This study was conducted over the 2015 and 2016 main cropping seasons under rain-fed conditions at T/koraro in the North Western Zone of Tigray Regional State, Ethiopia. The objective was to evaluate the impact of different fertilizer treatments on chickpea agronomic performance and soil properties. The experiment employed a randomized complete block design (RCBD) with four treatments: T1 (control without inoculant), T2 (50 kg DAP), T3 (50 kg DAP + CP inoculant), and T4 (CP inoculant + compost), each replicated three times. Composite soil samples were collected and analyzed for texture, pH, EC, organic carbon, available phosphorus, and CEC before planting. Agronomic data collected included biomass yield, grain yield, days to 50% emergency and flowering, plant height, number of nodules, and harvest index. Results showed that treatments significantly affected soil properties and chickpea growth parameters. T4 (CP inoculant + compost) produced the highest biomass (4412.3 kg/ha) and grain yield (2015.0 kg/ha), indicating a 40.03% increase over the control. The number of nodules per plant was highest in T4, emphasizing the role of phosphorus and inoculants in enhancing nitrogen fixation and plant growth. Days to 50% emergency and flowering were reduced in treated plots, suggesting an accelerated growth rate due to nutrient availability. Plant height and the number of pods per plant were positively influenced by the application of compost and DAP fertilizer. Statistical analysis using ANOVA and LSD tests confirmed significant differences between treatments at a 5% significance level. The study concludes that the combined application of compost and CP inoculant significantly improves chickpea yield and soil health, offering a sustainable approach to crop production in the region.