Control/Technical Support Engineer Degree Apprenticeship
| Program start date | Application deadline |
| 2023-09-01 | 2023-07-09 |
| 2024-01-01 | 2023-11-26 |
| 2024-09-01 | - |
Program Overview
The Control/Technical Support Engineer Degree Apprenticeship combines on-the-job training with university study, equipping learners with the knowledge, skills, and behaviors necessary to excel in the field. The program covers a wide range of topics related to control and instrumentation engineering, including electrical and electronic principles, engineering mathematics, physics and instrumentation, and control systems design and implementation. Learners will develop essential employability skills such as communication, teamwork, problem-solving, and critical thinking, and prepare for professional registration with the Engineering Council.
Program Outline
Degree Overview
Overview
The Control/Technical Support Engineer Degree Apprenticeship is a program designed for individuals already employed who are seeking professional development as a control/technical support engineer. It combines on-the-job training with flexible study towards a higher education qualification. This program is suitable for both the learner and the employer, offering benefits such as:
- For the learner:
- Gain technical knowledge and practical experience.
- Earn a salary while studying.
- Develop valuable employability skills.
- Improve career prospects.
- For the employer:
- Increase future productivity.
- Keep the business up-to-date with the latest knowledge and practice.
- Deliver tailored on-the-job training.
- Fill higher-level skill gaps.
- Develop and retain staff.
Objectives
The program aims to equip learners with the knowledge, skills, and behaviors necessary to excel as control/technical support engineers. This includes:
- Technical knowledge: Learners will gain a deep understanding of the principles and technologies related to control and instrumentation engineering.
- Practical skills: Learners will develop practical skills through hands-on training and experience in the workplace.
- Employability skills: Learners will develop essential employability skills such as communication, teamwork, problem-solving, and critical thinking.
- Professional development: Learners will prepare for professional registration with the Engineering Council.
Program Description
The program consists of a blend of work-based learning and university study. Learners typically attend university one day per week, with the remaining time spent working and learning on the job. The university curriculum covers a range of topics relevant to control and instrumentation engineering, including:
- Electrical principles
- Electronic principles
- Engineering mathematics
- Engineering practice
- Physics and instrumentation
- PLCs and embedded systems
- Industrial communications
- Instrumentation and control design and implementation
- Integral transforms and matrices
- Linear systems and control
- Measurement systems
- Multidisciplinary software and systems
- Advanced sensors
- Control
- Digital control and DSP
- Project
- Sustainable systems and Industry 4.0 Learners will also undertake a significant project, allowing them to apply their knowledge and skills to a real-world engineering problem.
Outline
Program Content
The program covers a wide range of topics related to control and instrumentation engineering, including:
- Electrical and electronic principles: Learners will gain a strong foundation in the fundamentals of electricity, electronics, and their applications in engineering systems.
- Engineering mathematics: Learners will develop strong mathematical skills necessary for solving engineering problems.
- Engineering practice: Learners will gain practical experience in engineering design, laboratory practice, and professional skills development.
- Physics and instrumentation: Learners will study the principles and applications of instrumentation for measurement and control systems.
- PLCs and embedded systems: Learners will learn how to design and implement control systems using PLCs and embedded systems.
- Industrial communications: Learners will gain an understanding of modern industrial communication systems and protocols.
- Instrumentation and control design and implementation: Learners will develop skills in designing and implementing instrumentation and control systems for real-world applications.
- Integral transforms and matrices: Learners will learn advanced mathematical techniques for solving engineering problems.
- Linear systems and control: Learners will study the theory and design of linear control systems.
- Measurement systems: Learners will gain a comprehensive understanding of measurement systems and their applications.
- Multidisciplinary software and systems: Learners will learn how to use software tools for engineering design and analysis.
- Advanced sensors: Learners will study the principles and technologies of advanced sensors for various applications.
- Control: Learners will learn how to design and implement control systems for complex systems.
- Digital control and DSP: Learners will study the theory and design of digital control systems and digital signal processing.
- Project: Learners will undertake a significant project to apply their knowledge and skills to a real-world engineering problem.
- Sustainable systems and Industry 4.0: Learners will explore the latest advancements in sustainable systems and Industry 4.0 and their impact on engineering.
Program Structure
The program is structured as follows:
- Level 4: This level focuses on building a strong foundation in the fundamentals of engineering.
- Level 5: This level delves deeper into specific areas of control and instrumentation engineering.
- Level 6: This level focuses on advanced topics and the application of knowledge to real-world problems. Each level consists of a combination of lectures, tutorials, laboratory work, and independent study.
Course Schedule
The program is offered on a part-time basis, with learners typically attending university one day per week. The remaining time is spent working and learning on the job. The exact course schedule may vary depending on the learner's employer and the specific modules they are taking.
Modules
The program comprises a variety of modules covering different aspects of control and instrumentation engineering. Each module has its own learning outcomes, assessment methods, and teaching approach. Some of the key modules include:
- Electrical Principles
- Electronic Principles
- Engineering Mathematics
- Engineering Practice
- Physics and Instrumentation
- PLCs and Embedded Systems
- Industrial Communications
- Instrumentation and Control Design and Implementation
- Integral Transforms and Matrices
- Linear Systems and Control
- Measurement Systems
- Multidisciplinary Software and Systems
- Advanced Sensors
- Control
- Digital Control and DSP
- Project
- Sustainable Systems and Industry 4.0 For more detailed information on each module, please refer to the program handbook or contact the university.
Assessment
Assessment Methods
The program utilizes various assessment methods to evaluate learners' knowledge and skills, including:
- Coursework assignments: Learners will complete individual and group assignments throughout the program, demonstrating their understanding of the module content.
- Examinations: Learners will take written examinations at the end of each level to assess their knowledge of the core concepts.
- Project: Learners will undertake a significant project, demonstrating their ability to apply their knowledge and skills to a real-world engineering problem.
- End-point assessment: Upon completion of the program, learners will undergo an end-point assessment to demonstrate that they have met the required standards
Teesside University
Overview:
Teesside University is a public university located in Middlesbrough, Tees Valley, England. It is known for its strong focus on student experience, research, and business partnerships. The university has invested heavily in its campus, offering modern facilities and a vibrant learning environment.
Services Offered:
Teesside University provides a wide range of services to its students, including:
Undergraduate and postgraduate study:
Offering a diverse selection of programs across various disciplines.Short courses and CPD:
Providing opportunities for professional development and upskilling.Online learning:
Delivering flexible and accessible learning options.International student support:
Providing dedicated services for international students.Career services:
Offering guidance and support for career planning and job searching.Student support services:
Providing academic, personal, and financial support to students.Library and IT facilities:
Offering access to extensive resources and technology.Accommodation services:
Providing on-campus and off-campus accommodation options.Sports and recreational facilities:
Offering a variety of sports and leisure activities.Student Life and Campus Experience:
Teesside University prides itself on its close-knit and supportive community. Students can expect a vibrant campus life with:
Social events and activities:
Offering opportunities to connect with fellow students and engage in extracurricular activities.Student societies and clubs:
Providing platforms for students to pursue their interests and develop their skills.Campus facilities:
Including a modern library, sports facilities, and a variety of dining options.A welcoming and inclusive environment:
Fostering a sense of belonging and diversity.Key Reasons to Study There:
Affordable excellence:
Offering a high-quality education at a competitive price.Gold rating in the Teaching Excellence Framework (TEF):
Recognized for its outstanding teaching and student experience.World-leading research:
Conducting impactful research across various fields.Strong industry partnerships:
Providing opportunities for students to gain practical experience and develop valuable connections.Vibrant and supportive community:
Offering a welcoming and inclusive environment for students to thrive.Academic Programs:
Teesside University offers a wide range of academic programs across six schools:
School of Arts & Creative Industries
School of Computing, Engineering & Digital Technologies
School of Health & Life Sciences
School of Social Sciences, Humanities & Law
Teesside University International Business School
University departments
Other:
Campus Masterplan:
Teesside University has invested £280 million in its campus to enhance the student experience and support the local community.Strong commitment to equality and diversity:
Recognized as a top employer for its commitment to inclusivity.Nationally recognized for its services to business:
Providing impactful partnerships with local and global organizations.Located in a vibrant and affordable region:
Offering a unique blend of urban and rural experiences.Entry Requirements:
EU Home Students:
- 96 points from any combination of acceptable Level 3 qualifications, including maths.
- Before starting the Teesside University apprenticeship, learners must hold Level 2 qualifications in English and maths.
- Accredited prior learning: Admission with advanced standing can be considered if the learner has studied at level 4 or higher (e.g., HNC) in a relevant subject.
International Overseas Students:
- The information provided does not specify separate entry requirements for international students. It is recommended to contact the university directly for specific requirements for international applicants.
Additional Information:
- You can gain credit for prior learning through Recognition of Prior Learning (RPL) which can be credited towards the course you want to study. The provided context does not contain information about language proficiency requirements for this program. Please contact the university directly for specific language requirements, particularly for international applicants.
