MHH-013 Solved Assignment January 2026 | Support and Utility Services | IGNOU MBAHCHM

Q1. Answer each of the following questions in around 1000 words

(a)) What is Ayushman Bharat Digital Mission (ABDM)? Describe briefly the Components of ABDM. (1000 words)
(b)) Discuss the significance of biomedical waste management in healthcare settings. How can hospital leadership ensure compliance, safety, and sustainability in line with the Biomedical Waste Management Rules, 2016 (amended 2019)? (1000 words)

Key Points:

ABDM aims to integrate India's digital health infrastructure, providing seamless online access to services.
ABHA (Health Account) is a 14-digit unique ID for citizens, linking their health records digitally with consent.
HPR and HFR are registries for healthcare professionals and facilities, ensuring identity and connectivity.
BMW management prevents infection transmission, protects public health, and safeguards the environment.

Answer: The following response comprehensively addresses the two sub-questions, (a) and (b), as per the MHH-013 course guidelines. It delves into the Ayushman Bharat Digital Mission (ABDM), outlining its core components and transformative potential for India's healthcare landscape. Subsequently, it discusses the critical significance of biomedical waste management in healthcare settings, detailing how hospital leadership can ensure compliance, safety, and sustainability in alignment with the Biomedical ...

Q2. Read the following case study carefully. Answer in 500-700 words each. CityCare Super Specialty Hospital, a 300-bed tertiary care center located in a metropolitan city, is planning to upgrade its medical gas supply infrastructure. Currently, the hospital relies primarily on cylinder-based systems for supplying oxygen, nitrous oxide, medical air, and vacuum. Due to increasing demand, patient safety concerns, and recommendations from the Quality Assurance Committee, the hospital administration has decided to install a Centralized Medical Gas Pipeline System (MGPS) integrated with a Liquid Medical Oxygen (LMO) tank. During the planning stage, the hospital management faces the following challenges: Determining the need assessment for current and future gas requirements, especially in ICUs, OTs, and HDUs. Deciding the appropriate location and safety design for the LMO tank and manifold room as per statutory norms. Ensuring redundancy in gas supply with proper zoning and backup systems. Evaluating the cost implications of centralized MGPS versus PSA oxygen plants in resource-limited departments. Managing statutory requirements, including compliance with Indian Explosives Act and ISO 7396 standards. Assignment Tasks:

2.1) As a healthcare management professional, identify and describe three critical considerations that must be assessed before installing the MGPS at CityCare Hospital. (600 words)
2.2) Outline the statutory and safety standards applicable to the installation of MGPS and LMO tank in the hospital. (600 words)
2.3) Discuss the advantages and disadvantages of using LMO tanks over PSA-based oxygen plants in the context of this hospital. (600 words)
2.4) Recommend two measures to ensure continuity and safety of gas supply during a potential failure in the centralized system. (600 words)

Key Points:

Comprehensive demand assessment (current and future) is crucial for MGPS sizing and efficiency.
Indian Explosives Act and CCOE approval are mandatory for LMO tanks and oxygen manifold systems.
ISO 7396-1 dictates MGPS design, installation, testing, and safety standards globally.
LMO tanks offer high oxygen purity (99.5%+) and bulk capacity, ideal for large super-specialty hospitals.

Answer: As an expert IGNOU tutor, I will analyze the case study for CityCare Super Specialty Hospital's medical gas pipeline system (MGPS) upgrade. Since no specific course PDF was provided, my analysis will draw upon general best practices and regulatory requirements in healthcare management concerning medical gas systems. The hospital's decision to move from cylinder-based systems to a centralized MGPS with a Liquid Medical Oxygen (LMO) tank, driven by increasing demand and patient safety, necessitate...

Q3. Answer the following short notes in 500 to 700 words

(a)) Describe the accreditation process in healthcare and how it contributes to improving patient safety. (600 words)
(b)) Name and describe at least three technologies or tools used to enhance patient safety in healthcare. (600 words)
(c)) Discuss the CSSD Reuse policy (600 words)
(d)) Classify the types of diet in health care and describe therapeutic diet (600 words)
(e)) Describe the Categories of linen in hospital (600 words)
(f)) Discuss the medium term measures for fire safety (600 words)

Key Points:

Healthcare accreditation assesses quality and safety standards, driving continuous improvement and risk reduction.
EHRs, CPOE, and barcoding systems enhance patient safety by reducing medication errors and improving data access.
CSSD Reuse policy ensures sterile reprocessing of medical devices, balancing cost with patient safety and regulatory compliance.
Therapeutic diets modify nutrition to treat specific health conditions, tailored by dietitians for recovery.

Answer: This response comprehensively addresses various critical aspects of support and utility services in healthcare, as outlined in the MHH-013 course material. It delves into quality assurance mechanisms like accreditation, technological advancements for patient safety, policy discussions on medical device reprocessing, nutritional classifications, hospital linen management, and crucial fire safety measures.

MHH-013 Solved Assignment — January 2026 / July 2025

Support and Utility Services | IGNOU Master of Business Administration Hospital and Health Management (MBAHCHM)

MHH-013—January 2026 / July 2025

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MHH-013 Assignment Questions — January 2026

Q1. Answer each of the following questions in around 1000 words

Q3. Answer the following short notes in 500 to 700 words