Department of Chemical & Biological Engineering相关活动
化学及生物工程学系 (CBE)
Bioengineering Graduate Program
BIEN PhD Thesis Examination
- Rapid and Non-destructive Histological Imaging of Large Clinical Specimens with Translational and Advanced Optical Microscopy
Guest Seminar
- Active Liquid Crystals from Engineered Biopolymers
Bioengineering Graduate Program | Guest Seminar
- Designer Membraneless Compartments in Living Bacteria
Guest Seminar
- Functional carbon nanomaterials for innovative chemical sensors
Guest Seminar
- Dynamic Latent Variable Modeling and Troubleshooting for High-dimensional Process Data
Guest Seminar - Rational Bio-Interface Designs: From Soft-Matter Engineering to Living Materials
Guest Seminar - Innovation by Evolution: Engineering Next-Generation of Adeno-Associated Viral Vectors for Gene Therapeutics
Guest Seminar
- Phase Engineering of Nanomaterials (PEN)
Decomposition and Coordination for the Control of Process Networks
Bioengineering Graduate Program - MPhil Thesis Presentation - Super-resolution Imaging of DNA / Peptide Assembly
MPhil Thesis Presentation - Palladium Recovery from Electroplating Wastewater by a Binary Separation Process
Bioengineering Graduate Program - MPhil Thesis Presentation - Artificial Membraneless Organelle: Physicochemical Characterization and Potential Application
Bioengineering Graduate Program - MPhil Thesis Presentation - Artificial Membraneless Organelle: Physicochemical Characterization and Potential Application
Guest Seminar - Microbe-inspired Bioengineering: from Nano to Global
MPhil Thesis Presentation - Detection and Quantification of Anatomic Hallmarks in Glioma Using Deep Learning on Whole Slide Images
CBE X Crossroads Foundation: Struggle for Survival
PhD Thesis Presentation - Organic Active Materials for Redox Flow Batteries
Bioengineering Graduate Program - Guest Seminar - Harness the Power of Light: Optogenetic Control of Intracellular Activities
MPhil Thesis Presentation - Liquid Crystal Polymer/PDMS based Flexible and Robust Spinal Cord Interface with Functionalized Stimulating Sites using PEDOT MIL-100(Fe)