DESIGNING, BUILDING, AND INTEGRATING MECHANICAL SYSTEMS

DESIGNING, BUILDING, AND INTEGRATING MECHANICAL SYSTEMS

DESIGNING, BUILDING, AND INTEGRATING MECHANICAL SYSTEMS

My name is Jackson Adams. I’m a junior Mechanical Engineering major at Northwestern University, concentrating in Aerospace Engineering and pursuing the Segal Design Certificate.
My name is Jackson Adams. I’m a junior Mechanical Engineering major at Northwestern University, concentrating in Aerospace Engineering and pursuing the Segal Design Certificate.

My name is Jackson Adams. I’m a junior Mechanical Engineering major at Northwestern University, concentrating in Aerospace Engineering and pursuing the Segal Design Certificate.

I approach engineering through a systems-focused lens that values clarity, performance, and manufacturability. Growing up in the Pacific Northwest, I developed an appreciation for durable, functional design rooted in craftsmanship and real-world constraints. That perspective continues to shape how I integrate analysis, materials, fabrication methods, and production planning into each project.


Outside of coursework, I build and test full-scale mechanical systems, from a 17-foot custom mahogany runabout to sustainable composite surfboards. Previously, I worked at Pacific Northwest National Laboratory, supporting international nuclear smuggling detection infrastructure, and received training through the NNSA in arms control and diplomacy. This summer, I will join Corning Incorporated as a Manufacturing Engineering Intern in life sciences ceramics, focusing on process improvement and production systems.


Looking ahead, I am most interested in roles that sit at the intersection of engineering design, manufacturing execution, and system integration, where technical decisions carry through from early concept to full-scale deployment.

I approach engineering through a systems-focused lens that values clarity, performance, and manufacturability. Growing up in the Pacific Northwest, I developed an appreciation for durable, functional design rooted in craftsmanship and real-world constraints. That perspective continues to shape how I integrate analysis, materials, fabrication methods, and production planning into each project.

Outside of coursework, I build and test full-scale mechanical systems, from a 17-foot custom mahogany runabout to sustainable composite surfboards. Previously, I worked at Pacific Northwest National Laboratory, supporting international nuclear smuggling detection infrastructure, and received training through the NNSA in arms control and diplomacy. This summer, I will join Corning Incorporated as a Manufacturing Engineering Intern in life sciences ceramics, focusing on process improvement and production systems.

Looking ahead, I am most interested in roles that sit at the intersection of engineering design, manufacturing execution, and system integration, where technical decisions carry through from early concept to full-scale deployment.

I approach engineering through a systems-focused lens that values clarity, performance, and manufacturability. Growing up in the Pacific Northwest, I developed an appreciation for durable, functional design rooted in craftsmanship and real-world constraints. That perspective continues to shape how I integrate analysis, materials, fabrication methods, and production planning into each project.


Outside of coursework, I build and test full-scale mechanical systems, from a 17-foot custom mahogany runabout to sustainable composite surfboards. Previously, I worked at Pacific Northwest National Laboratory, supporting international nuclear smuggling detection infrastructure, and received training through the NNSA in arms control and diplomacy. This summer, I will join Corning Incorporated as a Manufacturing Engineering Intern in life sciences ceramics, focusing on process improvement and production systems.


Looking ahead, I am most interested in roles that sit at the intersection of engineering design, manufacturing execution, and system integration, where technical decisions carry through from early concept to full-scale deployment.

Design works by Jackson Adams

Jacksonadams@u.northwestern.edu

Chicago, CST 5+ 12:30

Design works by Jackson Adams

Jacksonadams@u.northwestern.edu

Chicago, CST 5+ 12:30

Design works by Jackson Adams

Jacksonadams@u.northwestern.edu

Chicago, CST 5+ 12:30