E.S.M. has demonstrated capability in the delivery of end-to-end project engineering management. We support non-technical clients in the acquisition of technical assets, implement engineering management systems and audit engineering output for compliance with legislation, standards and guidelines.

E.S.M. offers engineering management services in all design lifecycle phases.

We promote and follow a systems engineering approach – having user, safety and technical requirements defined in a specification that can be used for  verification and validation through design delivery to ensure that outcomes meet customer needs.

E.S.M. supports non-technical clients in the selection and acquisition of technical assets by providing engineering  management services to serve their interests, acting as owner’s engineers to drive the delivery of engineering projects and ensure that design outcomes meet client needs.

Our team works with client engineering managers to produce and implement engineering management frameworks and the detailed supporting processes therein. We specialise in the development of plans and processes for application on complex or non-standard projects. This includes gap analyses of current processes against leading practice, the application of new engineering processes, the adaptation of processes to meet project constraints and training of engineering personnel.

E.S.M. can audit engineering outputs for compliance with client processes and adherence to legislation, standards and guidelines. We provide independent review and reporting, or work with design teams to review designs and improve compliance with requirements.

Our latest projects

We provide a range of professional engineering services. View some of our recent projects below.

Safety in Design: Solar and BESS

The presentation collated findings from numerous Safety in Design activities conducted by E.S.M. in the context of standalone solar or Battery Energised Storage System (BESS) and integrated Solar-BESS. The presentation provided highlights of:
• the most common hazards identified during the complete life cycle of the solar and BESS,
• which lifecycle phase attracted the most hazards,
• hazards associated with the integration of solar and BESS with other assets, and
• the effect of this integrated system on the environment.
Finally, some recommendations were provided, to be implemented during the design phase of these systems to make it safe, so far as is reasonably practicable for human, asset, and environmental interfaces.
Safety in Design (SiD) aims to identify hazards in the early stages of the design process. SiD review workshop objectives for solar and BESS systems include:
• demonstration that all foreseeable hazards have been identified,
• documentation of what had already been done in design to keep people safe, and,
• identify further controls and actions required.
These workshops gave the Clients a formal and thorough record of discussion, decisions, hazards identified, and controls applied.

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CHAIR Workshops

On behalf of our client, E.S.M. has been engaged to independently facilitate a series of Safety in Design reviews utilising the CHAIR process on a major piece of civil infrastructure.

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Safety in Design Review

In recent years, E.S.M. has assisted numerous clients to implement a Safety in Design process for their business. To comply with their duties under the Work Health and Safety Act (or the Occupational Health and Safety Act in Victoria), companies should have an end-to-end Safety in Design process.

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Safety in Design: Documentation

In recent years, E.S.M. has assisted numerous clients to implement a Safety in Design process for their business. To comply with their duties under the Work Health and Safety Act (or the Occupational Health and Safety Act in Victoria), companies should have an end-to-end Safety in Design process.

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