01
Define
Clarify the user, problem, requirements, constraints, success criteria, and what must be proven.
Available for engineering internships
Mechanical Engineering · Computational Mechanics · Product Design
BHANU
KESAVAREDDY
I am an ASU mechanical engineering student focused on computational mechanics, CAD, digital prototyping, and product development.
02Case studies
3.74Cumulative GPA
CSWPSolidWorks certified
Selected work
Ideas made
tangible.
Each project is presented as a case study—showing the problem, design decisions, engineering process, and final result rather than only the finished render.
How I work
A practical design process.
A clear process keeps the work grounded in user needs, engineering constraints, and measurable improvements.
02
Explore
Sketch alternatives, compare mechanisms, study references, and narrow concepts using trade-offs.
03
Engineer
Build parametric CAD, assemblies, drawings, simulations, and prototypes with manufacturability in mind.
04
Validate
Test, document failure points, iterate, and communicate the result through diagrams, metrics, and renders.
Interactive engineering
Inspect the model from every angle.
The portfolio includes a lightweight Three.js model viewer to demonstrate assemblies directly in the browser.
- Drag to orbit and use the wheel or trackpad to zoom.
- Pause auto-rotation when reviewing geometry.
- Replace the demo geometry later with GLB or GLTF exports.
Project library
CASE
STUDIES.
Filter by discipline, then open a project to see its challenge, approach, role, outcomes, and gallery.
02
BHANU
KESAVAREDDY
Engineering student · Designer · Builder
I am a Mechanical Engineering student at Arizona State University with a focus in Computational Mechanics. I enjoy combining CAD, digital prototyping, product design, additive manufacturing, and visual storytelling to turn ideas into clear engineering concepts.
I am currently seeking engineering internships where I can contribute to mechanical design, product development, prototyping, automotive design, manufacturing, or interdisciplinary hardware teams.
02Featured projects
3.74Cumulative GPA
2027Expected graduation
My approach
I care about the thinking behind the object.
A polished render is useful, but it is not the whole story. Strong engineering work explains why a concept was chosen, how constraints shaped it, what failed during development, and what changed after testing.
This portfolio is structured around that process. Every case study can include sketches, requirements, CAD iterations, simulations, prototypes, test evidence, manufacturing considerations, and measurable outcomes.
EducationB.S.E. Mechanical Engineering, Computational Mechanics focus — Arizona State University, expected July 2027. Dean’s List and New American University Scholar.
FocusComputational mechanics, mechanical design, product development, CAD, Blender hard-surface modeling, additive manufacturing, and engineering visualization.
CertificationsSOLIDWORKS CSWP and CSWA, earned July 2025.
Capabilities
SKILLS &
TOOLS.
Built around the full design cycle.
Keep only the tools and capabilities you can confidently discuss in an interview. Depth and evidence matter more than a long software list.
CAD & Mechanical Design
- Parametric part modeling
- Assembly design and mechanisms
- Manufacturing drawings
- GD&T fundamentals
- DFM and DFA thinking
- Sheet metal and 3D-print design
Analysis & Validation
- Static stress analysis
- Free-body diagrams
- Material and geometry trade-offs
- Prototype test planning
- Failure-mode documentation
- Data visualization and reporting
Visualization & Communication
- Blender hard-surface modeling
- Product rendering
- Exploded-view animations
- Technical diagrams
- Case-study storytelling
- Presentation and documentation
Software
Contact
LET'S BUILD
SOMETHING USEFUL.
Open to engineering internships, collaborative projects, design challenges, and conversations about product development.
