Sita Sanigepalli

Lead 7 concurrent R&D, NPI, and manufacturing transfer projects ($3M+) across Engineering, Quality, Operations, and Supply Chain. Define project scope and work plans; manage risk, budget, and resources using PMO Toolbox, achieving 95% on-time milestones.

• Lead 7 concurrent R&D, NPI, and manufacturing transfer projects ($3M+) across Engineering, Quality, Operations, and Supply Chain.
• Define project scope and work plans; manage risk, budget, and resources using PMO Toolbox, achieving 95% on-time milestones.
• Serve as primary customer contact, communicating project status, schedule, and risk from production floor to executive leadership.
• Own de

• Led $3M+ capital equipment programs for pharmaceutical compounding operations, including verification and validation execution on capital equipment across engineering, quality, and operations teams.
• Increased production capacity by 400% through process optimization, workflow redesign, and operational scaling initiatives.
• Reduced vendor costs by 15% through supplier management, strategic nego

• Operated in-vivo immunofluorescence imaging system to evaluate antimicrobial efficacy against S. Aureus, generating promising preclinical results advancing wound healing research.
• Managed preparation of 15 lab mice per cohort — weaning, single-housing, and categorizing subjects — ensuring experimental integrity and research timeline adherence.
• Executed femoral bone marrow extraction surgerie

• Designed and processed online and paper course evaluations for 1 department — collecting and organizing feedback across professors and teaching assistants to support academic performance reviews.
• Coordinated department operations including event scheduling, catering, social media management, and website updates — ensuring seamless communication and engagement across 200+ students.
• Hosted a g

• Tutored 2 college students in Biomechanics and biomedical engineering coursework, providing personalized instruction that contributed to successful course completion and improved pass rates.
• Guided tutees through structured problem-solving frameworks, building independent analytical skills applicable to core biomedical engineering concepts.
• Cultivated an engaging and supportive learning envi

• Performed immunodiagnostic assays including ELISA, lateral flow, and metal affinity columns to support development of traumatic brain injury (TBI) diagnostic tests contributing to clinical studies.
• Isolated GFAP and UCHL1 antibodies through end-to-end antibody purification — culturing, lysis, buffer solutions, dialysis, and concentration — advancing TBI biomarker research for clinical validati

• Delivered personalized math and reading instruction to 15 students (Pre-K through 8th grade), fostering foundational academic skills that contributed to measurable level advancement.
• Evaluated and corrected student worksheets with detailed feedback, ensuring comprehension and readiness to progress through the Kumon curriculum.
• Tracked and entered student performance data into Kumon's system,

• Developed a text-based adventure game using Scratch and Python, presenting completed project to class and demonstrating proficiency in core programming logic and software development fundamentals.
• Built foundational skills across HTML, CSS, JavaScript, Django, and C++ through hands-on coursework, applying concepts across web development and object-oriented programming environments.
• Programme

Pursued a Bachelor of Science in Bioengineering and Biomedical Engineering, gaining a strong foundation in biomedical sciences and engineering principles.

Earned a Bachelor of Science in Biomedical/Medical Engineering, focusing on the application of engineering to medical and biological systems.