Recently added

3D-Printed Tangential Flow Filtration and High-Throughput Microfluidic Electroporation for Scalable Microbial Processing

Cui, Yuhe (Massachusetts Institute of Technology, 2025-09)

Bacterial transformation via electroporation is fundamental to modern biotechnology applications including therapeutic protein production, biomaterial synthesis, and agricultural enhancement. However, conventional ...

Integrating Digital Threads Across Engineering Organizations: A Q-methodology Analysis of Challenges with a Novel Factor Selection Approach

Kong, Kanglin (Massachusetts Institute of Technology, 2025-09)

This research investigates the integration of digital tools across design, manufacturing, and quality management functions through a cross-industry analysis informed by Q-methodology. Despite considerable investments in ...

Human-in-the-Loop Task Directed Exploration and Planning in Unknown Environments

Jois, Aneesh Ramesh (Massachusetts Institute of Technology, 2025-09)

For robots to perform everyday tasks autonomously, like humans, they should be able to perceive, explore and act in novel environments while pursuing high level goals. This capability is known as task-directed exploration, ...

DSpace@MIT

Graduate Theses: Recent submissions

3D-Printed Tangential Flow Filtration and High-Throughput Microfluidic Electroporation for Scalable Microbial Processing

Integrating Digital Threads Across Engineering Organizations: A Q-methodology Analysis of Challenges with a Novel Factor Selection Approach

Human-in-the-Loop Task Directed Exploration and Planning in Unknown Environments

Graduate Theses: Recent submissions

3D-Printed Tangential Flow Filtration and High-Throughput Microfluidic Electroporation for Scalable Microbial Processing ﻿

Integrating Digital Threads Across Engineering Organizations: A Q-methodology Analysis of Challenges with a Novel Factor Selection Approach ﻿

Human-in-the-Loop Task Directed Exploration and Planning in Unknown Environments ﻿

3D-Printed Tangential Flow Filtration and High-Throughput Microfluidic Electroporation for Scalable Microbial Processing

Integrating Digital Threads Across Engineering Organizations: A Q-methodology Analysis of Challenges with a Novel Factor Selection Approach

Human-in-the-Loop Task Directed Exploration and Planning in Unknown Environments