WORK

  • PROBLEM

    • Fast-growing CPG was inconsistently monitoring and managing KPIs at self-owned manufacturing facility

    • No transparency into SKU-level, run-level, line-level, and category-level KPIs

    • Some KPIs calculated inaccurately and others measured inconsistently

    ACTION

    • Selected cascading set of manufacturing KPIs

    • Wrote Excel tool to input floor-level data and output granular and summary KPI results

    • Built Excel and Tableau dashboards to visualize and track KPI results

    RESULT

    • Increased transparency into KPI data and trends

    • Improved ability to set KPI goals and monitor progress over time

    • Alignment among plant team and business executives over KPI goals and results

  • PROBLEM

    • CPG firm growing 40-60% per year

    • Single-sourced self-manufacturing of primary products

    • ~18 months until out of capacity existing facility

    • ~24 months to build new facility -> needed to move quickly on decision, but had to get right given strategic importance and capital requirements

    ACTION

    • Built comprehensive demand and capacity forecast

    • Initiated strategic analysis and evaluation of self-manufacturing vs. co-manufacturing

    • Built cost model and implementation options for self-manufacturing

    • Conducted comprehensive global search of co-manufacturers

    • Negotiated initial pricing for select target co-manufacturers

    • Analyzed make vs. buy decision for cost, risk, and strategic fit

    RESULT

    • Decided on hybrid manufacturing strategy using both a co-man and expanding existing facility

    • Launched with new co-manufacturing partner for initial SKUs

    • Co-man secured -> significant additional production capacity -> ability to afford downtime at self-owned facility -> able to re-build and expand production lines

    • Successfully solved medium and long-term capacity needs with low risk, low CapEx solution

  • PROBLEM

    • Aerospace OEM targeting an aggressive 15-25% cost reduction on direct material spending

    • Huge scope: all programs, all commodities, all suppliers, all procured spend

    • Knowledge highly siloed and sequestered; limited sharing of ideas and strategies across programs, commodities, and supplier managers

    ACTION

    Design Phase

    • Consolidated & analyzed spend data to set priorities & goals

    • Built playbook & toolkit for manufacturing, negotiation, & design levers

    • Developed multi-phase global roll-out plan

    • Created buy-in of goals, targets, methodology, & plan with commodity/supplier owners

    Launch Phase

    • Focused on initial commodity to prove strategy

    • Ran idea generation workshops internally & at suppliers

    • Developed business cases for project ideas; transitioned to client-owned implementation

    RESULT

    • Found $40M in direct material savings for initial commodity targeted during launch phase

    • Program rolled out across all commodities & suppliers over 24 months, achieving cost reduction goals

  • PROBLEM

    • Overall goal to reduce waste and improve margins at food manufacturer

    • Discovered that packaging overfill was highly variable across SKUs and production lines, leading to waste of raw materials

    • Reduction of average overfill % would lead to margin improvement and cost savings

    ACTION

    • Analyzed packaging overfill across SKUs, lines, shifts, and operators

    • Determined that overfill was highly variable & there was inconsistent process to monitor & manage

    • Created new standards and monitoring process

    • Rolled out overfill reduction and standardization plan across plant

    RESULT

    • $500k in annual raw material cost savings with immediate EBITDA improvement

  • PROBLEM

    • Stagnant manufacturing performance -> COGS too high, output unreliable

    • Inconsistent and inefficient tracking and monitoring of real-time manufacturing

    ACTION

    • Evaluated digital manufacturing monitoring SAAS solutions

    • Selected Redzone system to manage and monitor manufacturing performance, productivity and compliance

    • Worked with manufacturing teams to configure system

    • Developed training, launch, and roll-out plans

    • Monitored performance improvement over time

    RESULT

    • Increased manufacturing productivity and compliance

    • Reduced downtime and COGs; improved output volume and consistency

    • Able to incorporate Redzone data into granular KPI and COGs reporting

  • PROBLEM

    • Manufacturing quality not meeting targets, leading to product waste and customer complaints

    • No system to measure and manage manufacturing quality over time

    ACTION

    • Designed system to measure, monitor, and manage manufacturing quality

    • Re-wrote floor-level quality and compliance paperwork

    • Built Excel tool to input floor-level data and aggregate into manufacturing quality KPIs

    • Created Excel, PowerPoint, and Tableau dashboards to monitor performance

    RESULT

    • Improved transparency into manufacturing quality

    • Reduction in customer complaints

  • PROBLEM

    • Food manufacturer had no standardized system and process to accept, manage, track, and respond to customer complaints

    • Current process was managed inconsistently and inefficiently using emails and spreadsheets

    • Root causes were not being addressed in the plants

    ACTION

    • Determined customer complaint system requirements and process needs

    • Evaluated third party SAAS solutions from multiple vendors

    • Selected vendor and managed process design and system implementation

    • Built SOPs and trained managers and employees on new system

    RESULT

    • Managed ongoing customer complaint process and SAAS system

    • Improved the ability to determine and address root causes

    • Reduced customer complaints over time

  • PROBLEM

    • Industrial tool manufacturer with goal of >5% product margin improvement

    • Concern that product cost not well-aligned with customer priorities

    ACTION

    • Developed Design to Value (DtV) program to improve product margins

    • Conducted teardown analysis of client and competitor product portfolio

    • Ran clean sheet analyses for highest priority products to identify cost reduction opportunities

    • Conducted internal idea generation sessions & workshops

    • Prototyped best opportunities -> evaluated using qualitative & quantitative customer research

    • Developed business cases & implementation plans

    RESULT

    • Captured 4-8% margin improvement for product SKUs during initial DtV phase

    • DtV process rolled out across remaining product categories

  • PROBLEM

    • Rapid operations improvement needed at chemical company site

    • Workstreams targeting OEE, maintenance, and CapEx during 30-day sprint

    ACTION

    • Evaluated CapEx projects using integrated safety, risk, financial, and OEE metrics

    • Led workshops with client team to sort and prioritize CapEx projects

    • Developed updated CapEx plan for following two years

    RESULT

    • Achieved 25% savings in CapEx spending compared to baseline plan

  • PROBLEM

    • Aerospace OEM planning to launch major new aircraft program

    • New programs had traditionally focused on performance targets above all; cost considerations second priority at best

    • Needed to hit aggressive product cost reduction targets compared to initial estimates

    • No existing process to integrate product, manufacturing, and procured cost during design phase

    ACTION

    • Designed and launched comprehensive Design to Value (DtV) program

    • Set cost baseline and reduction targets for all aircraft sub-programs

    • Created DtV toolkits, training program, and roll-out plan

    • Developed KPIs and dashboards to monitor progress over time

    RESULT

    • Increased confidence that product cost target would be met, leading to board approval of new aircraft program