Mechanical
Joker animated figure
JUSTICE LEAGUE: Battle for Metropolis, Six Flags Magic Mountain - santa clarita, CAlifornia
Built Joker’s body with joints that are reactive to a handlebar slide mechanism
Utilized pneumatic actuators and built mechanisms to create head motion, body bow/lift, foot pedal motions, and handlebar slide mech forward/back
Collaborated with team members to to adapt Joker character to his “Chaos Cannon”
Harley Quinn’s Laughing Gas Blaster
JUSTICE LEAGUE: Battle for Metropolis, Six Flags Magic Mountain - santa clarita, CAlifornia
Created “Laughing Gas Blaster”, consisting of backpack and cannon
Installed blaster on character
Adapted fog machine to cannon
Installed lighting in cannon
Blue Bird Animatronic
Fantasyland (Fantasy Faire), Disneyland - Anaheim, CAlifornia
Designed, machined, and constructed internal moving components using stainless steel, bronze bushings, pneumatic actuators, and hardware
Attached sculpted fiberglass body parts to internal mechanisms
Thoroughly documented all custom made and replaceable internal parts and produced maintenance schedule
Miner Yeditepe animatronic
Built character’s entire body motions which contained multiple movements
Machined and welded internal components from mild steel
Utilized pneumatic actuators, bearings, bronze bushings, rod ends and other hardware to create appropriate motions
Attached body plastic with custom made brackets welded to the under structure to add form to the character
Casper: Mantha (Zombie Girl) animatronic
Casper's Birthday Blast (dark ride) - Malaysia 
Animated character based on movement specs from fiberglass coated rigid foam parts that were carved by a 5 axis CNC router from a 3D model
Machined and welded mild steel for structure
Utilized pneumatic actuators with various hardware to create motions and body part attachments
Casper: Mickey and Monaco (Skeleton Girls) animatronics
casper's Birthday Blast (dark ride) - Malaysia 
Animated character’s head motions from specs from fiberglass coated rigid foam parts that were carved by a 5 axis CNC router from a 3D model
Custom shaped, formed, and welded mild steel for skeletal body structures
Utilized pneumatic actuators with various hardware to create motions and body part attachments
Garfield animatronic
Animated character based on movement specs from fiberglass coated rigid foam parts that were carved by a 5 axis CNC router from a 3D model
Machined and welded mild steel for structure
Utilized pneumatic actuators with various hardware to create motions and body part attachments
Custom built fishing pole prop with steel and plastic and attached to characters hand
animatronic Penguins
Chimelong Ocean Kingdom Resort - Zhuhai, China
Built character’s entire body motions which contained multiple movements
Machined and welded internal components from mild steel
Utilized pneumatic actuators, bearings, bronze bushings, rod ends and other hardware to create appropriate motions
Attached body plastic with custom made brackets welded to the under structure to add form to the character
white tiger mountain show: bear animatronic
chimelong white tiger hotel and restaurant - guangzhou, china
Built Bear character’s entire body motions which contained multiple movements
Machined and welded internal components from mild steel
Utilized pneumatic actuators, bearings, bronze bushings, rod ends and other hardware to create appropriate motions
Attached body plastic with custom made brackets welded to the under structure to add form to the character
sir Christopher Wren animatronic
madame tussauds - London, england
Built character’s entire body motions which contained multiple movements
Machined and welded internal components from mild steel
Utilized pneumatic actuators, bearings, bronze bushings, rod ends and other hardware to create appropriate motions
Attached body plastic with custom made brackets welded to the under structure to add form to the character
mustafa kemal atatürk animatronic
istanbul, turkey
Built character’s entire body which contained multiple movements
Machined and welded internal components from mild steel
Utilized pneumatic actuators, bearings, bronze bushings, rod ends and other hardware to create appropriate motions
Attached body plastic with custom made brackets welded to the under structure to add form to the character
Jagadguru shri kripalu ji maharaj animtronic
prem mandir (the temple of devine love) - uttar pradesh, india
Built character’s entire body which contained multiple movements
Machined and welded internal components from mild steel
Utilized pneumatic actuators, bearings, bronze bushings, rod ends and other hardware to create appropriate motions
Attached body plastic with custom made brackets welded to the under structure to add form to the character