Music and Sound Engineering – BSc

This module will provide an introduction to audio recording. It combines theory and practical elements to provide basic knowledge and skills to record in the studio environment. It has both a technical and creative focus that are essential to the sound engineer to produce quality audio.

This module will introduce the student to equipment and processes in a workshop. The student will be instructed in the craft of instrument construction using wood. It will also teach best practice in a workshop environment, both from a functional and Health and Safety perspective.

This module acknowledges the importance of video and animation creation in the professional Creative Industry. The module will develop the student’s technical and conceptual skills in video and animation.

This module will look at musical characteristics and instruments used in a number of styles of music. It will trace the development of music throughout history and will look at the key events that lead to evolution of genres and sub-genres. Musical form will be investigated to gain an understanding of key musical theory

The aim of this module is to provide students with the key skills, attitudes and competencies required of an undergraduate to ensure their success during their learning journey. Emphasis is placed on the person and on their personal identity, developing a sense of awareness of what it means to be an undergraduate student and a recognition of the need for lifelong learning.

This module will build upon the work completed in the first semester. Through authentic studio projects, the student will have practical experience with creative and technical aspects of Sound Engineering.

After an introduction to working with materials to construct basic classic structures with wood, this module will focus on the creation of a stringed musical instrument. The student will be instructed in the craft of instrument construction in weekly workshops held in the Solas, Athlone. It will also teach best practice in a workshop environment both from a functional and Health and Safety perspective.

This module will develop critical listening skills and introduce basic compositional techniques. Students will be coached in the planning aspects of the recording process and will analyse the creative and technical elements involved in producing quality musical output.

Introduces the student to the principles, concepts and practice of contemporary marketing and how these apply to different business models in the professional Creative Industry. New business ideation will also be explored using the business model canvas.

This module will build on the concepts and techniques covered in the Sound Engineering 1.2 module. This module has both theory and practical elements. It will encourage collaborative work to complete both technical and creative activities. Workflow in the module will be supported to ensure that planning and management aspects are implemented. As part of a collaborative project, Sound Engineering 2.1 students will be expected to organise and manage an event that includes live sound reinforcement. Where appropriate, this event can include participation from students on programmes such as: BA (Hons) in Animation and Illustration, BA (Hons) in Graphic and Digital Design, and Bachelor of Business (Hons) in Digital Marketing.

This module will engage the students in the lifecycle of a stringed musical instrument from the concept stage. The student will be facilitated in interpreting plans, deciding on materials, material sourcing and on construction of their individual instrument components. This is an ongoing process and the instrument will be completed at the end of the Instrument Technology 2.2 module. At the start of this module, students will manufacture an electric guitar from a supplied kit to aid in the required skills in manufacturing an acoustic guitar.

This module will give an overview of the role of digital audio in modern music production. Students will explore digital signal processing, MIDI sequencing, audio sampling, and synthesis techniques through a range of software used in industry. The theoretical aspects of this module will be delivered and explored through creative context and practices.

This is a self-directed module providing students with the opportunity to build their industry experience as part of their programme accreditation. Each student will identify and secure a placement(s) within areas of the professional Creative Industry in which they are interested. Programme staff can support the student by providing introductions to potential placement(s) providers. As part of the experience in the students chosen field, the module aims to develop each participant’s technical, communication, observation, and reflective abilities. Students may also choose to set up or partake in a civic engagement project within their local community.

In this module students will be introduced to analog and computer based audio mixing, as well as aspects of Sound to Picture. There will be a focus on refining essential skills needed to produce quality audio and the student will take part in projects where they record, programme and synthesise sound, arrange music, mix and problem solve. Audio mix work and audiovisual work opportunities will be provided for students, the nature of which will encourage working creatively and collaboratively to develop and expand essential skills needed for the professional Creative Industry. Where appropriate, this collaboration could include students on the BA in Animation and Illustration programme.

This module will engage the student in the lifecycle of a stringed musical instrument from assembly of the components made in Instrument Technology 2.1 through to finishing and setup for usage. The student will also be directed through instrument repair and maintenance issues.

This module aims to introduce concepts in acoustics which are required to understand psychoacoustics of hearing. The module will also focus on outlining the capabilities of the “normal” hearing auditory system and how they have influenced acoustical measurement and standards. Students will explore how these capabilities are affected by common hearing disorders and how they affect speech recognition.

The Communications for Music & Sound Engineering module will further develop students’ understanding of professional communication, as well as their technical skill set in respect to working with visual content, where students will create an online portfolio of their work that they will be able to maintain in future years of their studies and into their professional Events Industry career.

The Sound Engineering 3.1 module will introduce the technical requirements of audio as well as production techniques required for broadcast. This module will push the learner to employ advanced recording and mixing techniques used in respect to broadcast. Where appropriate, Sound Engineering 3.1 students will collaborate with students from the Bachelor of Business (Hons) in Digital Marketing programme to create content for formative assessment(s).

Acoustic Technology 3 builds on the skills and techniques developed during the Instrument Technology modules, with a focus on how to apply these fabrication skills in different sound environments. Where appropriate, Acoustic Technology 3 students will be given a room in the Engineering and Informatics building on the TUS, Athlone Campus that may have acoustic response issues. Students will then have the opportunity to design, produce, and instal acoustic treatment for this room

This module will explore a variety of supplementary key concepts in music technology and multimedia. It has a practical orientation that will see students work in authentic scenarios to experience work typical to the sound to picture industry. Students will work to develop a portfolio to aid them in their career and will develop their presentation skills to effectively communicate their ideas. It is intended that Sound for Film and Television 3 students will create an online folder that contains audio assets generated during assessment work that will be shared with students from the BA (Hons) in Animation and Illustration and B.Sc (Hons) in Software Design with Virtual Reality and Gaming programmes.

This module introduces the candidates to engineering science and explains the concepts of instrumentation, heat, energy, waves and electrical principles in a Music and Sound Engineering context. It contains theoretical, practical and empirical material.

This is a self-directed module providing students with the opportunity to build their industry experience as part of their programme accreditation. Each student will identify and secure one placement within areas of the professional Creative Industry in which they are interested. Programme staff can support the student by providing introductions to potential placement providers. As part of the placement in the students chosen field, the module aims to develop each participant’s technical, communication, observation, and reflective abilities. Students may also choose to set up or partake in a civic engagement project within their local community.

Sound Engineering 3.2 will examine in-depth the key practical and theoretical concepts of the production of professional Popular Music and Electroacoustic Music, Sound Design and Audio Mixing.

This module will explore the development of technology and emerging technologies that have facilitated the progression of Music and Sound Engineering in respect of the Video Game industry. It is intended that Video Game Audio students will create an online folder that contains audio assets generated during assessment work that will be shared with students from the BA (Hons) in Animation and Illustration and B.Sc (Hons) in Software Design with Virtual Reality and Gaming programmes.

This module is an exploration of the principles of image making with an emphasis on the moving image. Where appropriate, Visual Creation 3 students will collaborate with students from the BA in Graphic and Digital Design programme for formative assessment(s) over the duration of the module.

This module introduces the candidates to engineering science and explains the concepts of instrumentation, heat, energy, waves and electrical principles in a Music and Sound Engineering context. It contains theoretical, practical and empirical material.