WORK
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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