Battery Associates (B.A) unites battery experts globally to bring about sustainable energy solutions across various industries and promote battery innovation. B.A focuses on leveraging the power of individuals to accelerate sustainable battery development and increase access to energy-efficient and sustainable batteries.Battery Associates operates as a community of experts (BatteryPRO), an innovation lab (BatteryLAB), and an educational platform (BatteryEDU), which notably includes BatteryMBA, a 12-week programme training aspiring battery leaders.

Seredy introduces people in and across organisations with each other. We believe in serendipity and its benefits for individuals and organisations. It is our mission to bring people together globally. RandomShaper.org is used by members from the Global Shapers Community, an initiative by the World Economic Forum, in over 100 countries and 200 cities.

Educated and trained by Vice-President and Nobel Prize Laureate Al Gore.

Member of the Global Shapers Community. Vice-curator from 2016-17 and Curator 2017-18 (internally Co-curator for both years).

Member of the 2016 London class

Voltaiq is the industry leader in advanced battery analytics solutions for the grid storage, electric vehicle, and consumer electronics market segments. Fortune 500 companies, major universities and leading-edge battery companies trust Voltaiq to provide a comprehensive and transparent view of all their battery data across the product lifecycle. The company's real-time software solutions provide actionable insights that measurably reduce product development time, create more robust products and mitigate product risk. For more information, please visit voltaiq.com.

Assembled team to address data challenges in the battery space.

Entrepreneurial program for tech innovators. Received training & mentorship on business planning, marketing and financial planning for start-up companies.

Course Coordinator for the research skills training module "Applications of Graphene for Energy Storage" for the MRes in Graphene Technology. Developed updates course with two post-docs and coordinated demonstrators. Gave lectures (between 30-60min) on the following topics.- Large-scale synthesis of graphene- Fabrication of electrodes for electrochemical devices - Electrochemical device measurementsPrepared and conducted practical sessions (120-150min) accompanying each of those lectures.Will be coordinating and teaching the course for academic year 2018/19 as well.

Teaching Assistant for the research skills training module "Applications of Graphene for Energy Storage" for the MRes in Graphene Technology. Gave lectures (between 30-60min) on the following topics.- Large-scale synthesis of graphene- Fabrication of electrodes for electrochemical devices - Electrochemical device measurementsPrepared and conducted practical sessions (120-150min) accompanying each of those lectures.

Part of the founding class of UNLEASH, a global innovation lab hosting 1.000 selected young talents from 129 countries. A global sustainability initiative that brings together young leaders, experts, and entrepreneurs every year to accelerate breakthrough scalable solutions for the 17 Sustainable Development Goals. Talents are tasked with developing innovative and scalable solutions that address eight SDG theme areas - water, food, energy, sustainable consumption and production, education, urban sustainability, and health. I took part in the energy track and worked on off-grid solutions to tackle energy poverty in developing nations.What is UNLEASH ?UNLEASH is a global sustainability initiative that will bring together young leaders, experts, and entrepreneurs annually to accelerate breakthrough solutions for the 17 Sustainable Development Goals (SDG). Who supports this innovative lab?UNLEASH is supported by ‘a global consortium of actors across sectors, including the United Nations Global Compact, Dalberg, Microsoft, Deloitte, Novo Nordisk Foundation, Carlsberg Foundation and more than 150 knowledge and talent partners from all around the world’ including Masdar Institute, The Yunus Social Business, One Young World and Bill & Melinda Gates Foundation.

Student representative for the German Academic Scholarship Foundation. With two other representatives responsible for around 100 scholars in Cambridge. Wrote welcome guide, started buddy programme, supported student initiatives and spoke in a panel discussion at representative convention in Cologne.

Prof. Clare Grey Group, Chemistry Department. Worked on a flexible battery in collaboration with the Engineering Department and Warwick University

Set up and maintain website www.Storage4.eu. Gather papers and write reviews on relevant topics. Published first article "Current and future sodium-battery research" and started collaborations with researchers, politicians and industry

Launch of the consulting HiPotential to help businesses outsourcing their projects and add creativity to everyday challenges. HiPotential offers motivated and eager students the chance to shape projects that will have a real impact.Development of strategies and tools for tailored team building and productive remote teams.

Founded artist collective Fayst and developed online publishing platform fayst.de. Website for artists to present their work and network with community. The artist collective Fayst carried out exhibitions, festivals, readings, art projects and related events. Based in Berlin

Research Affiliate Dr. Kristin Persson GroupMaterials Project (www.materialsproject.org)http://www.scientificamerican.com/article/how-supercomputers-will-yield-a-golden-age-of-materials-science/

Combine computational and experimental materials science and engineering: Materials Project (www.materialsproject.org)http://www.scientificamerican.com/article/how-supercomputers-will-yield-a-golden-age-of-materials-science/

Materials Sciences Division / Electrochemical Technologies Group. Battery research (sodium-ion batteries) & computational materials science

Great advances in materials science and engineering are attributed to supercomputers and their ability to predict materials properties prior to synthesis. Existing scientific literature search engines are restricted since they only allow searches by keywords. The proposed project offers the user the ability to search the existing literature for starting chemicals (precursors), anticipated materials (products), temperatures, machines and other conditions.Mentors at UC Berkeley, Lawrence Berkeley National Laboratory and MIT

Participated in the 63. Lindau Nobel Laureate Meeting (www.lindau-nobel.org), spoke in a panel on "Why Communicate?" and wrote for lindau.nature.com (1 week)

Representative for international students (around 6800) in the Studentenraad Maastricht. Supported and initiated the dialogue between students and the city Maastricht by being part of work groups dealing with transport and international students and advising the city Maastricht.

Co-founder of the Maastricht Science Programme study association Aperture. External relations for the first year. Building up the booksale by creating a partnership with a leading bookseller in Maastricht. Organized a student exchange between the Maastricht Science Programme and the University College Freiburg, Germany.

Foundation of the students' representation UMatter to influence the legislative in Maastricht University. Running for University and Faculty Council, participating in public debates and organizing a viral ad campaign including videos, posters and postcards

Special Volunteer in the Laboratory of Infectious Diseases, NIH. Hands-on introduction to molecular virology, cell biology and immonobiology.

Completed high school graduation paper on measures against the 2009 influenza pandemic