Niko Kandolf

• Developed analytical model to explain unconventional superconductivity in SrTiO3 • Built highly parallelized numerical solver to predict superconducting critical temperature from first principles • Contributed 1 of 4 subprojects in successful US Department of Energy research grant worth over $1M • Presented talks at the American Physical Society March Meetings 2019 and 2021-2023

• Provided peer-to-peer counselling to graduate students as part of the university’s mental health strategy • Supported students directly during stressful periods, guided peers to available mental health resources

• Conceived 4-day excursion to EU institutions on European climate policy for 30 undergraduates • Organized in-person seminars with high-level policymakers and civil servants at the Commission, Council, Parliament, and at a prominent non-governmental organization • Enabled content preparation seminars, shared experiences in collaborative blog diary • Led team of 5 organizers, raised €2,500 from sponsors

• Double-checked numerical results for research project on nonlinear dynamics in ropeways at high velocities • Created workflow to solve nonlinear partial differential equations in MATLAB • Compiled project documentation which helped secure €1M in additional research funding

• Civil service alternative for mandatory military service • Emergency care and patient transport • Certified paramedic in Austria

Numerical modeling of unconventional superconductivity from first principles | Clarendon Scholar | Corpus Christi College men's first rowing team | Graduate common room welfare officer

Low-energy optical properties of polar semiconductors from molecular-dynamics simulations | Dean's list for outstanding academic performance

with distinction | Erasmus semester at Humboldt University of Berlin (spring 2016)