• Chemistry expert in the group of Living, Fluid, & Soft Matter• Chemical safety officer• Occupational health and safety committee• Taking care of chemical inventory and ordering for the whole department• Combining chemistry, physics, and biology in research• Expertise in characterization of chemicals and materials

Courses: Structure of matter (PHYS-A2140), labs: 2018, 2019 Structure of matter (PHYS-A2140), tutorials: 2020, 2021Structure of matter (PHYS-A1140), labs: 2019, 2020, 2021, 2022Electromagnetism (PHYS-A3131), labs: 2020Molecular Biophysics (NBE-E4100), tutorials: 2019, 2020, 2021Life Science Technologies Project (JOIN-E3000), project coordinator: 2021Introduction to University Physics (PHYS-A2110), tutorials: 2022

Lecture Dynamics of Molecular Motors, 2019 onwards in course Molecular Biophysics (NBE-E4100)

In a of group Molecular Nanoengineering.As a member of the research team, I am working on the development of cutting-edge chiral plasmonic DNA-engineered hydrogel materials. This exciting project allows me to utilize my skills and expertise for DNA-based materials and contribute to the field of biomaterials research.

BSc. thesis advisor. Thesis titled: DNA Guided Assembly of Metal Nanocubes.BSc. thesis advisor. Thesis titled: DNA-mediated Nanoplasmonics.MSc. thesis advisor. Thesis titled: Toward Electrical Actuation of DNA Origami-Based Nanostructures.MSc. thesis advisor. Thesis titled: Dynamic plasmonic surfaces.

• I led the effort to build a state‑of‑the‑art laboratory infrastructure for the study of DNA‑engineered architectures• This involved designing and setting up specialized equipment, implementing robust protocols and processes• I trained researchers to work effectively in this highly complex and dynamic field• My efforts resulted in a cutting‑edge laboratory that is at the forefront of scientific discovery• I have had the opportunity to mentor and guide multiple students in their… Show more • I led the effort to build a state‑of‑the‑art laboratory infrastructure for the study of DNA‑engineered architectures• This involved designing and setting up specialized equipment, implementing robust protocols and processes• I trained researchers to work effectively in this highly complex and dynamic field• My efforts resulted in a cutting‑edge laboratory that is at the forefront of scientific discovery• I have had the opportunity to mentor and guide multiple students in their academic and professional development• I had a strong track record of effectively communicating my scientific results and ideas to a wide range of audiences Show less

In a group of Nanochemistry and Nanoengineering.• By manipulating the properties of the silk and using it as a template, I successfully reduced metal ions into nanoparticles• By pyrolyzing the silk, I created electrochemically active graphitic materials that showed potential as electrodes• I opened up new avenues for the production of functional materials with exceptional properties and versatilityDevelopment of bio-ogranized metal-carbon composite for electrocatalysis.… Show more In a group of Nanochemistry and Nanoengineering.• By manipulating the properties of the silk and using it as a template, I successfully reduced metal ions into nanoparticles• By pyrolyzing the silk, I created electrochemically active graphitic materials that showed potential as electrodes• I opened up new avenues for the production of functional materials with exceptional properties and versatilityDevelopment of bio-ogranized metal-carbon composite for electrocatalysis. Individual workincluded wet chemistry, pyrolysis, and several characterization methods such as Raman spectroscopy,FTIR, SEM, UV-Vis, NMR, MS, and XRD. Also worked on gold nanosheets syntesized utilizing green chemistry. Show less

Editor on the textbook the Art of Molecular Programming.We build liquid computers that run on chemistry, instead of electricity. Using these chemical computers, we program non-biological matter to grow, heal, adapt, communicate with the surrounding environment, replicate, and disassemble.Topic: Structures & Molecular Self-Assembly

Provided a valuable service to luxury businesses. Investigated all store's physical features and service performance. Reported store performance to their management after visit.

Laboratory of Supramolecular Nanochemistry.• As the lead material scientist in a newly formed group, I was responsible for establishing our infrastructure from the ground up• Combining molecular/organic chemistry with advanced material and polymer science• Expertise on analytical chemical methods and materials characterization such as HPLC, DSC, FTIR, and NMR• I have been able to create new and improved materials with a range of unique properties and applications• These… Show more Laboratory of Supramolecular Nanochemistry.• As the lead material scientist in a newly formed group, I was responsible for establishing our infrastructure from the ground up• Combining molecular/organic chemistry with advanced material and polymer science• Expertise on analytical chemical methods and materials characterization such as HPLC, DSC, FTIR, and NMR• I have been able to create new and improved materials with a range of unique properties and applications• These materials have the potential to revolutionize industries such as healthcare, robotics, and consumer products Show less

Thomas Herman's Lab. Development of stimuli-responsive out-of-equilibrium project involving photoresponsive medium: Light-responsive chemically fueled self-sorted hydrogels Combining my previous expertise with the knowledge of the lab to work on a novel collaborative project.

Professional home and company removal services.Contributed to a valuable customer service in a customer service orientated company. Sporting a perfect track record in a ever changing work environment. Learned how to deal with different situations and different type of problems in daily basis.

• I was at the forefront of bridging the gap between industry and stake holders by effectively communicating regulatory science• I ensured that regulatory decisions were informed by the latest scientific evidence• I distinguished myself by taking on and successfully assessing more regulatory proposals from industry than any other trainee before meIndividual and collaborative scientific assessment of materials and chemicals. Interpretation ofwide array of analytical data… Show more • I was at the forefront of bridging the gap between industry and stake holders by effectively communicating regulatory science• I ensured that regulatory decisions were informed by the latest scientific evidence• I distinguished myself by taking on and successfully assessing more regulatory proposals from industry than any other trainee before meIndividual and collaborative scientific assessment of materials and chemicals. Interpretation ofwide array of analytical data. Integration of knowledge of chemical structures, manufacturingprocesses, and analytical methods. Substance identity verification provided for hundreds orinorganic and organic materials. Active member of inorganic and organic expert groups. Show less

• I focused on improving surface engineering methods for amine‑rich plasma polymers• I enhanced their performance as wound dressings and for other clinical applications• My efforts have led to significant advances in the field• Which also resulted to more reliable wound dressings that have the potential to improve patient outcomes and quality of lifeSurface Engineering of MultiStem Polymer Patches.Effect of monomer chemistry on the retention of amine functional… Show more • I focused on improving surface engineering methods for amine‑rich plasma polymers• I enhanced their performance as wound dressings and for other clinical applications• My efforts have led to significant advances in the field• Which also resulted to more reliable wound dressings that have the potential to improve patient outcomes and quality of lifeSurface Engineering of MultiStem Polymer Patches.Effect of monomer chemistry on the retention of amine functional groups in plasma polymers.Individual work on developing Plasma Polymer surfaces for multistem polymer patches. The work included using plasma reactor, XPS, and Mass Spectrometry. Show less

Effects of different pH levels on PDMAEMA polymer relaxation times with NMR Spectroscopy.Independent research and laboratory work in the field of chemistry. Obtained results in the given time frame. Excelled in the laboratory and in academic reporting.

Taught English to small children and pre-teens. Brought in a change to the premade curricula. Took a complete charge of my classes.

IELTS preparation courses for adults and University students.Led several classes for several different levels of English. Designed my own curriculum. Took upon new challenges and solved students' problems.

Came into the company as a Christmas casual but later took over the responsibilities of a full-time storeman. Managed the storeroom and the customer deliveries of the store. Reorganized several areas in the store.

Engineering a Pulse Rate Monitoring System Suitable for Remote Application.Worked in a group environment. The system was developed from scratch. A great deals of strides was made to get a working product at the end of the project.