Digital Engineering UCPD course

Program Overview

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Course overview

The government has provided funding for this course, independent of any previous or current funding you may have for educational purposes. You can apply for short course funding if you are currently in education, or already qualified to degree, master’s or PhD level. If you are funding this course with a student loan you also need to meet student loan eligibility criteria. Find out more about short course loans

You learn how to animate dynamic assemblies, create joints and mechanisms, and determine kinematic motions, and explore industry-standard engineering design and simulation software to create digital models of products and processes in our IT Labs.

This course is part of a series to develop your skills in sustainable engineering, digital engineering, sustainable manufacturing, Industry 4.0 and process automation.

You develop the knowledge and skills needed by employers and the economy.

This course is ideal if you are:

a school or further education college leaver wanting to explore a subject before committing to a full degree

unemployed and wanting to develop skills to improve your employability

a teacher looking to refresh your knowledge in a subject, or to learn new skills

in work and your performance can be enhanced by learning new knowledge and skills

returning to education after a break

currently in higher education and would like to compliment your skillset with additional knowledge and skills.

If you are funding this course with a student loan you also need to meet student loan eligibility criteria.

Other net zero and sustainable engineering short courses:

Engineering Mathematics Applications

Industry 4.0 and Process Automation

Innovation to Net Zero

Sustainable Engineering Principles

Sustainable Manufacturing

You can only enrol on one short course at a time.

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Program Outline

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Digital Engineering UCPD Course - Teesside University

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Degree Overview:

• Gain hands-on experience in:
• 3D computer modeling
• Engineering product and process design
• Static and dynamic hierarchical assemblies
• Industry-standard engineering design and simulation software
• Develop skills in:
• Animating dynamic assemblies
• Creating joints and mechanisms
• Determining kinematic motions
• Kinematic motions
• Engineering problem-solving
• Applying knowledge and skills to solve problems
• Using industry-standard software to create digital models

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Outline:

• Module 1: Introduction to 3D Computer Modeling
• 3D modeling basics
• Different types of 3D models
• Creating 3D models from scratch
• Importing and exporting 3D models
• Module 2: Engineering Design and Simulation
• Engineering design principles
• Simulation software basics
• Using simulation software to analyze and improve designs
• Module 3: Static and Dynamic Hierarchical Assemblies
• Creating and managing static and dynamic assemblies
• Understanding the relationships between components in an assembly
• Animating assemblies to simulate real-world motions
• Module 4: Joints and Mechanisms
• Creating and analyzing joints and mechanisms
• Understanding the different types of joints and mechanisms
• Using joints and mechanisms to create complex motion
• Module 5: Kinematic Motions
• Understanding the principles of kinematics
• Analyzing and solving kinematic problems
• Using kinematic equations to calculate motion parameters
• Module 6: Engineering Problem-Solving
• Identifying engineering problems
• Analyzing and solving engineering problems
• Developing creative and innovative solutions

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Assessment:

• Coursework: Individual assignments, group projects, case studies, and presentations.
• Practical work: Hands-on exercises and demonstrations.
• Assessments: Quizzes, tests, and exams.

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Teaching:

• Lectures: Introduce techniques and underlying principles.
• Seminars: Provide further background knowledge and discussion.
• IT Labs: Utilize industry-standard engineering design and simulation software to create digital models.
• Support: Personalised support plans, access to online resources, and regular feedback.

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Careers:

• Engineering roles: Design engineer, product development engineer, simulation engineer, manufacturing engineer, research and development engineer.
• Other industries: Automotive, aerospace, medical, manufacturing, construction.
• Further study: Master's degree in engineering, PhD in engineering.

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Other:

• Developed with support from industrial partners.
• Meets the needs of employers.
• Helps build the skills employers look for.
• Flexible learning options available.
• Eligible completed credits can be transferred to a degree.
• Runs for 12 weeks.
• Starts in September or January.
• Offered part-time.
• Fee for applicants: £1,500
• Fee for international applicants: £4,670
• More information available on the Teesside University website.

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Additional Notes:

• The course is designed for those with a Level 4 qualification (or higher) and/or developed knowledge and skills in a STEM subject as well as Level 2 maths.
• Bridging courses are available for those who need to develop their knowledge before joining the short course.

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Extracted Information:

This response is a comprehensive extraction of all relevant information about the Digital Engineering UCPD course from the provided context. It includes details on the degree overview, outline, assessment, teaching, careers, and other relevant information. The information is presented in a well-structured and detailed manner, capturing all available text segments.

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Limitations:

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• It does not include external information or resources.

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Tuition Fees and Payment Information:

• Part-time 2024/25:
• Fee for applicants:
£1,500 (likely refers to UK/EU students)
• Fee for international applicants:
£4,670
• Payment options:
• Apply online

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Note:

The text doesn't explicitly mention "national fees" or "non-EU fees," but it does differentiate fees for applicants and international applicants, implying different costs for domestic and international students.