, PLEASE USE THIS DOCUMENT AS A GUIDE TO ANSWER YOUR ASSIGNMENT
QUESTION 1
1.1 HRIS Implementation Plan: Logical and Physical Design of the ATS
In order to effectively operationalise the implementation of an Applicant Tracking System (ATS) at
Larson Properties, it is imperative for the HR team to adopt a structured systems development
approach that clearly distinguishes between the logical and physical design components of the
system. The logical design represents the conceptual blueprint of the ATS and is primarily
concerned with defining what the system must accomplish in relation to the organisation’s
recruitment and selection objectives. At this stage, the HR team must conduct a comprehensive
analysis of existing recruitment processes in order to identify inefficiencies, redundancies, and gaps
that the ATS should address. This involves mapping the entire recruitment lifecycle, beginning with
workforce planning and job requisition approval, followed by job advertisement, application
submission, automated screening, shortlisting, interview coordination, selection decision-making,
and onboarding integration. Each of these stages must be carefully analysed to ensure that the
system supports streamlined workflows, reduces administrative burden, and enhances the overall
quality of hiring decisions.
Furthermore, the logical design must clearly define the data architecture of the ATS by identifying
the types of information that need to be captured, processed, stored, and reported. This includes
applicant biographical data, educational qualifications, work experience, competency assessments,
interview feedback, and compliance-related documentation. In addition, the system must be
designed to generate meaningful reports and analytics that support strategic human resource
decision-making, such as time-to-hire, cost-per-hire, and diversity metrics. The logical design must
also incorporate user roles and access privileges, ensuring that different stakeholders—such as HR
practitioners, line managers, and external applicants—interact with the system in a controlled and
efficient manner. Importantly, the logical design must ensure alignment with organisational policies,
ethical standards, and relevant legislative frameworks, including labour laws and data protection
regulations. By focusing on these aspects, the logical design ensures that the ATS is not merely a
technological tool, but a strategic enabler of organisational effectiveness and talent acquisition
excellence (Kavanagh et al., 2020).
In contrast, the physical design of the ATS focuses on how the conceptual requirements identified in
the logical design will be translated into a functional technological system. This phase involves
making critical decisions regarding the selection of hardware, software, and system architecture that
will support the ATS. For Larson Properties, this may involve choosing between an on-premise
system and a cloud-based Software-as-a-Service (SaaS) solution, with considerations including cost,
scalability, system flexibility, and ease of maintenance. The physical design also requires the
development of a robust database structure that ensures efficient data storage, retrieval, and
processing, as well as the implementation of user interfaces that are intuitive, user-friendly, and
accessible across multiple devices, including mobile platforms. This is particularly important in
enhancing user adoption and ensuring a positive user experience for both internal stakeholders and
job applicants.
Moreover, the physical design must address critical issues related to system integration, ensuring
that the ATS can seamlessly communicate with other organisational systems such as payroll,
QUESTION 1
1.1 HRIS Implementation Plan: Logical and Physical Design of the ATS
In order to effectively operationalise the implementation of an Applicant Tracking System (ATS) at
Larson Properties, it is imperative for the HR team to adopt a structured systems development
approach that clearly distinguishes between the logical and physical design components of the
system. The logical design represents the conceptual blueprint of the ATS and is primarily
concerned with defining what the system must accomplish in relation to the organisation’s
recruitment and selection objectives. At this stage, the HR team must conduct a comprehensive
analysis of existing recruitment processes in order to identify inefficiencies, redundancies, and gaps
that the ATS should address. This involves mapping the entire recruitment lifecycle, beginning with
workforce planning and job requisition approval, followed by job advertisement, application
submission, automated screening, shortlisting, interview coordination, selection decision-making,
and onboarding integration. Each of these stages must be carefully analysed to ensure that the
system supports streamlined workflows, reduces administrative burden, and enhances the overall
quality of hiring decisions.
Furthermore, the logical design must clearly define the data architecture of the ATS by identifying
the types of information that need to be captured, processed, stored, and reported. This includes
applicant biographical data, educational qualifications, work experience, competency assessments,
interview feedback, and compliance-related documentation. In addition, the system must be
designed to generate meaningful reports and analytics that support strategic human resource
decision-making, such as time-to-hire, cost-per-hire, and diversity metrics. The logical design must
also incorporate user roles and access privileges, ensuring that different stakeholders—such as HR
practitioners, line managers, and external applicants—interact with the system in a controlled and
efficient manner. Importantly, the logical design must ensure alignment with organisational policies,
ethical standards, and relevant legislative frameworks, including labour laws and data protection
regulations. By focusing on these aspects, the logical design ensures that the ATS is not merely a
technological tool, but a strategic enabler of organisational effectiveness and talent acquisition
excellence (Kavanagh et al., 2020).
In contrast, the physical design of the ATS focuses on how the conceptual requirements identified in
the logical design will be translated into a functional technological system. This phase involves
making critical decisions regarding the selection of hardware, software, and system architecture that
will support the ATS. For Larson Properties, this may involve choosing between an on-premise
system and a cloud-based Software-as-a-Service (SaaS) solution, with considerations including cost,
scalability, system flexibility, and ease of maintenance. The physical design also requires the
development of a robust database structure that ensures efficient data storage, retrieval, and
processing, as well as the implementation of user interfaces that are intuitive, user-friendly, and
accessible across multiple devices, including mobile platforms. This is particularly important in
enhancing user adoption and ensuring a positive user experience for both internal stakeholders and
job applicants.
Moreover, the physical design must address critical issues related to system integration, ensuring
that the ATS can seamlessly communicate with other organisational systems such as payroll,
