Mechanical Engineer · Robotics· Additive Manufacturing
I design robots and print the parts that move them.
PRINTINGZ 0.00 mm·layer 000/300·PLA-CF
SCROLL TO PRINT 01
Work
PROJECT 01 / 0701 / 07Adaptive Robotic Gripper
02 / 07High-Speed Delta Printer
03 / 07Cycloidal Joint Reducer
04 / 07Quadruped Robot Leg
05 / 07SLA Micro-Optic Mount
06 / 07Modular CNC Fixture
07 / 07Carbon Drone Frame
Adaptive Robotic Gripper
A 6-DOF gripper that lifts 4× its own weight.
−38%Mass
4.1×Payload : mass
0.08 mmRepeatability
12 NGrasp force
High-Speed Delta Printer
A custom delta that prints 2.3× faster without ringing.
2.3×Print speed
±0.1 mmAccuracy
−45%Moving mass
Cycloidal Joint Reducer
A printed 1:36 reducer with near-zero backlash.
1:36Ratio
< 6′Backlash
82%Efficiency
Quadruped Robot Leg
A printed leg that shrugs off 2 m drops.
310 gMass
2 mDrop
10k+Cycles
SLA Micro-Optic Mount
A resin mount locating optics to 25 µm.
25 µmAccuracy
25 µmLayer
96%Yield
Modular CNC Fixture
A fixture kit that cut machining setup 70%.
−70%Setup
0.02 mmRepeatab.
40+Parts
Carbon Drone Frame
A 5-inch frame at 78 g that survives crashes.
78 gMass
12 minFlight
+22%Stiffness
02
Experience
Roles and what moved the needle in each.
- 2024—Present
Mechanical Design Engineer
Robotics R&D Lab · Ankara
- Lead mechanical design for a collaborative manipulator, cutting arm mass 22% while raising payload.
- Built a DfAM workflow that moved 40+ parts from machined to printed, halving prototype lead time.
- 2022—2024
Additive Manufacturing Engineer
Additive Manufacturing Studio · İstanbul
- Qualified 6 engineering polymers (PA-CF, PC, PETG-CF) with documented print profiles.
- Reduced average part cost 31% through topology optimization and consolidation.
- 2021—2022
Mechanical Design Intern
Mechatronics Group
- Designed test fixtures and jigs for a small-batch assembly line.
- Ran FEA studies that caught two failure modes before first prototype.
Design / CAD
- SolidWorks
- Fusion 360
- GD&T
Simulation
- FEA
- CFD
- Tolerance analysis
Additive Mfg.
- FDM
- SLA / SLS
- DfAM
- Topology opt.
Robotics
- Kinematics
- Actuation
- Controls