Nicolai Cramer

EPFL SB ISIC LCSA
BCH 4305 (Batochime UNIL)
Av. F.-A. Forel 2
1015 Lausanne

Nicolai Cramer was born in Stuttgart, Germany; he studied chemistry at the University of Stuttgart where he graduated in 2003, and earned his PhD in 2005 under the guidance of Professor Sabine Laschat.
After a research stage at Osaka University, Japan, he joined the group of Professor Barry M. Trost at Stanford University as a postdoctoral fellow in 2006. From 2007 on, he worked on his habilitation at the ETH Zurich associated to the chair of Professor Erick M. Carreira and recieved the venia legendi in 2010.
In 2010, he started as Assistant Professor at the EPF Lausanne and was promoted to Associate Professor in 2013 and to Full Professor in 2015.
His main research program encompasses enantioselective metal-catalyzed transformations and their implementation for the synthesis of biologically active molecules.
Author profile (Angew. Chem. Int. Ed.)

CV

Awards

Merck, Sharp & Dohme Award

Royal Society of Chemistry (RSC)

2019

Novartis Early Career Award in Organic Chemistry

2013

Werner Prize

Swiss Chemical Society

2012

Teaching & PhD

PhD Students

Bram Van Den Bossche, Seongmin Jeon, Wilfrido Eliot Almaraz Ortiz, Jason Denizot, Andrea Brugnetti, Patrick Michael Langrzyk, Navadheer Yalamanchili, Vitalii Smal, Maxime Decourt, Anastasiia Vorobei, Clara Muller, Hein Erik Diepers

Past EPFL PhD Students

Baihua Ye, Laetitia Souillart, Michele Boghi, Christopher Matthew Bandeli Kourra, Van Manh Pham, Christoph Heinz, Joachim Sven Ernst Ahlin, David Kossler, Julia Pedroni, Yang Sun, Yun-Suk Jang, Daria Grosheva, Johannes Diesel, Philipp Georg Werner Seeberger, Sung Hwan Park, Coralie Duchemin, Qui-Hien Nguyen, John Henry Reed, Benoît Audic, Jin Fay Tan, Elena Braconi, Kristers Ozols, Aragorn Laverny, Yixuan Cao, Johannes Klett, Madron Du Vigné Adrien Jules Louis, Arthur Despois

Courses

Efficient Synthetic Routes Towards Bioactive Molecules

CH-620

Natural Products, Disconnection approach, Synthetic efficiency

Modern Organic chemistry-Success stories

CH-642

Total synthesis, Natural product, Green chemistry, nantioselective synthesis, Organo-catalysis, Lewis acid,Transition-metal, Drug discovery.

Organic functions and reactions II

CH-234

To develop basic understanding of the reactivity of aromatic and heteroaromatic compounds. To develop a knowledge of a class of pericyclic reactions. To apply them in the context of the synthesis.

Preparative chemistry I

CH-220

Apply basic reactivity in organic chemistry to the multi-step synthesis of polyfunctional molecules. Instruction on safety regulation in laboratories of chemical synthesis. Instruction on the planification and monitoring of simple synthetic pathways.

Structure and reactivity

CH-432

To develop a detailed knowledge of the key steps of advanced modern organic synthesis going beyond classical chemistry of olefins and carbonyls.