I’m an engineer from Michigan, and I like to solve problems with computational tools to get results and drive development.
Modeling • Development • Design
Industries
- Automotive
- Research
- Biomechanics
- Materials Engineering
Analysis
- Statistics
- FEA
- Signal Processing
- AI / ML
CAD
- NX
- SolidWorks
- AutoCAD
- Fusion 360
Programming
- Python
- MATLAB
- Embedded
- Algorithms
Work
Modeling
3D Reconstruction and Simulation
PhD work focused on image processing to create 3D reconstructions for mechanical modeling. This included an accurate model of the human thigh with indiviudal tissues translated from MRI data, and contact simulations setup with Hypermesh and Abaqus to study seating biomechanics and material properties. This was extended to an automated process rendering 3D models in time from 2D video, and a custom model to track deformation and stresses in pressure vessels.
Machine Learning Object Detection
Implemented machine learning models for object location and segmentation in large amount (>15 TB) of image data. Curated generalized training data and labels, used pytorch to train/fine-tune ResNet models, and performed a hyperparameter search to optimize model performance. Optimized models achieved 1-2 pixel accuracy in varying lighting conditions and object positions.
Development
Oblique Cyclic Impact Testing Device
Worked on a team to design and build a materials testing device capable of repeated oblique impact of >1500 lbs. Designed in NX, critical load bearing components analyzed in ANSYS, and delivered fully functional prototype to industry contact. Photo shows steel test specimen after 5 oblique impacts.
See it in action →
Data Analysis Software
Independently developed user-friendly interface for processing experimental data to reduce analysis time and human errors. Developed in Python with Qt for the interface and OpenCV for image processing. Fully functional application allows users to filter and analyze sensor and imaging data with rich custom tools.
See it on Github →Design
Rapid Prototype Design
3D modeling services for small run rapid development devices. Modeling parts in Fusion360 for clients, and building assemblies with 3D printed components and stardard parts (eg. McMaster-Carr). Works include: testing devices, (specimen stretching, holding), custom test setup modification, replacement, and cost reduction parts.
Automotive Weld Inspection Table
Fully designed station for automated weld inspection at a Tier 1 automotive supplier. Layout created in AutoCAD, and full 3D model created in SolidWorks. All geometry/components supported by hand calculations of loading and deflection. Station supports weld scanner, part locators, and dimplers for Ford F-150 and Mustang panels.
Personal Projects
Woodworking
Design and construction of home furniture pieces. Works include: Adirondack chair, bed frame, desks, bookshelves, tables, and a kitchen island. Critical attention to aesthetics, function, and strong loading paths/joinery.
Automotive Repair
Diagnostics, major repairs, and preventative maintenance on daily driver. History includes: engine teardown; body-off-frame rust mitigation; body panel patching paint and clear; complete overhaul of brake, fuel, and suspension systems.
Eli Broemer
My ResumeAbout me
Problem solver at heart. My expertise covers a broad range of engineering from design, material science, to experimentation, and computing. I go where the problem takes me. Over 7 years of experience working on teams with varying backgrounds from manufacturing to health care.
Interests
- Computational Mechanics
- Data-Driven Design
- Robotics & Automation
- Cycling
- 3D Printing
Education
PhD in Mechanical Engineering
Michigan State University, 2024
BS in Mechanical Engineering
Michigan State University, 2018