Mechanism & Motion
Translate functional requirements into reliable motion systems with clear load paths, serviceability and tolerance strategy.
ARCHITECTURE & ENGINEERING / MECHANICALAarav Mehta / 2026
Systems that turn ideas into motion
Designing force into form.
I engineer mechanisms, thermal assemblies and production-ready hardware where efficiency, tolerances and real-world manufacturability matter.
ASSEMBLY: TT-04 · TORQUE: 128 N·m · TOLERANCE: ±0.02 mm
01 / ENGINEERING IMPACT
Measured work.
Useful outcomes.
A compact snapshot of the way I approach engineering: measurable performance, disciplined iteration and designs that survive contact with manufacturing.
42prototype cycles completed
18production assemblies shipped
31% average mass reduction
9years across design + validation
02 / EXPERTISE
From first sketch
to verified hardware.
Role-specific capabilities spanning concept engineering, simulation, detailing, prototyping and production handoff.
Thermal Systems
Develop compact cooling and heat-management solutions balancing thermal performance, packaging and manufacturability.
Product Development
Own the engineering thread from requirements and CAD through prototypes, test plans, failure analysis and release.
Manufacturing Partnership
Design with machinists, fabricators and suppliers in mind, reducing surprises between digital geometry and physical parts.
03 / SELECTED PROJECTS
Hardware with a
reason to exist.
A portfolio of engineering decisions, not just renders. Each project highlights the constraint, the intervention and the resulting performance.
Atlas Cooling Module
Repackaged an industrial electronics cooling assembly around a lower-profile heat exchanger. Reduced installed mass by 31% while preserving the target thermal envelope.
IndexDrive
Compact indexing mechanism with backlash control, replaceable wear components and simplified assembly.
Field Pump 2.0
Redesigned a service-heavy pump housing for tool access, sealing reliability and faster maintenance.
04 / EXPERIENCE
A career built
around iteration.
Selected roles showing progression from detailed mechanical design into systems ownership and cross-functional engineering leadership.
2022 - PRESENT / Lead Mechanical Engineer
Northline Mobility Systems
Lead mechanical architecture for compact electromechanical products; guide mechanism design, tolerance strategy, supplier development and verification.
2019 - 2022 / Senior Design Engineer
ForgeWorks Product Lab
Delivered mechanisms and thermal assemblies from concept through prototype builds, test campaigns and production release.
2017 - 2019 / Mechanical Design Engineer
Axis Industrial Technologies
Created production CAD, drawings and fixtures while partnering with manufacturing teams to resolve fit, process and reliability issues.
05 / WORK PROCESS
Engineer the
unknown in loops.
Torquetangerine uses a practical loop: frame the physics, make the geometry legible, build early and verify the assumption that matters most.
01 / DEFINE
Load the problem
Clarify forces, temperatures, interfaces, constraints, user needs and what done means before opening the CAD tool.
02 / BUILD
Make it testable
Explore mechanisms and packaging quickly, then converge on tolerances and manufacturing choices that make the design real.
03 / VERIFY
Close the loop
Test the risk, compare measured behavior to the model and document the decision so the next iteration starts smarter.
06 / CONTACT
Have a mechanism
worth solving?
Use the form for a project, consulting brief or engineering conversation.
Let's talk engineering.
Best suited to product development, mechanism design, thermal packaging and manufacturing-readiness challenges.
Email
aarav@example.com
Phone
+91 98110 44556
Base
New Delhi, India