The Unconventional Computing Systems Laboratory focuses on developing novel computing architectures that extend beyond traditional silicon-based systems. Our research spans printed electronics, specialized sensing architectures, space computing systems, and open-source hardware development tools.
Location: University of Michigan, EECS Department
Established: 2024
Principal Investigator: Nathan Bleier
Our lab leverages University of Michigan's extensive shared facilities:
We maintain active collaborations providing access to specialized equipment:
Seeking motivated PhD students interested in unconventional computing architectures. Ideal candidates have backgrounds in computer architecture, electrical engineering, or materials science with strong analytical and experimental skills.
Support: Full funding including tuition, stipend, and benefits
Opportunities for postdocs with expertise in computer architecture, printed electronics, or specialized computing systems. Projects available in space computing, olfactory architectures, and hardware development tools.
Duration: 1-2 years with possibility of extension
Multiple positions available for undergraduate students interested in gaining research experience. Projects range from software development to hardware prototyping and experimental work.
Time Commitment: 10-20 hours per week during semester, full-time summer options
We welcome visiting researchers and sabbatical guests working in related areas. Short-term and long-term arrangements possible depending on project alignment and mutual interests.
Duration: Flexible, typically 3-12 months
Interested in joining our research group? We're looking for creative, motivated individuals who are excited about pushing the boundaries of computing systems.
To Apply: Send an email with your CV, research interests, and relevant experience to nbleier@umich.edu. For PhD positions, please also include transcripts and contact information for references.
We are committed to creating an inclusive, collaborative research environment where all team members can thrive and contribute to impactful research.