
Niklas Adio
@niklasadio
Chemical engineering PhD researcher at the University of Birmingham who developed methods to extract mixing metrics from PEPT data.
What I'm looking for
At the University of Birmingham, I focused on experimental and computational analysis of particulate processes as a PhD Chemical Engineering student. I developed methods for extracting mixing metrics from Positron Emission Particle Tracking (PEPT) data.
I used PEPT data to calibrate CFD-DEM and MP-PIC models, and contributed experimental work and advanced data analysis to international collaborative projects supporting model development and validation.
For my MEng Chemical Engineering, I used DEM simulations to study how media size and impeller design influenced flow behaviour, power draw and contact forces in a stirred media mill. I processed simulation datasets in MATLAB and ParaView to generate heat maps and statistics, identifying configurations with improved grinding efficiency and reduced energy consumption.
During my student placement at Evonik Industries, I adjusted cooling-system flows to control the temperature of an exothermic reactor. I’m seeking a technical role where I can apply my expertise to support research and contribute to process development and optimisation.
Experience
Work history, roles, and key accomplishments
Conducted experimental and computational analysis of particulate processes, developing methods for extracting mixing metrics from PEPT data and calibrating CFD-DEM and MP-PIC models. Contributed to international collaborative projects supporting model development and validation.
Support Worker
Teddy's Haven
Jul 2021 - Sep 2021 (2 months)
Provided one-to-one support for individuals with mental health conditions, using active listening and clear communication in emotionally demanding situations. Followed detailed care plans and recorded observations accurately, strengthening documentation and compliance with procedures.
Counter Assistant
Peak Pharmacy
Jul 2020 - Sep 2020 (2 months)
Advised customers on over-the-counter medicines and health products, explaining information clearly and checking queries with the pharmacist where needed. Dispensed medications and processed transactions in a regulated environment, maintaining high accuracy and adherence to safety protocols.
Supported customers in a busy retail environment, prioritising tasks and resolving issues quickly to maintain a positive in-store experience. Helped keep the shop floor organised and stock replenished, working with a diverse team to meet daily performance and service targets.
Adjusted flows to a cooling system to control the temperature of an exothermic reactor with a throughput of about 100 kg/h. Gained exposure to industrial process control and safety culture, and improved technical German through daily collaboration with engineers and chemists.
MEng Chemical Engineering
Used DEM simulations to model a stirred media mill, assessing how media size and impeller design influence flow behaviour, power draw, and contact forces. Processed large simulation datasets in MATLAB and ParaView to identify configurations with improved grinding efficiency and reduced energy consumption.
Education
Degrees, certifications, and relevant coursework
University of Birmingham
PhD, Chemical Engineering
2017 -
PhD in Chemical Engineering in progress, focusing on experimental and computational analysis of particulate processes.
Hong Kong University of Science and Technology
Exchange Program, Engineering
2019 - 2020
International exchange year studying at two leading engineering institutions.
Nanyang Technological University
Exchange Program, Engineering
2019 - 2020
International exchange year studying at two leading engineering institutions.
Sir Henry Floyd Grammar School
International Baccalaureate, General Studies
2015 - 2017
Grade: 39 points
Completed International Baccalaureate with 39 points and 11 A*-A GCSEs.
University of Birmingham
MEng, Chemical Engineering
Grade: 1st Class
MEng in Chemical Engineering with First Class Honours, including DEM simulations of a stirred media mill.
Tech stack
Software and tools used professionally
Availability
Location
Authorized to work in
Salary expectations
Social media
Job categories
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