Mechanical engineer focused on mechanisms, product architecture, manufacturability and validation, turning demanding physical problems into buildable, testable systems.
Forgeorbit treats engineering as a cycle: shape the concept, understand the loads, control the interfaces, prototype the mechanism, then close the loop with evidence.
Capability is shown as a component matrix rather than generic percentage bars, each discipline has a job in the engineering loop.
Parametric parts, assemblies, configurations, drawings and design-release discipline.
Load paths, stress interpretation, hand checks and simulation-informed design decisions.
Functional datums, stack-ups and tolerance intent that support reliable assembly.
Design-for-manufacture thinking, supplier feedback, prototype builds and validation planning.
Representative mechanical projects framed around the engineering problem, intervention and measurable outcome.
Redesigned a constrained electromechanical drive assembly around a cleaner load path, serviceable interfaces and a reduced component count.
Iterated a welded structure using load-case analysis and manufacturability constraints to reduce mass without sacrificing stiffness.
Created a repeatable inspection fixture with controlled datums and practical tolerance strategy for production use.
Built a structured path from early CAD through prototype assembly, test definition, failure review and design iteration.
A practical career path built around increasing ownership of mechanisms, product decisions and validation.
Own mechanical architecture for electromechanical products, lead design reviews and translate field failures into measurable design changes.
Developed assemblies, production drawings, tolerance schemes and prototypes while partnering with fabrication and quality teams.
Supported test rigs, component selection, experimental analysis and early-stage product concepts.
Tell me what needs to move, carry, cool, align or survive. Send a short brief and I will reply with next steps.