We use our integrated toolkit for various tasks, from auditing geological models, creating mine designs and schedules, to delivering economic and scenario analyses. Our processes yield rapid, accurate results with transparent analysis and reporting, complemented by 3D animations that visualize the mining sequence. This ensures insights are accessible to all stakeholders, from the mining face to the boardroom.

For clients looking to develop in-house capabilities, we offer involvement in project delivery, processes, software models, and training to empower ongoing planning in your daily operations.

Deswik ensures seamless software integration across all project phases, from pre-planning to close-out. With proven change management strategies and professional training, you can minimize disruption while maximizing the value of your investment.

By leveraging insights from past implementations, we deliver tailored, best-practice solutions to streamline processes and enhance operational efficiency.

Transparent and auditable results empower our clients to make informed investment decisions at every stage of feasibility. We have expertise in concept development, risk management, and optimization ensures practical solutions for mine planning, production, and closure.

Deswik’s collaborative approach enhances engineering detail and supports confident, data-driven decision-making.

Deswik’s consulting services focus on optimizing mine planning processes to enhance productivity and efficiency. Using advanced tools and methodologies, we identify opportunities for improvement and deliver tailored solutions that align with your operational goals.

Our experts work closely with clients to refine workflows, integrate best practices, and streamline planning activities. By combining technical expertise with practical insights, we help sites unlock their full potential and achieve measurable results.

Deswik develops comprehensive models to evaluate equipment selection scenarios across the entire mining process. By integrating mining methods and analyzing interactions, our plans prevent bottlenecks and enhance operational efficiency.

With a focus on total value optimization, we provide the insights needed for confident, value-based decisions.

We conduct independent reviews of mine plans to help our clients make more informed decisions about risks and opportunities. We leverage advanced analytics and learnings from previous projects to uncover discrepancies and provide robust, principle-based guidance and actionable recommendations that improve your site's efficiency.

We provide critical support to help clients meet evolving environmental standards, offering insights into mine options and risks. By combining 3D animations, geospatial analysis, and detailed schedule and cost reporting, we enhance communication with stakeholders and regulatory bodies.

Our expertise includes reshaping waste dumps for better legacy management, overseeing disturbance and rehabilitation activities, and conducting hydrological analysis to map drainage lines, catchment polygons, and spill points. Rehabilitation schedules, cost projections, and financial assurance estimates ensure our clients are equipped for efficient closure planning and compliance.

Deswik empowers teams with hands-on training to confidently use tools and processes, ensuring they achieve maximum efficiency. Tailored mentoring, delivered on-site or in-office, provides expert guidance specific to operational needs.

Our support includes annual process reviews to refine workflows and enhance functionalities. By sharing expert knowledge, we help teams optimize mine planning and drive continuous improvement.

We specialize in 3D model federation, feasibility studies, design optimization, 4D scheduling, and permit-to-tunnel management for pumped hydro and civil tunneling.

We tailor systems to manage and centrally store data, ensuring easy access, reliability, and seamless project collaboration. With expertise in underground excavation, water storage, and geological assessments, we help enhance project viability, reduce risks, and improve efficiency.