Talha Majeed
Talha Majeed
Learner -
(2)
7
Location
Ajax, Ontario, Canada
Bio

I am a 4th-year student studying molecular biology and biotechnology at the Univerity of Toronto. I am passionate about my work and can adapt and excel in any situation. I love sports, especially basketball and soccer, and have a secret passion for cooking!

Portals
Categories
Biotechnology Public health Data science Scientific research

Skills

Administrative functions 1 Biology 1 Biomanufacturing 1 Communication 1 Customer engagement 1 Customer service 1 Employee onboarding 1 Food safety and sanitation 1 Infographics 1 Interface design 1 Inventory management 1 Literature reviews 1 Materials science 1 Quality control 1 Report writing 1 Research 1 Site maps 1 Target audience 1 Training and development 1 Ui components 1 Usability testing 1 User experience (ux) 1 User experience (ux) design 1 User feedback 1 User research 1 Wireframing 1

Socials

Achievements

Latest feedback

Recent projects

The GelMA Company Biotechnology
The GelMA Company Biotechnology
Kelowna, British Columbia, Canada

Research Assistant

Bioprinting is a form of additive biomanufacturing, a field of manufacturing, that incorporates engineering techniques and biological compounds with material science and electronic knowledge to create 3D shapes and structures with biological properties. Bioprinting brings great manufacturing potential to the biomedical industry as it can facilitate the generation of living 3D structures through the printing of live cells. The use of biological compounds, like living cells, in bioprinting requires the use of certain production materials to protect and support these living components. Specifically, polymer materials with water-holding properties, hydrogels, are used to encapsulate living cells, and support them through the bioprinting process. There are many methods through which cell-laden hydrogels can be used in bioprinting. This project has the objective to review 3D bioprinting state of the art and the development of a vision to build a visible light-based SLA 3D bioprinter.

Matches 1
Category Data analysis + 1
Closed
LocalStudent Inc
LocalStudent Inc
Richmond Hill, Ontario, Canada

User Experience (UX) Design

The main goal of this project is to enhance the user experience and streamline interactions with the company's digital platform. The UX designer aims to test our current interface and craft an intuitive and user-friendly website that resonates with potential customers. Through thoughtful design choices, seamless navigation, and clear communication, the designer's goal is to make the LocalStudent website effortless to navigate and engage with. This optimized user experience will not only facilitate easier interactions but also establish LocalStudent as an approachable and customer-centric company. Ultimately, the result will be increased sales and a stronger market presence, driven by the positive impact of a well-crafted user experience.

Matches 1
Category UX design
Closed
Ami Tea & Sub
Ami Tea & Sub
Calgary, Alberta, Canada

AMT-P&P1G RFP: UX/UI Design for Comprehensive Operations Handbook (COH)

The AMT-P&P1G Policy Development Project Group, as part of the Ami Tea & Sub 2024-2025 Pivot & Propel (P&P) Initiative, is dedicated to creating a Comprehensive Operations Handbook (COH) that encompasses new policy directives across various facets of Ami Tea & Sub's core business. This includes, but is not limited to, human resources, customer engagement, and staff training guidance. A comprehensive training document is of utmost importance for an F&B chain like Ami Tea & Sub for several reasons: Uniformity and Consistency: The COH ensures that all Ami Tea & Sub employees, regardless of their role or location within the organization, have access to standardized policies and procedures. This promotes consistency in task execution, leading to improved operational efficiency and an enhanced customer experience. Compliance and Risk Mitigation: Given the constantly evolving regulatory landscape, strict adherence to compliance standards is essential. The COH serves as a reference point to ensure that our business operations align with legal requirements, thereby reducing the risk of legal issues and potential liabilities. Streamlined Onboarding and Training: A well-documented COH simplifies the onboarding process for new Ami Tea & Sub employees. It provides a structured framework for their training, enabling them to quickly become productive team members. This, in turn, reduces the time and resources required for training, benefiting both our employees and the company. What is its strategic implications? Β  The implementation of a Comprehensive Operations Handbook for Ami Tea & Sub is pivotal in achieving standardization and quality control across all franchise locations. This uniformity is crucial in maintaining product and service quality, which directly impacts brand reputation and customer loyalty in the competitive F&B sector. The handbook also streamlines employee training and onboarding processes, ensuring a consistent and efficient operational approach across the franchise network. Β  From a legal and operational perspective, the handbook plays a key role in ensuring compliance with employment laws and minimizing legal risks associated with labor practices. It serves as a clear reference for handling HR-related matters, disputes, and disciplinary actions. Additionally, it includes customer engagement strategies that guide franchises in delivering a uniform customer experience, fostering brand identity, and enhancing customer satisfaction. Β  The handbook not only maintains operational consistency but also supports innovation and adaptation to local market needs. It provides a framework for performance measurement and improvement, fostering a culture of continual enhancement. Furthermore, it aids in building a unified organizational culture, crucial for employee engagement, and supports scalability and growth, making it an essential tool for both current operations and future expansions of Ami Tea & Sub. Β  Goals that this project supports: Β  Primary Goals Goal 1 – Standardization and Quality Control: Ensuring franchise-wide compliance to uniform standards for product and service quality, which is essential to maintain the brand’s reputation and customer satisfaction. Goal 2 – Training and Operational Efficiency: Streamlining the process of training and onboarding new employees across the franchising system, leading to uniformity in skills, knowledge, and operational practices. Goal 3 – Legal Compliance and Risk Management: Providing clear policies on human resources to comply with local employment laws and regulations, which minimizes legal risks and ensures proper handling of labor-related issues. Β  Secondary Goals Goal 4 – Customer Engagement and Satisfaction: To build customer loyalty and brand identity through standardized training and engagement procedures.Β  Goal 5 – Innovation and Market Adaptation: To create favorable conditions that allow for adaptation to local market preferences/new product introduction. Goal 6 – Organizational Culture and Employee Engagement: To build a unified organizational culture across franchises, which helps to reinforce engagement and promote talent retention. Β  What areas will be covered? There are four primary areas covered under AMT-P&P1G: Β  Product Knowledge and Preparation: This section covers detailed information about all menu items, including bubble tea and Vietnamese street food. It should include recipes, ingredient lists, preparation methods, and presentation guidelines. Understanding the unique selling points of each product, along with allergen information and potential dietary restrictions, is crucial for staff to effectively inform and serve customers. Customer Service and Engagement: Training in customer service is vital for creating a positive dining experience. This area focuses on teaching staff how to interact with customers, manage orders, handle complaints, and maintain high standards of service. It also includes training on the use of Point of Sale (POS) systems, order taking procedures, and understanding customer preferences. Health, Safety, and Hygiene Protocols: This critical area covers all aspects of food safety, personal hygiene, and workplace safety. It includes training on proper food handling, storage, and preparation practices, as well as adherence to local health and safety regulations. Staff should be familiar with sanitation procedures, emergency protocols, and the importance of maintaining a clean and safe dining and kitchen environment. Operational Procedures and Workplace Ethics: This section deals with the day-to-day operations of the restaurant, including opening and closing procedures, inventory management, and basic administrative tasks. Training in workplace ethics is also essential, covering topics like teamwork, professional conduct, handling of financial transactions, and respect for diversity in the workplace.

Matches 1
Category Branding & style guides + 4
Closed

Work experience

Research Assistant, Biomaterials
OkaSciences
Kelowna, British Columbia, Canada
February 2023 - July 2023

Delved into literature and patent searches and conducted extensive research on utilization of biomaterials across diverse scientific disciplines, yielding valuable insights into applications in organoids, organ-on-a-chip technologies, and tissue engineering advancements. Collaborated within team to identify and connect with leading global research labs and scientists, effectively promoting adoption of innovative biomaterials for impactful laboratory research outcomes.
Key Achievements:
● Compiled comprehensive catalog of 10,000+ universities and colleges, including multiple campuses, in North America with associated zip/postal codes, supporting strategic marketing of scientific biomaterials.
● Executed extensive large-scale data queries, yielding crucial insights into biomaterial utilization and its implications.
● Researched, compiled, and identified over 100 promising leads within the scientific community, pinpointing potential beneficiaries of an improved Matrigel alternative.

Research Student, Circular RNAs in Tissue Remodeling
Sunnybrook Health Sciences Centre
Toronto, Ontario, Canada
June 2022 - August 2022

Assisted in microbiology research on circRNA effects on wound healing, employing proliferation, survival, and migration assays, and contributing to in-vivo wound analysis using murine models. Thrived within dynamic laboratory environment, swiftly acquiring fundamental skills while maintaining pace and precision.
Key Achievements:
● Attained proficient execution of wide array of laboratory procedures, fostering successful cell transfection, qPCR, gel electrophoresis, cell imaging, cell counting, cell colony management, western blotting, immunohistochemistry, and more, contributing to advancement of research outcomes.
● Played a pivotal role in a forthcoming research paper, contributing towards its preparation for imminent publication.
● Participated in the SRI poster competition, showcasing findings, and regularly presented outcomes during weekly staff meetings.

Research Student, Neuro-oncology and Radiation Medicine
UHN
Toronto, Ontario, Canada
May 2021 - December 2021

Championed tumor analysis through innovative program development and data visualization using MATLAB and Postgre SQL, with the intended integration into the existing system to enhance operational capabilities. Performed comprehensive literature searches to explore evolving criteria for classifying progressive diseases.
Key Achievements:
● Managed hospital patient database while maintaining strict confidentiality.
● Devised program to collect patient dose-volume data, facilitating the extraction of essential metrics for analysis.
● Engaged in impactful research involving GammaKnife radiosurgery treatment, analyzing clinical patient data including MRI scans and isodose regions, leading to valuable insights.

Education

Life Sciences, Molecular Biology and Biotechnology
University of Toronto
September 2019 - Current

Personal projects

Bioinformatics and Molecular Biology Research Project
June 2023 - August 2023

Employed various bioinformatic tools, such as BLAST, primer design, Psort, hydropathy plots, NEBcutter, DNA/protein sequence analysis, and more, to orchestrate a holistic investigation into ODC2 gene expression and localization in Saccharomyces cerevisiae. Synthesized findings from data analysis, bioinformatics, and literature exploration to author research paper showcasing results.
Key Achievement:
● Executed diverse molecular biology tasks, encompassing cloning, yeast culture, DNA/RNA isolation, PCR/qPCR/RTPCR/RTqPCR, RNA expression profiling, restriction digests, GFP-fusion vector transformation, and others, culminating in successful assessment of ODC2 gene expression under 0.9% acetic acid conditions.

Team-Lead Pedagogical Research
January 2022 - February 2023

Led research on collaborative, Course-based Undergraduate Research Courses (CUREs) at the University of Toronto Scarborough, enhancing student access to valuable research experiences and foundational research skills. Led fellow students in conducting comprehensive results-oriented research. Contributed as the first author on a paper on benefits of future implementation of CUREs.
Key Achievements:
● Conducted comprehensive literature searches, sourcing crucial data for research paper.
● Conducted large student focus groups, understanding the educational needs of undergraduate students.

Research assistance, Local Pollinators
September 2020 - April 2021

Key Achievements:
● Labeled and pinned over 500 specimens for further inspection and data entry by working with insects and chemicals.
● Curated various location and species data of specimens into a database to make easier for supervisor to discover species.