Pigeon courses

Essential knowledge – for counsellors, psychotherapists and anyone else working with distressed people This new online course is designed to stimulate deeper thinking about the ethical dilemmas and professional difficulties you may encounter when working with people suffering emotional distress. It gives you sound principles to remember and realistic guidelines to follow whenever difficult ethical situations arise. Whilst primarily designed for counsellors and psychotherapists, anyone interested in thinking more clearly about ethical matters, including social workers, occupational therapists, mental health workers, medical and legal professionals, can complete the course. The guidance offered is not a list of static ‘rules’ but a framework of interlocking ideas and insights through which it is possible to create clear and reasonable codes of professional conduct to help ensure we act ethically. The discussions between the tutors raise important considerations – deriving from real case histories – and give you valuable insights about the evolution of ethical behaviour and the nature of ethical problems today. Why this course is needed We live in a world that, despite technological progress, seems to have lost its moral compass. It should go without saying that all therapists should act ethically with their patients, but some don’t. The consequences of this can prove distressing and even damaging for the client involved, and, for the practitioner, can mean anything from public censure, suspension from practice, or full-scale striking off. So, in addition to following guidelines and a code of practice, therapists need to develop a sound inner intuition of what the right thing to do is in any particular circumstance. However, developing this intuition requires us to escape from our mental pigeon-holes so that we can develop richer patterns of thought, through consideration of a wide range of potential pitfalls and ethical dilemmas, to draw upon and return to throughout our professional lives. What will you explore The foundations of ethics Ethics and human nature The difference between ethics, morals and the law The reason ethical dilemmas arise The HG Code of Ethics Examples of modern ethical quandaries Living in a ‘victim culture’ that’s obsessed with blaming Why ethical behaviour is socially conditioned The importance of learning from mistakes Why relying on systems can inhibit flexibility of thought and behaviour Why organisational rigidity drives bureaucracies to behave unethically What determines our individual nature, character and mental health The assumptions we make that get in the way of ethical decision making Typical case histories dealt with by the HGI’s Registration and Professional Standards Committee Ethics: needs and wants Ethics, tribalism and political correctness Our inbuilt range of moral emotional responses The illusion of shared perceptions Three ethical safeguards arising from the Human Givens approach The importance of spare capacity when helping others The danger of patients putting therapists on a pedestal Why technology, using artificial intelligence, raises ethical questions Accredited CPD certificate and much more… Counts towards a Diploma By taking this course, you could be on your way to completing Part 1 of the Human Givens Diploma – a flexible, part-time psychotherapy course which will deepen your psychological knowledge and increase your ability to help people effectively and quickly.  Course Programme Part 1The nature of ethical problems Part 2Ethical Foundations Part 3Practitioners Code of Conduct Part 4Case Histories What's included? 24 Videos 30 Quizzes Life-long access CPD Certificate Course format This online ethics course is delivered by four distinguished Fellows of the HGI, Sue Saunders, Ian Thomson, Ivan Tyrrell and Denise Winn – their discussions provide much food for thought and draw on real case histories that have come before the HGI’s Registration and Professional Standards Committee. As with all our online courses, you are required to answer multiple-choice questions designed to add to your knowledge and deepen your understanding: an enjoyable, thought-provoking part of the learning process. Once you have completed the course, you will receive an Accredited CPD certificate, which counts towards the Human Givens Diploma. This course has been independently assessed by the internationally recognised CPD Standards Office for 6 hours of CPD training. Meet your tutors Ivan Tyrrell Ivan Tyrrell worked for many years as a psychotherapist and now spends most of his time lecturing and writing. Read more Sue Saunders Sue has worked in training, coaching and psychotherapy for over 30 years. She also has extensive experience in the corporate world. Read more Ian Thompson Ian Thomson is the former deputy chair of the HGI Registration and Professional Standards Committee Read more Denise Winn Denise is a journalist, editor and author specialising in psychology – who has also practised as a human givens therapist since 2000. Read more

Discrete Maths Teaching is yet another 'Teacher's Choice' course from Teachers Training for a complete understanding of the fundamental topics. You are also entitled to exclusive tutor support and a professional CPD-accredited certificate in addition to the special discounted price for a limited time. Just like all our courses, this Discrete Maths Teaching and its curriculum have also been designed by expert teachers so that teachers of tomorrow can learn from the best and equip themselves with all the necessary skills. Consisting of several modules, the course teaches you everything you need to succeed in this profession. The course can be studied part-time. You can become accredited within 19 hours studying at your own pace. Your qualification will be recognised and can be checked for validity on our dedicated website. Why Choose Teachers Training Some of our website features are: This is a dedicated website for teaching 24/7 tutor support Interactive Content Affordable price Courses accredited by the UK's top awarding bodies 100% online Flexible deadline Entry Requirements No formal entry requirements. You need to have: Passion for learning A good understanding of the English language Be motivated and hard-working Over the age of 16. Certification Successfully completing the MCQ exam of this course qualifies you for a CPD-accredited certificate from The Teachers Training. You will be eligible for both PDF copy and hard copy of the certificate to showcase your achievement however you wish. You can get your digital certificate (PDF) for £4.99 only Hard copy certificates are also available, and you can get one for only £10.99 You can get both PDF and Hard copy certificates for just £12.99! The certificate will add significant weight to your CV and will give you a competitive advantage when applying for jobs. Sets Introduction to Sets 00:01:00 Definition of Set 00:09:00 Number Sets 00:10:00 Set Equality 00:09:00 Set-Builder Notation 00:10:00 Types of Sets 00:12:00 Subsets 00:10:00 Power Set 00:05:00 Ordered Pairs 00:05:00 Cartesian Products 00:14:00 Cartesian Plane 00:04:00 Venn Diagrams 00:03:00 Set Operations (Union, Intersection) 00:15:00 Properties of Union and Intersection 00:10:00 Set Operations (Difference, Complement) 00:12:00 Properties of Difference and Complement 00:07:00 De Morgan's Law 00:08:00 Partition of Sets 00:16:00 Logic Introduction 00:01:00 Statements 00:07:00 Compound Statements 00:13:00 Truth Tables 00:09:00 Examples 00:13:00 Logical Equivalences 00:07:00 Tautologies and Contradictions 00:06:00 De Morgan's Laws in Logic 00:12:00 Logical Equivalence Laws 00:03:00 Conditional Statements 00:13:00 Negation of Conditional Statements 00:10:00 Converse and Inverse 00:07:00 Biconditional Statements 00:09:00 Examples 00:12:00 Digital Logic Circuits 00:13:00 Black Boxes and Gates 00:15:00 Boolean Expressions 00:06:00 Truth Tables and Circuits 00:09:00 Equivalent Circuits 00:07:00 NAND and NOR Gates 00:07:00 Quantified Statements - ALL 00:08:00 Quantified Statements - THERE EXISTS 00:07:00 Negations of Quantified Statements 00:08:00 Number Theory Introduction 00:01:00 Parity 00:13:00 Divisibility 00:11:00 Prime Numbers 00:08:00 Prime Factorisation 00:09:00 GCD & LCM 00:17:00 Proof Intro 00:06:00 Terminologies 00:08:00 Direct Proofs 00:09:00 Proofs by Contrapositive 00:11:00 Proofs by Contradiction 00:17:00 Exhaustion Proofs 00:14:00 Existence & Uniqueness Proofs 00:16:00 Proofs by Induction 00:12:00 Examples 00:19:00 Functions Intro 00:01:00 Functions 00:15:00 Evaluating a Function 00:13:00 Domains 00:16:00 Range 00:05:00 Graphs 00:16:00 Graphing Calculator 00:06:00 Extracting Info from a Graph 00:12:00 Domain & Range from a Graph 00:08:00 Function Composition 00:10:00 Function Combination 00:09:00 Even and Odd Functions 00:08:00 One to One (Injective) Functions 00:09:00 Onto (Surjective) Functions 00:07:00 Inverse Functions 00:10:00 Long Division 00:16:00 Relations Intro 00:01:00 The Language of Relations 00:10:00 Relations on Sets 00:13:00 The Inverse of a Relation 00:06:00 Reflexivity, Symmetry and Transitivity 00:13:00 Examples 00:08:00 Properties of Equality & Less Than 00:08:00 Equivalence Relation 00:07:00 Equivalence Class 00:07:00 Graph Theory Intro 00:01:00 Graphs 00:11:00 Subgraphs 00:09:00 Degree 00:10:00 Sum of Degrees of Vertices Theorem 00:23:00 Adjacency and Incidence 00:09:00 Adjacency Matrix 00:16:00 Incidence Matrix 00:08:00 Isomorphism 00:08:00 Walks, Trails, Paths, and Circuits 00:13:00 Examples 00:10:00 Eccentricity, Diameter, and Radius 00:07:00 Connectedness 00:20:00 Euler Trails and Circuits 00:18:00 Fleury's Algorithm 00:10:00 Hamiltonian Paths and Circuits 00:06:00 Ore's Theorem 00:14:00 The Shortest Path Problem 00:13:00 Statistics Intro 00:01:00 Terminologies 00:03:00 Mean 00:04:00 Median 00:03:00 Mode 00:03:00 Range 00:08:00 Outlier 00:04:00 Variance 00:09:00 Standard Deviation 00:04:00 Combinatorics Intro 00:03:00 Factorials 00:08:00 The Fundamental Counting Principle 00:13:00 Permutations 00:13:00 Combinations 00:12:00 Pigeonhole Principle 00:06:00 Pascal's Triangle 00:08:00 Sequence and Series Intro 00:01:00 Sequence 00:07:00 Arithmetic Sequences 00:12:00 Geometric Sequences 00:09:00 Partial Sums of Arithmetic Sequences 00:12:00 Partial Sums of Geometric Sequences 00:07:00 Series 00:13:00