Category: People

People
Students in bioengineering

Educating the next generation of researchers is important for sustainable science. Several master’s, bachelor’s, and guest students work daily in the bioengineering research group. Where do they come from, and how did they find their way to our lab?

Throughout this year, the bioengineering laboratory is welcoming 16 undergraduate and master’s students from six different countries, mostly from Estonia but also from as far as India, Pakistan, and Egypt, creating a diverse learning environment for the students. Involving students in research activities provides them with essential knowledge about scientific methods and hands-on experience that supplements their studies. Being actively involved, solving actual scientific problems, and seeing results inspires young people to advance further in their studies and explore yet-to-be-known topics.

Moreover, including the younger generation in active research benefits the research group as a whole. Our scientist, Srdjan Gavrilovic, who is supervising five students this year, commented: “Involving students in research is helpful in advancing more labour-intensive parts of research and exploring hypotheses.”

We also asked our visiting students, Sandra and Javeria, about their experience and how they found their way into the bioengineering lab. “We came to TalTech for one semester as part of the Erasmus Mundus scholarship. Petri-Jaan Lahtvee was our lecturer and he had an industrial project coming up with Fibenol, so he offered us this opportunity. We are just pursuing our master’s degrees, and conducting research together with an industrial producer was a wonderful way for us to explore both scopes – how research is conducted in a laboratory and how work is done in the industry. Having this experience allows us to explore both opportunities and decide whether we want to continue with PhD studies or start working in the industry. Our semester is now over, but we will stay until the end of summer and then continue our journeys.”

What an exciting era of life it is to travel and obtain experience within scientific groups internationally!

Open positions
Master’s thesis projects in genetic engineering

Our lab will accept two master’s thesis students (local/ international/ Erasmus academic exchange).

The first project will focus on engineering of carotenoid pathway in non-conventional yeast Rhodotorula toruloides (as industrially important food colorants, pigments, pro-vitamins, and antioxidants).

The second project will focus on engineering of lipid metabolism in non-conventional yeast Rhodotorula toruloides (as industrially important macronutrients, essential fatty acids, biofuel, and industrial biopolymer components).

If you are interested, please contact us on inna.lipova@taltech.ee

Open positions
Master’s Thesis Projects (2023 – 2024)

Our lab will accept two master’s thesis students (local/ international/ Erasmus academic exchange) this summer. These thesis projects combine aspects of chemistry, chemical engineering, materials science, and biology to develop engineered living materials for biochemical production. The first project envisions the fabrication of functional living materials, while the second project focuses on the design and application of flow bioreactors.

The thesis projects will require two semesters for completion, starting in the summer of 2023. Therefore, students expecting graduation in the summer of 2024 are welcome to apply. We will consider students having a materials science, chemistry, biology, polymer science, chemical engineering, food technology, biotechnology, or an interdisciplinary background.

More information and how to apply: HERE

People
Students of the MSc. Biological and Chemical Engineering for a Sustainable Bio-economy

Four Erasmus Mundus Students of the MSc. Biological and Chemical Engineering for a Sustainable Bio-economy joined our group until June. Ariyan Amirifar, Belén Fernández de Caleya Ramiro, George William Ssendagala and José Gustavo Varona García will develop a metabolically engineered yeast strain of R. toruloides that will use lignocellulosic biomass (Brewer’s Spent Grain – BSG) as a substrate to produce monoterpenes. The produced terpenes shall be used (instead of hops) during fermentation to produce the distinctive beer flavor. This project will ultimately contribute to circularity in the brewing industry by supporting the valorization of BSG to create a useful product that can in turn be used by the same brewing industry.

People
New students

Two new students have joined the group. Supported by Dora Plus scholarship both PhD students from Brazil, Luísa Czamanski and Julianno Sabedotti De Biaggi, will work 6 and 3 months on R. toruloides, respectively. Luísa will focus on engineering R. toruloides strains capable of producing terpenes, which have a wide range of applications such as precursors of renewable fuels. Julianno will focus on R. toruloides carotenoid metabolism by expressing the enzyme phytoene desaturase from multiple phyla of Fungi in Escherichia coli and analysing its activity on different substrates in vitro.

People
New student
 Artjom Tšitšerin, a high school student at Tallinn Central Russian Gymnasium, has joined our group to curate the carotenoid pathway by investigating whether overexpressing an heterologous xylulokinase in R. Toruloides could improve carotenoid yield.
People
New members at BioEng

From April 1st, we have two new members joining Food Tech and Bioengineering lab.

Srdjan Gavrilovic will be joining as a Research Scientist working on metabolic engineering and the development of synthetic biology tools.

Andreia Axelrud will join us as a Research Engineer while having a strong background in quality control and bioprocess optimization.

 

Welcome to our team!