?

We provide a direct link to the official application portal. You can apply directly here . Additionally, you can easily track this and other applications by clicking the bookmark icon to save it to your YGI Kanban board .

What are the working arrangements and expected duration for the Internship - Advanced Technology role?

This position is a part-time, structured as a on-site role, with an expected duration of 12 months.

What educational background or degree level is required for the Internship - Advanced Technology at Thermo Fisher Scientific?

Candidates are generally expected to be holding or pursuing the following degree levels: Bachelor, PhD.

Does Thermo Fisher Scientific provide visa sponsorship or assistance for international applicants?

Regarding visa assistance and sponsorship for this role, the official status is currently listed as: Not disclosed.

Internship - Advanced Technology

Thermo Fisher Scientific

Found 3 weeks ago

Location

Brno, Czechia

Duration (Months)

12 Months

Time

Part-time

Work Mode

On-site

Salary

Not disclosed

Visa Help

Not disclosed

Last Verified

3 weeks ago

Education

Bachelor
PhD

Skills & Qualifications

Technical Skills

Physics
Physical Engineering
Electrical Engineering
applied physics
mathematics
electron optics
microscopy systems
Python
Julia
Matlab
scripting
programming

Soft Skills

Proactive
creative approach to problem-solving
attention to detail
responsibility

Job Description

Testing development prototypes of electron microscopes and their components, including hands-on work with advanced prototype systems and supporting the validation of new technologies Measuring physical characteristics in the field of electron optics and vacuum systems, combined with operating electron microscopes and conducting experimental measurements Preparation of experimental setups, evaluation and presentation of measured data, including data processing and basic simulations Automation of experiments using scripting (e.g., Python, Julia, Matlab) and applying structured, algorithmic thinking to problem-solving Optimization of electron column (tube) settings and parameters Collaboration on research and development projects within an international high-tech environment

Requirements

University or PhD student in Physics, Physical Engineering, or Electrical Engineering
General technical overview, knowledge in applied physics and mathematics, and interest in both theoretical and practical aspects of electron optics and microscopy systems
Knowledge of scripting/programming (Python, Julia, Matlab)
Good command of English (spoken and written)
Proactive and creative approach to problem-solving, attention to detail, and responsibility
Availability to work approximately 20 hours per week for one year

Electrical Engineering

Electronics Design Engineering

Languages

English

Nice to Haves

vacuum systems

Apply Now

6Open Positions