I am looking for a new contract opportunity as a Mechanical Design Engineer / Project Engineer, as my current challenge is coming to a successful end.
Currently, I am reaching the end of a long-term contract, working as a Project Engineer – please see my CV for further details. During this role I have successfully designed many components that make up a small electric vehicle that shall be soon put into production and managed the technical aspects of the project.
Throughout my career as project and as a mechanical design engineer, I have contributed towards the success of companies, by designing new and improved technologies for their product range. I exercise a calculated and methodical approach to my work. I am self-motivated and also enjoy working as part of a team.
My skills and experience, I believe, are a good match for this role. I have a genuine passion for engineering and I would be good member of your team.
Please take a moment to read my CV. I am keen to have a discussion with you so we may move forward.
Yours faithfully
Lee Kennewell
Tel: +421 910 927 487
email: leekennewell@hotmail.co.uk
Experience
Loewe - Electric Vehicles
Aug 2022 – Present
Slovakia
Mechanical Design & Project Engineer (contract)
Loewe is a manufacturer of electrical equipment, who created a new side to their business, designing small electric vehicles. My responsibilities were from conception to competition of the entire project and included:
• Concept design and evaluation of the mechanical and structural components of vehicle.
• Creating 3D solid, surface models & manufacturing drawings. Extensive use of GD&T. Official drawing checker.
• Writing component and assembly specifications to define parameters for Quality and external suppliers.
• DFMEAs of the assemblies that made up the vehicle to determine functional/failure analysis.
• Risk assessments to assess necessary safety requirements for the end user and vehicle.
• Establishing approved suppliers for prototype parts and production tooling, and managing orders.
• Test rig design and the writing test plans for the validation of the vehicle.
• Regulation and standards management: Determining from a legal standpoint, relevant safety and performance criteria that was expected from a legal stand-point, for various global regions.
Ocado Technology Ltd
May 2018 – May 2021
Welwyn Garden City, London
Senior Mechanical Design Engineer (contract)
Ocado Ltd design high efficiency goods-storing & retrieval systems, for the food industry. Technologies consisted of robotics & automated conveyor systems that function within a structural framework. Duties include:
• Designed assembly jigs for robot assembly and producing drawing documentation to support manufacture.
• Redesigning parts for a new robot for performance enhancement & cost reduction that involved machined
parts, injection molded components and server motors.
• Development of a conveyor system that takes goods from a robot to the delivery driver. Technology used were rollers, profile extrusions and sensors.
• Producing 3D models & manufacturing drawings to BS8888, for the above projects. Extensive use of GD&T & tolerance stack-up analysis.
Andron Handling – Material Handling Equipment
Jan 2017 – Oct 2017
Marlow, Buckinghamshire
Mechanical Design Engineer (contract)
Andron Handling design & manufacture bespoke material handling equipment for the automotive industry, typically comprising of welded structural members, machined components & pneumatic technology. Duties included:
• Creating conceptual designs to explore & demonstrate methods of lifting various automotive parts in accordance with a customer specification.
• Calculating loads to verify a design & for load-bearing parts using hand–written calculations.
• Producing solid models & detailing, assembly, weldment & manufacturing drawings to BS8888, that represented the final design.
YASA Motors – Automotive Electric Motors
Mar 2016 – Nov 2016
Buckingham, UK
Mechanical Design Engineer (contract)
YASA Motors design high performance electric (axial flux) motors for the automotive & power generation industry. Duties included were:
• Designing the housing, rotor, & various injection moulded parts for a high performance electric motor and generator that would operate in a new hybrid super-car.
• FEA analyses to verify if parts that made up the motor could satisfy the design, e.g stress, deflection, thermal cycling.
• Creating designs for jigs & fixtures to allow for efficient assembly for when the motor enters production.
• Drawing documentation & modelling of parts to BS8888. Extensive use of GD&T & tolerance stack-up analysis.
Nikon Metrology - X-ray Machine Design
Sep 2015 – Mar 2016
Thame, UK
Project Engineer (contract)
Nikon Metrology design high specification x-ray machines that are assembled & tested in-house. Duties included:
• Designed an electro-mechanical assembly, allowing test specimens to be accurately located inside an x-ray machine. Technologies used were gear-motor selection, bearings, drive shafts, linear guides, sensors & sheet metal.
• Writing calculations & using FEA studies to verify if the electro-mechanical assembly met the specification.
• Project management from conception to completion, e.g holding departmental design & cost reviews; creating & updating schedules; technical report writing; requesting quotations for parts required & managing orders.
Hartridge Ltd – Injector & Pump Test Equipment Design
Oct 2011 – Aug 2015
Buckingham, UK
Mechanical Design Engineer (contract)
Hartridge design special purpose machinery that tests the functionality of diesel injectors & pumps. Some of my duties included:
• Designed a series of clamping & assembly jigs, to provide correct set-up of diesel injectors & pumps, so they maybe tested for the U.S Military.
• Improving the functionality & the cost reduction of a bespoke diesel particulate cleaning filter machine. This was a unique product & was prototyped using mechanical components, pneumatic technology, & sheet metal.
• Designed an auxiliary product, for customers with existing test benches that would increase the machine's rotational speed, such that high-speed pumps could be tested.
• Developed a series of clamping & set-up rigs to aid allow correct assembly of a new, state of the art diesel injector.
Verderg Connectors – Oil & Gas Equipment Design
Mar 2009 – Oct 2011
Surrey, UK
Senior Mechanical Design Engineer (contract)
Verderg Connectors design a range of subsea connection equipment for the oil & gas industry. They are also developing a thermal insulation proposal for subsea equipment. Some of my duties included:
Creating manufacturing drawings for subsea pipeline connection devices that allowed ROVs to connect/disconnect to subsea pipelines. Technology used was welded steel & hydraulics.
Conceptual design of a subsea device that would allow a ROV (remote operated vehicle) to deploy optical cables onto the seabed. This metal structure would support & deploy the optical cables by hydraulic actuation.
Established solutions for the manufacture & application of thermal insulation for subsea pipelines, to improve oil extraction. Material studies & manufacturing feasibility studies were used to verify possible concepts to arrive at a solution. A material & manufacturing process was later validated successfully.
MSCM Ltd – Oil & Gas Equipment Design
Jun 2008 – Feb 2009
Marlow, Buckinghamshire
Mechanical Design Engineer (contract)
MSCM Ltd design subsea hydraulic coupling & valve products used by the oil & gas industry. Typical duties included:
Designing and assisted towards the build of a unique, ROV operated, sub-sea gas regulator assembly, used to control down-hole pressure during the installation of a new subsea (“tree”) structures.
Creating component & assembly drawings to BS8888, for the company’s main products (high pressure subsea “fly-to-place” hydraulic couplings).
Responsible for creating and managing the BoMs for designed assemblies.
Wartsila - Automotive & Marine Bearing & Seal Design
Sep 2001 – Mar 2008
Slough, Berkhshire
Project Engineer (permanent)
Wartsila (formally Railko Ltd) design & manufacture high performance composite & plastic injection molded bearings, for the automotive industry & seals for the marine industry. Typical duties included:
Writing calculations, performing material selection studies & FMEA analyses, to design a variety of bearing solutions that would satisfy a customer’s specification.
Creating component & assembly drawings for automotive & marine applications. Automotive projects were typically injection molded plastics; marine projects were large composites, installed inside structural metal work. Below are examples of some unique automotive bearing PPAPs I have managed:
- A high performance, cost-saving, plastic top mount bearing assembly, for Mercedes.
- An anti-squeak, plastic steering column bearing & seal arrangement, for Land Rover.
• Project Management: Having to qualify all design & manufacturing activities & assign time frames. Calculating costs for injection molded parts. Responsible for holding regular inter-departmental meetings & liaising with the customer.
• Frequently travelled to shipyards abroad, as a Service & Quality Engineer, working along-side production teams who would install/replace large composite bearings that operate along a vessel’s propeller shaft.
Note – Further roles prior to the above have been omitted due to CV conciseness, however, these can be discussed in detail, if required.