NR120

COURSE DESCRIPTION

Communication Skills for Natural Resources Students is a foundational course designed to equip first‑year students with essential academic, professional, and scientific communication competencies. The course emphasizes clarity, accuracy, and integrity in both written and oral communication. Students will learn to apply communicative skills in academic tasks such as note‑taking, citation, and report writing; develop competence in industry‑oriented correspondence including emails, memos, and meeting documentation; and engage effectively in community and scientific contexts through presentations, group discussions, and preparation of scientific papers. By integrating natural science and socio‑economic perspectives, the course prepares students to become effective communicators in university study, modern industry, and broader professional communities.

COURSE OUTCOMES

Academic Outcomes

• Apply communicative skills necessary to perform academic tasks during their course of study at the University.

• Demonstrate competence in citations, references, and academic integrity.

• Prepare and present structured academic reports and papers.

Industry Outcomes

• Develop competence in communicating tasks in modern industry through formal correspondence, meetings, and professional reports.

• Use modern communication tools (emails, digital platforms) effectively in professional contexts.

• Present technical information clearly using charts, graphs, and structured documentation.

Community & Scientific Outcomes

• Participate in communities by being effective communicators in group discussions and collaborative tasks.

• Prepare and present scientific papers with clarity and rigor.

• Engage in critical group discussions to evaluate and improve scientific communication.

 COURSE CONTENT AND SCHEDULE 

Unit 1: Foundations of Communication (Weeks 1–3)

• Week 1: Introduction to communication in professional training; importance in natural resources.

• Week 2: Technical English vs. Common English; clarity and precision in vocabulary.

• Week 3: Citations, references, and academic integrity (APA style, plagiarism awareness, proper attribution).

Unit 2: Information Handling & Writing (Weeks 4–6)

• Week 4: Note‑making and note‑taking (listening, reading, formats).

• Week 5: Writing accurate information based on observation (field/lab activity).

• Week 6: Technical description: organization and presentation of detailed descriptions.

TEST 1

Unit 3: Visual Communication (Weeks 7–8)

• Week 7: Extracting information from photographs, diagrams, graphs, charts, tables.

• Week 8: Constructing graphs and charts; using them to communicate technical information.

Unit 4: Business Correspondence (Weeks 9–11)

• Week 9: Formal letters, memos, notices, emails and professional digital communication tools (Microsoft Teams, Google Meet for collaboration and video conferencing; OneDrive, Google Drive or Drop box for file sharing and documentation

• Week 10: Meetings: procedures, documentation, minutes writing.

• Week 11: Reports: structure, thesis/project reports, clarity in technical writing.

TEST 2

Unit 5: Research & Presentation (Weeks 12–15)

• Week 12: Basics of research: formulating hypotheses, methods of collecting socio‑economic data.

• Week 13: Data analysis: turning raw data into meaningful communication.

• Week 14: Oral presentations (select groups): using audio‑visual aids effectively.

• Week 15: Oral presentations (select groups): students prepare and present a mini‑report/project.

PRESENTATIONS DUE

ASSESSMENT

Final Exam (60%)

Comprehensive exam at the end of the academic year.

Continuous Assessment (40%)

Tasks during the academic year:

1.      Note‑taking & citation exercise

2.      Observation report & technical description 

3.      Formal correspondence & meeting documentation

4.      Oral presentation with visuals