- Proficiency in one of the most widely recognised and used programming languages.
- Learn how to develop programs that digitise your trust’s specific guideline algorithms
- Develop skills to build graphical user interfaces for beautiful and functional apps
- Practice building clinically relevant apps, such as BMI calculators, antibiotic dosing calculators and symptom checkers
- Inspiration on how to develop your own digital innovations with award-winning examples from our team and guidance on robust quality improvement methodology
- Personally-tailored mentoring on your own app ideas
- New skills to take your ideas and career to the next step, whilst bringing positive change to your healthcare environment
Code Med
Java Course
Next cohort:
Sept 2021
The Code Med Java course takes you from beginner to Java app developer in just 12 weeks.
Developed by doctors, the Code Med Java course is aimed at healthcare professionals who want to be at the forefront of digital innovation in the NHS and beyond. So, what will you gain from this course?
The Code Med Java course is perfect for anyone who is a complete novice, to those who may have dabbled before
We know that...
Healthcare systems are complicated. Yet, as healthcare professionals we understand the issues we want to address. Learning to program will open a radical new perspective on how to tackle problems in a way you never thought you could.
So, what will this course offer?
The course will take you through the fundamentals of Java programming and give you the confidence to develop beautiful and intelligent apps that will solve your healthcare improvement ideas.
Course Price
* These prices are inclusive of all lessons, material and mentoring
* Foundation Year 2 doctors and upwards are eligible for funding through study budget.
Course Outcomes
Look at what students on our course have gone on to do...
SimEPR was developed to address the problem of individuals starting their careers with minimal experience of Electronic Patient Record (EPR) systems. SimEPR was accepted onto the SimDH accelerator and is being trialled in simulation departments.
iALS was developed in response to the problem of human factors which may impair the smooth functioning of a cardiac arrest and the over-reliance on the human brain in an unpredictable situation. It is one of the most comprehensive ALS applications available.
The Antibiotic Calculator was produced in response to prescription errors of Gentamicin, Amikacin, Vancomycin and Teicoplanin. It eliminated all errors and improved the speed of prescriptions.
FAQs
Things we get asked about...frequently
Do I need to have any prior coding experience?
You do not need any prior coding experience. Two of the instructors had no prior experience to coding before they joined the first cohort of this course over two years ago. You need to be familiar with navigating a computer in general and not feel scared or challenged by learning new things!
Is this course only for doctors?
This course designed for all healthcare professionals from any background. We have had Pharmacists and Physician Associates on this course previously, so anyone is welcome to participate.
Is this course only for healthcare professionals in the UK?
No, this course is open to any healthcare professional from across the globe and we welcome our colleagues from abroad. Depending on which country you are based in, we are willing to consider financial concessions, please feel free to discuss this with us. There will have to be some consideration around time zones, however, if there is sufficient interest, we may hold a separate session.
Do I have to pay for this course?
Yes, there is a course fee. The course provides you with comprehensive notes, offline learning, infographics, online teaching time as well as a mentor who will help you throughout the duration of the course.
Fees are as follows:
- Consultants or equivalent grade = £900
- Junior Doctors and Allied Health Professionals = £600
- Students from any clinical speciality = £300
Most of our previous course delegates that are F2 and above had successfully obtained funding through study budget. Get in touch with your local trust/postgraduate department to find out more about this.
Early bird registration and payment will reduce the price by £100 for the first two groups and by £50 for students
Are there any financial concessions available for the course?
The price of the course is already streamlined to allow concessions for different groups of professionals and we will entertain concessions for delegates from certain countries.
In particular for doctors in the UK, you are eligible to apply for study budget funding and Foundation Year 2 doctors can apply for aspirational funding, which has already been granted to previous delegates.
Can I pay for the course in instalments?
Yes, we are happy to facilitate payment for the course in three instalments. However, you will need to sign a contract which confirms that you will pay for the whole course whether you decide to complete it or not.
Is this course taught online?
Yes, this course is taught completely online. We use Zoom as the teaching platform, which has proved to be an effective teaching medium. We also use Google Classroom to share materials with delegates as well as using Telegram as a means of regular communication
What happens if I miss a session?
Every session is recorded and is usually uploaded within 24 hours of the class finishing. There are also notes for each week, which the online session goes through, so you can catch up with the video and notes. If you have any trouble with understanding the video and notes, each delegate is assigned a mentor, who they can catch up with at a mutually convenient time if they have any questions. We are also healthcare professionals who work shift-patterns, so we can relate to your needs.
What is the work commitment to the course like?
Learning a computer language is in many ways similar to learning a human language, it needs patience, persistence and practice. You should be aiming to dedicate approximately 30 minutes per day outside of the weekly session. If you pre-read the course notes, practice the exercises and really immerse yourself in the course, you should find it straightforward and not too onerous.
Are there any CPD points for attending the course?
We are currently in the process of gaining CPD accreditation for the course. Currently all delegates are provided with a certificate confirming their successful completion of the course.
What type of computer do I need to do the course?
You can use either a Windows of a Mac computer for the course. The newer the machine, the better it will perform, but PCs which are even 8-9 years old can still be used. Please feel free to contact us should you have any further questions on course@codemed.co.uk
Our Instructors
Our Code Med instructors have a wealth of experience in teaching coding to healthcare professionals
Dr Imran Qureshi
Imran is a Consultant at Croydon University Hospital and has a previous degree in Computer Science with an interest in Human and Computer interaction. Imran is also an Honorary Associate Clinical Professor of Quality Improvement at UCL. He has been writing medical software for many years but has a passion for teaching these skills to healthcare professionals
Dr Joe Hogan
Joe was a student on the first Java course in his Foundation years and has since become a teacher on the course. He has gone on to develop the iALS app and has taught himself Flutter. He has been awarded five Health Education England awards for his commitment to clinical service improvement through digital transformation, and has presented multiple award-winning innovations nationally
Dr Arron Thind
Arron is a junior doctor and Deputy Lead of Emerging Technology at the Department of Health and Social Care. He is a DigitalHealth.London Fellow and an NHS Clinical Entrepreneur. His innovation, SimEPR, is supported by London South Bank University's 'SimDH' accelerator and is in use at multiple NHS trusts
Imran Qureshi
Week 1 is an introductory session and will cover the following:
• An introduction to the course explaining the rationale of why it was established and what the goals of the course are. We will also explain why we are using the Java language to teach coding and what the benefits of doing so are.
• A summary of the rules around coding in Java, which will be important from the moment that we start to code. Understanding these rules will help avoid you encountering problems later on.
• The structure of a basic Java program and its anatomy, which will form the building blocks of all future coding.
• You will then embark on writing your first code, which is called Hello World. This is traditionally where all programming languages begin from. Following this, we will take an introductory look at variables and its types
Joe Hogan
Week 2 introduced the concepts of Arithmetic in Java. Many of the functions and calculations that you will undertake will be related to the manipulation of numbers and it is important to know how to manipulate them.
What we will cover:
• The basic functions of arithmetic in Java and how they are used with their associated outputs
• Expand onto more advanced mathematical functions in Java, such square roots, powers and decimal rounding
• With the information learned from this topic, you will code a creatinine clearance calculator and intravenous drug infusion rate calculation tool
Arron Thind
Week 3 will introduce the concept of the If-Else statement, another construct that is widely used in coding.
What we will cover:
• The anatomy of the basic If-Else statement and how it can be used and applied through clinical examples
• Summarise the different logic testing notations, which are used to create decision algorithms that meet specific conditions
• The application of nested If-Else statements and how they can be used to digitise complex clinical algorithms and create clinical decision apps.
• With this information, you will create a HbA1c interpreter and digitise the CT head guidelines to create a clinical decision tool
Imran Qureshi
Week 4 will introduce the concept of Arrays as a larger data-structure which will allow us to extend the way that we store and process data.
What we will cover:
• The anatomy of an array and how it can be used in clinically-orientated apps
• We will look at how to use one- and two-dimensional arrays in our programs
• With the knowledge gained from this topic, you will build a simple blood test interpreter and NEWS score interpreter
Arron Thind
Week 5 will introduce the concept of loops in programming. These are a handy concept that allow parts of code to be executed repeatedly
What we will cover:
• While loops and how they can be manipulated to achieve certain outcomes
• Do-while loops and see how they differ to while loops and where they could be used
• For-loops, which are the most common type of loop used in coding, and outline how they can be applied in practice using clinical examples
• Last, we will demonstrate how loops can be nested to achieve increasingly complex functions
• You will practice coding all of these loops and learn how they relate to a clinical application, such as a vancomycin dose calculator
Joe Hogan
Week 6 will introduce the topic of Objects. We would have already discussed that Java is an Object-Oriented Programming language (OOPL) and have been using Objects to this point but this week we will formally discussed this as a concept.
What we will cover:
• What objects are and how they can be created and used
• How to use the Java API to gain a better understanding of objects and within the context of that looking at things such as Constructors and Methods
• How we can create your own objects and how those objects can be manipulated
• Using this knowledge, you will create a patient appointment booking app and a basic A&E triage tool
Arron Thind
Week 7 will introduce the Java AWT and Swing packages which are used to produce graphical user interfaces.
What we will cover:
• How to import these packages into your code and use the available objects that will allow you to create a graphical user interface
• Explore the different Classes within Swing to see what we can use to develop our user interfaces
• Using this information, you will build your first apps with a graphical user interface: a BMI calculator, a locum doctor registration form, and a gentamicin calculator
Imran Qureshi
Week 8 will introduce the concept of Interfaces, which will become more prevalent as we delve further into graphical user interfaces
What we will cover:
• We will look at the anatomy of an interface and how it is declared and utilised
• Our clinically-related example will show you how to declare and use an interface
• We will look at examples of existing interfaces in Java and how they can be used within your code to achieve particular outcomes
Joe Hogan
Week 9 will introduce two further JComponents of the Swing class. We will be looking at JTextAreas and JComboBoxes which are slightly more advanced JComponents.
What we will cover:
• The declaration and use of JTextAreas and JComboBoxes
• How to manipulate the properties of JTextAreas and JComboBoxes
• How JTextAreas differ from JTextFields, and which situations they can be used
• The use of JComboBoxes and how they can be initialised using arrays
• How JComboBox selections can be used both using a JButton and without it
• Using these components you will build an app that allows you to store, search and add new patient records
Arron Thind
Week 10 will introduce the concept of Layout Managers. Until this point, we will have been setting the positions of JComponents ourselves, but Layout Managers will help us to direct components automatically.
What we will cover:
• What the different types of Layout Managers are
• Examples of Layout Managers being used in clinical apps
• Practice implementing Layout Managers as seen in digital health apps
• Using this information you will create 'ClerkMaster Lite', an app to assist junior doctor clerkings
Imran Qureshi
Week 12 which is the final week of the course will introduce the concept of inserting images into our programs.
What we will cover:
• How to insert logos and images into your apps
• Scale images a desired size
• Using this information, you will create a CURB-65 calculator which includes an app logo
Joe Hogan
Week 12 is the last session of the course which will focus on the practical aspects of application development and digital innovation in healthcare
What we will cover:
• Developing digital solutions using QI methodology
• Taking ideas further with fellow programmes and accelerators
• Digital-health start-up tips
• Using your innovation ideas and products to boost your career and explore opportunities outside clinical work
Resources
Read more about what resources will be available to you as a delegate and how we will optimise the learning opportunity
