Partner Details

Risktec Solutions

Awards

Target Award

Award Description:Master of Science - MS

Alternative Exit

Alternative Exit

Apprenticeship Standard

Risk and safety management professional (degree) - ST0465

Programme Offerings

Full-Time

F2F-RSK-OCT

Educational Aims of the Course

• Justify the use of risk assessment through illustration of the objectives of, and drivers for, risk assessment. • Analyse and evaluate a broad range of practical risk management tools and techniques and apply selected techniques. • Devise practical solutions for real-life risk management problems. • Develop a questioning and critical attitude to management of risks. • Display mastery of clear and effective communication of risk. • Have substantial opportunity to practise self-learning.

Learning Outcomes

1.
Display knowledge and understanding of risk management tools and techniques
2.
Critically evaluate information and evidence and apply to industry related scenarios
3.
Effective problem solving and decision-making using appropriate quantitative and qualitative skills
4.
Evaluate the safety aspects of a process or system
5.
Apply learning to workplace situations
6.
Understand the key issues relating to environmental and safety matters in order to comply with certain risk management legislation
7.
Undertake research and apply appropriate techniques to problem solving
8.
Design technical reports and practice technical report writing
9.
Use technical/scientific literature effectively
10.
Display knowledge and understanding of a range of statutory requirements related to risk management
11.
Research and present findings using appropriate information technology
12.
Apply appropriate techniques to analyse and solve risk management problems
13.
Communicate effectively in a professionally appropriate manner – in writing, verbally and with diagrams
14.
Display enhanced self-learning skills appropriate to the level of study
15.
Manage time and prioritise workloads to meet deadlines
16.
Learn independently in familiar and unfamiliar situations
17.
Display enhanced quantitative skills using data analysis, interpolation and extrapolation
18.
Evaluate own academic and professional performance and organise/plan self-learning and professional development
19.
Evidence critical thinking and analysis of complex industry-related, risk management issues
20.
Interpret and analyse case study material pertinent to practical risk management
21.
Analyse and evaluate business and management strategies as they relate to practical risk management
22.
Display expertise in a number of key risk analysis methods, including an appreciation of their limitations and range of applicability
23.
Demonstrate the skills necessary to plan, conduct and present the findings of a programme of research
24.
Apply the skills needed for academic study and enquiry at Level 7
25.
Apply strategies for appropriate selection of information from a wide source and large body of knowledge

Teaching, Learning and Assessment

Acquisition of knowledge is achieved mainly through illustrated and annotated presentation materials, individual and group exercises and directed student-centred learning where appropriate resource material is available. Understanding is reinforced through both the exercises and the main end-of-module assessments which typically take the form of an essay (usually case study),technological task and/or technical report. Research for the MSc Project module (the dissertation) will facilitate further learning for the student. Testing of the knowledge base is undertaken in the form of the essays, reports, technological tasks, plus the dissertation Project. Intellectual skills are developed in part through exercises during the module delivery and principally through end-of-module assignments, which test all learning outcomes. Individual exercise and group exercises within the taught part of the programme are designed to permit students to demonstrate achievement of learning outcomes. Analysis and problem solving skills are assessed in the form of essays, reports and technological tasks plus the dissertation Project. Professional practical skills are developed in a coordinated manner throughout the programme. Real-life examples and case studies are used to illustrate techniques and risk management issues, hence relating the learning to workplace examples. Where a programme is being delivered to a cohort of students from the same employer, company-specific case studies and examples may be used. Professional and transferrable skills are assessed (informally / implicitly) through essays, reports and technological tasks, plus the dissertation Project.

Opportunities for work related learning

This is a degree apprenticeship. Assessments will normally be based on an individual’s work experience. The modules are designed to be relevant to the workplace and real-life case studies are used throughout, with a practical emphasis on risk management techniques. Students are encouraged to use their own work experience in assignments, where appropriate.

Programme Structure

Programme Structure Description

Students must take: 7083RTC Hazard and Operability (HAZOP) Study OR 7091RTC Physical Effects Modelling AND 7096RTC Safety/HSE Cases OR 7087RTC Incident Investigation and Analysis. In year 1 students will take: 7084RTC, 7085RTC, 7088RTC, 7093RTC, 7094RTC, 7095RTC. In year 2 students will take: 7078RTC, 7079RTC, 7080RTC, 7086RTC, 7083RTC OR 7091RTC, 7096RTC … For more content click the Read More button below. A PgCert will be awarded to any student achieving at least 60 credits. Apprentices all need to complete mandatory training in Safeguarding, British Values and Prevent before they can undertake the End Point Assessment. Generic, mandatory online training programmes will offered to apprentices and this may be supplemented by additional training that is specific to the programme.

Entry Requirements

Alternative qualifications considered

HECoS Code(s)

(CAH10-01) engineering