QUALIFICATIONS
- BE Mech (Hons) – 2005
- MAPE
SOFTWARE
Mechanical CAD Software
- Inventor (Autodesk)
- SolidWorks (Dassault)
PDM/PLM Software
- SolidWorks PDM (Dassault)
Analysis Tools
- SolidWorks Simulation (Dassault)
Winston Wickham
MECHANICAL ENGINEER
Skills Overview
Winston is an experienced mechanical engineer with key competencies in product and process development, robotics and automation, calculations, analysis, material selection and general mechanical engineering. He has designed machinery to work with natural and man made products and specialises in blank sheet designs. Having worked with machine vision, sensing and control, he has a good understanding of what is required to get machines working.
- PRODUCT & PROCESS DEVELOPMENT – Winston has developed many machines and processing rooms dealing with products from Green Lipped Mussels and Scallops to surfboards blanks, bandsaws, and rocket launch infrastructure. Usually starting from a blank sheet, he will methodically research, calculate, prototype, and test his way to a final solution that will encompass a high amount key criteria.
- ROBOTICS & AUTOMATION – Winston is fluent with the requirements of automation and has a good understanding of standard practice and how to determine what is best for the required process. Having worked with robots on multiple projects he understands the flexibility they can provide and how to work around their limitations. He also knows how to develop hard automation and process control strategies and has used them in mussel and scallop processing projects, surfboard blank manufacturing
- CALCULATIONS & ANALYSIS – Winston understands the power of calculations and analysis and their ability to reduce the number of iterations required to reach an end goal. FEA is consistently used to enhance his mechanical design and all key or critical components will undergo the analysis. Failure and root cause analysis is another skill he has finely developed during his engineering career through design cycle testing. Analysis was extensively used when he designed the system for erecting and launching Rocket Labs Electron rocket.
- MACHINE VISION & SENSING – Through working alongside some of the best vision and coding engineers in New Zealand, Winston has developed a deep understanding of what is required to make a vision project successful from a mechanical standpoint. Winston has integrated off the shelf vision systems as well as lead the mechanical design for bespoke vision systems for use in adverse conditions. Vision systems were used in most of his projects with a mixture of off the shelf and custom systems being implemented. Winston has worked with product and position sensing using optical, ultrasonic, air, encoders, capacitive and hall effect sensors.
- NATURAL PRODUCTS – Winston has worked with a lot of products with natural variation. Natural products like shellfish, beef, lamb, trees etc. have a lot more variation than a man made products and are often harder to work with. Through using various sensing and design techniques Winston has learned how to work with these products. He has developed mussel and scallop opening machines, pine seedling harvester and automated beef and lamb processing.
- GENERAL ENGINEERING – Winston has had extensive experience with mechanical design. He has designed, developed, assembled and commissioned product conveying system ranging from conveyors to vibratory feeders to gravity feeding. He has specified and installed, 3 phase motors, transmission systems, servo controlled systems, linear motion systems, pneumatic actuators, hydraulic actuators, CIP and vacuum systems. He is also skilled in detailed design, bearing selection, tolerencing, sheet metal, structural, fabrications, drawings, assembly, and procurement.
PERSONAL STATEMENT
Engineering to me is about the continuous process of improvement. As old technologies mature and new technologies emerge we can undertake old tasks in a more efficient manner and achieve tasks that were previously impossible.
My enjoyment in engineering comes from the opportunity to understand and improve on an existing concept. Sometimes this can be achieved by a small modification to an existing machine, sometimes this involves creating a series of machines.
My skill set ranges from problem diagnosis to process development and I am good at linking theory to the real world.
Project Experience

Automated Beef Primal Cut Facility
The project aim was to automate the primal cutting of beef carcass. This involved the design of X-ray tunnel structure with integrated product transfer conveyor. The design of motor driven reciprocating knife and combined saw end effector for robot. This involved design for CIP environment, servo sizing, motion analysis, design for assembly and adjustment, robot motion analysis, transmission design and low mass design.

Kitset Disinfection Arch Design
The Kitset Disinfection Arch is desiged to apply chemical to vehicles as they pass through the arch. The involved general layout design, plumbing system research, design for manufacture, design for access, hydraulic flow considerations and packaging considerations.

Process Machine Improvement
This project looked at various way of improving an existing piece of machinery. This involved process analysis, concept generation and robot programming/testing.

Tree Seedling Lifter
Design of automated towed seedling lifter. The seedling lifter is designed to lift pine seedlngs out of the ground and place them in a box. This involved process design, prototyping, testing, hydraulic system design, position measurement, agricultural design and control system design.

On Cart Fully Automated Wheel Lathe
Designed and built an automated machining device to streamline the maintenance of luge wheels. The system measures, calculates, and machines each wheel to maximise life by removing only the minimum amount of rubber required. Compared with the manual method, the machine achieves a 60-fold reduction in labour, lowers material use, increases operator safety, and improves maintenance tracking.
Luge Sim Controller Upgrade
Designed and implemented an upgraded controller for Skyline’s newly developed luge simulators. The project involved fault analysis, component selection, prototype testing, detailed design, procurement, and assembly.

Powder Coat Line Hanger Design
Utemaster required the design of product hangers for their powder coat line. This involved COG analysis, onsite measurements, design for mulipurpose use and part minimisation.

Design Detailing
PFS undertake heavy engineering fabrication projects. This secondment involved in detailing varoius designs from structural to piping.

Calciner Design
Leilac have designed a process to capture CO2 gas from lime calcination. This project involved looking at high temperature seals, operating with materials at high temperatures and detailing a plant repair/upgrade.
WIRELESS AUTOMOTIVE POWER TRANSFER TESTING
Design of a track and powered cart. The design involved the use of a composite structure, an aluminium cart, servo sizing and sliding power transfer.
ROBOTIC SURF BOARD MACHINING WORK CELL
Developed a system to machine custom surfboard blanks using a robot and holding frame. The frame consisted of multiple servo axis, pneumatic sensing, a vision system, special vacuum cup design, a dust protection/removal system and an end effector for board rotation. The robot had an router with tool changing capability and a dust extraction system.
AUTOMATED SCALLOP OPENING
Design of a production line to thaw and open scallops. The design involved process design and development, machine vision, conveying systems, robotics, pneumatic systems, CIP systems and heatpump systems.
AUTOMATED MUSSEL OPENING
Developed a machine and conveying system to remove 1 shell from a cooked green lipped mussel. This involved process development, machine vision, product handling, pneumatics, position sensing, CIP systems and conveying systems.
SAFETY BANDSAW
Develop and design a safety bandsaw. The design involved machine vision, high speed testing, pneumatic systems, ergonomics and material selection.
ROCKET ERECTOR / LAUNCHER
Design of a rocket launching system. This involved design and FEA for the steelwork, hydraulic cylinder sizing and design, hydraulic release system design and bearing system selection.
