1. Portfolio of Jason Kemp
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Project: BP Deep water X‐Ray system.
Scope: To be able to inspect BP subsea facilities.
Involvement:
Take the existing design of the X‐Ray system and redesign to fit into three separate pressure vessels.
Design the layout of the control systems mechanically and some electronics.
All the equipment had to fit inside small pressure vessels for subsea deployment, this involved
splitting the PSU into two sections and making the accelerator head small.
Picture of equipment before re design.
Liaise with various contractors to too ensure smooth running of the project, as our equipment was
only part of the whole system, this involved contractors from the UK and the States.
JME: X‐Ray equipment (Source).
Perry Slingsby: Pressure Vessels and ROV’s
Oceaneering: Digital panel, support team offshore.
BP: Customer.
Subsea Seven: ROV support
Otto Candies: Offshore Vessel.
GE: Digital panel software.
I was the only technical support from JME in the offshore trials in the Gulf of Mexico.
Offshore Trial Date: February 2013
Duration: 18 Days.

2. Portfolio of Jason Kemp
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Fitting of the X‐Ray equipment into the pressure vessels at Perry Slingsby Ltd, JME, BP and
Oceaneering present.
Accelerator Head and 2x PSU being fitted to the handling frame, JME control panel.

3. Portfolio of Jason Kemp
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Complete system being tested in the indoor pool, no ROV present at this time.
Offshore deployment, location, thunder horse, Gulf of Mexico.
Photos showing equipment out of handling frame, ROV deployment and control panels.

4. Portfolio of Jason Kemp
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Project: Food inspection X‐Ray machine for Birdseye. (DFR1)
Scope: Design a machine to inspect frozen food blocks for bones, grizzle and air voids.
Involvement:
Design main frame of machine, layout of electronics and X‐Ray head, liaise with customer and
contractors in the design, site visits for location of machine to assess end user environment. Produce
operators and Maintenance manuals, technical construction files, making sure the end product
complies with BS EN 60204 for CE marking, ensuring the machine complies with Birdseye internal
policies. The design also had to be EMC compliant and IR99 compliant.
Pictures above showing frame design and layout of the electronics cabinet, each inspection hatch
had to have safety cut out switches for radiation safety, the main cabinet is of stainless steel
construction all panels are 5mm thick, the wiring had to enter the main cabinet via a labyrinth design
for radiation safety.

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Overall view of the inspection system, view of touchscreen display showing image of bone. The
frozen blocks to be inspected are to be placed on the conveyor, the lid is then shut, the conveyor
drives the block into the main cabinet were after a pre warn the block is X‐rayed, and the image
appears on the touch screen.
This project had to take on issues like food hygiene and radiation safety, a complex and challenging
design with regards to hygiene as normal manufacturing procedures were not allowed, for example
no mating surfaces, all had to be sealed with a gasket, welding had to be continuous all fixings had to
be sealed and of A2 grade, all surface had to be graded in there finish, some polished to a high
grade. All cable entries had to have suitable entry glands with consideration to radiation shine paths
thus meaning no straight ‘ins and outs’

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Project: Subsea cable joint inspection system (DXR1)
Scope: Design a machine for inspecting fibre optic subsea cables.
Client: Global Marine services, Huawei telecommunications and Alcatel – Lucent.
Involvement:
Design electronics cabinet frame and layout of internal components, produce operators and
maintenance manuals, ensure product complies with BS 60204, compile technical
construction file for CE marking, Liaise with customer and suppliers to achieve the best
possible solution for the customer
Pictures above showing electronics layout and overall machine.

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Project: Pappillon 50 X‐ray machine for rectal cancer treatment.
Scope: Design an x‐ray treatment machine for rectal cancer.
Client: Arianne Medical Systems
Involvement:
Design main electronics cabinet, coolant section, and rotational section, technical construction files,
ensuring the machine complies with various medical (ISO 13485) and electrical standards, Liaise with
customer, suppliers and surgeons.
Pictures above show actual machine, coolant and rotational assembly. The actual X‐Ray anode was
designed by engineers at JME, it is 22mm diameter and contains the anode, camera and LED’s, I was
involved in the cooling of the anode modelling the sintered part and using solidworks flow express,
the part was sintered as machining would have been impossible.

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Project: JME internal web site.
Scope: To design an internal website for engineers to access internal circuit diagrams,
information, build files, company policies and forms.
Involvement:
Sole creator and administrator, I had to gather all the relevant information and produce a website
for internal use, this meant learning HTML and CSS layouts.
Staff can now access technical documents, admin forms, supplier information, data sheets and
company policies all from one internal website, this is an ongoing project as more information is
added daily.

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Project: Drawings Data Base.
Scope: To produce a data base for engineers to access circuit diagrams, component layouts,
mechanical drawings and wiring looms.
Involvement: Sole creator and Administrator. The data base contains a drawing number,
description, genre i.e. mechanical, electrical etc; issue and part number.
Every engineer within the company can access the most up to date drawing, filter via description or
key words. Selected engineers can also access superseded documents from the database enabling
the engineer to look back on the products history and see what changes have been implemented,
the database is made from a simple excel file with hyperlinks to the relevant drawings. The database
is an ongoing project updated weekly and currently handles over 7000 drawings, I am hoping to
incorporate ‘Proteus’ files in the near future.

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Project: Document Control
Scope: To implement a document control procedure for the company to gain ISO 9001 :
2008 certification.
Involvement:
Set up procedures for the design department to comply with ISO 9001, this included a change
request procedure, Design and development progress forms, technical drawing procedure,
specification sheet, non‐conformance forms and drawing approval forms to name but a few, all of
these procedures are controlled by me and staff can access these secured via the company’s internal
web site.
Document control was split into sections for ease of use, i.e. Quality forms, Quality procedures,
Technical forms, Company policies, Health and Safety forms, Admin Forms, technical procedures and
build files.
Each section has its own register, each form has its own document number and issue with date, all
forms are accessible by staff via the company internal web site, all forms and procedures are in a
secure format to prevent alteration.
This is an ongoing project that involves myself other members of staff, external consultants and
auditors.
All forms and procedures within the company are currently controlled by myself, any changes or
alterations requires my input to implement.
All changes and alterations to all documents within the company are recorded and managed by
myself, all are accessible to most members of staff (in a secure format) for traceability purposes.
This project requires a highly organised person to implement and carry out which I have done
successfully and acquired ISO 9001 accreditation every year since I took on the role in 2009.